Products4Geo Industry Guide Intergeo 2019

PRODUCTS4GEO IndustryGuide

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Product Comparison: GNSS Receivers

K.U.M Case Study: Seismic Data Collection

Product Comparison: Total Stations

Aeromao Case Study: Mapping Protected Areas

Topcon Case Study: New Technology for Construction

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FAST & SIMPLE CONSTRUCTION VERIFICATION Introducing the GTL-1000

2019 Intergeo h F3.013 t o o B / Hall 3

LAYOUT/SCAN

PROCESS

VERIFY

A groundbreaking device to layout and scan on a single set up. Combined with MAGNET Collage and ClearEdge3D Verity the all new GTL-1000 offers a new standard in construction verification workflows. Construction processes will be accelerated with improved quality.

The Intersection of Infrastructure and Technologyâ„¢

See how we can help you accelerate your verification process: topconpositioning.com/GTL-1000

Contents P. 10 Seismic Activity Data Collection on the Ocean Floor The Products4Geo Industry Guide is an independent international magazine, publishes two times a year by Geomares. The Products4Geo Industry Guide is powered by Geo-matching. Please visit Geo-matching.com for more information.

Director Strategy & Business Development: Durk Haarsma Financial Director: Meine van der Bijl Content Manager: Peter Tapken Sales Manager: Feline van Hettema Production Manager: Myrthe van der Schuit Copy Editor: Claire Koers Design: Fizz, www.fizz.nl and ZeeDesign, www.zeedesign.nl Advertisements Information about advertising and deadlines are available. For more information please contact our content manager Feline van Hettema, feline.van.hettema@geomares.nl Editorial Contributions All material submitted to the publisher (Geomares) and relating to Geo-matching will be treated as unconditionally assigned for publication under copyright subject to the Editor’s unrestricted right to edit and offer editorial comment. Geomares assumes no responsibility for unsolicited material or for the accuracy of information thus received. In addition, Geomares assumes no obligation for return postage of material if not explicitly requested. Contributions must be sent to the content manager: Peter Tapken, peter.tapken@geomares.nl This is a publication of:

Geomares P.O. Box 112, 8530 AC Lemmer The Netherlands T: +31(0)514-561854 www.geo-matching.com www.geomares-marketing.com No material may be reproduced in whole or in part without written permission of Geomares.

Copyright 2019, Geomares, The Netherlands.

All rights reserved. ISSN: 2590-3470

Advertisers: RIEGL:

front cover

Tersus GNSS: 5, 107 K.U.M. Umwelt- und

Topcon:

2, 92, 93

Trimble:

4

Meerestechnik: 1 0,11

Applanix:

5

Aeromao:

MicroSurvey:

5

Factrics:

Nubigon:

5

Gexcel: back cover

82, 83 100

the Korea Meteorological Administration has established and funded an extensive, five-stage investigation that aims to analyse seismic activity and the underlying fault structure in the waters around the South Korean peninsula.

P. 82 Marine Protected Areas Benefit from Surveys by Amphibious Drones The use of UAVs (unmanned aerial vehicles) in ecology and conservation is building momentum, with many research groups around the world exploring this novel way to collect images of animals for analysis.

P. 92 New Age of Vertical Construction Verification for Balfour Beatty Technology now exists that can spot mistakes before they’re even constructed, create intricate as-built models for verification against design, and do it all in almost real-time.

P. 5 P. 6 P. 8 P. 12 P. 14 P. 24 P. 28 P. 30 P. 32 P. 35 P. 38 P. 47 P. 54 P. 63 P. 68 P. 72 P. 77 P. 80 P. 84 P. 94 P. 96 P. 102

Featured Products at Intergeo Airborne Laser Scanning CAD Software GIS Software GNSS Receivers GNSS Antennas Ground Penetrating Radars Gimbals and Mounting Systems Radios and Modems Portable and Indoor Mobile Mappers Inertial Navigation Systems Mobile Mappers Point Cloud Processing Software Photogrammetric Imagery Processing Software Survey Software Terrestrial Laser Scanners UAS Lidar Systems Thermal, Multi- and Hyperspectral Cameras UAS for Mapping and 3D Modelling Digital Aerial Cameras Mobile GIS Systems and Field Controllers Total Stations

Cover story Everything is Under Control Based on the excellent and well-proven survey-grade performance characteristics of the RIEGL UAV LiDAR sensors and systems, data acquisition for monitoring/inspection of power lines and power stations has become a standard application for that technology.

The cover shows the “RiCOPTER” equipped with the RIEGL VUX-1 UAV LiDAR sensor.

Find more information about RIEGL RiCOPTER on page 85

PRODUCTS4GEO InDUSTRyGuide

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Product comParison: Gnss receivers K.u.m case study: seismic data collection Product comParison: total stations aeromao case study: maPPinG Protected areas toPcon case study: new technoloGy for construction

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FEATURED PRODUCTS AT INTERGEO Applanix POSPac MMS 8

POSPac Mobile Mapping Suite, now with Trimble CenterPoint RTX, is Applanix’ next generation, industry-leading software for Direct Georeferencing of mobile mapping sensors using GNSS and inertial technology. Optimized for all environments and platforms (air, land, and marine) and compatible with a variety of mapping sensors, this smart software solution achieves both maximum accuracy and maximum efficiency for Direct Georeferencing.

Tersus GNSS Oscar The Oscar GNSS Receiver is a new generation GNSS RTK system. It supports calibration-free tilt compensation function which is immune to magnetic disturbances, leveling pole is not required. Easy configuration with 1.54 inch interactive screen on Ultimate and Advanced versions. With an internal high-performance multi-constellation and multi-frequency GNSS board, the Oscar GNSS Receiver can provide high accuracy and stable signal detection.

The high-performance antenna can speed up the time to first fix (TTFF) and improve anti-jamming performance. The built-in large capacity battery is detachable, two batteries support up to 16 hours of field work in 4G/3G/2G network and Rover radio mode. The built-in UHF radio module supports long distance communication. The rugged housing protects the equipment from harsh environments.

Meet Applanix at Hall 3, Booth F3.093

MicroSurvey FieldGenius for Android New technology opens opportunities to develop better tools for the survey industry.

FieldGenius for Android extends MicroSurvey’s mission to provide a brand-neutral solution, supporting most common hardware available in the market today. Our map-driven data collection software is easy to use and intuitive, reducing training time.

New data panels provide information that is synchronized to the maps display, which will be appreciated by both skilled and new employees.

MicroSurvey has used its decades of experience in data collection as a guide, applying its knowledge to the android platform, and enhancing established workflows to be more efficient and intuitive.

Meet MicroSurvey at Hall 1, Booth B1.022

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Meet Tersus GNSS at Hall 1, Booth B1.006

NUBIGON NUBIGON advances the digitization of the building life cycle and propels the AEC industries to greater productivity. It makes it easier to develop digital twins of the built environment, thereby improving the design, and construction processes, enhancing coordination among stakeholders, reducing the need for rework, ultimately saving valuable time and resources.

NUBIGON builds on native algorithms that uniquely handle ever-growing volumes of data coming from laser scanners and photo cameras. The software consequently allows users to better manage, visualize, and operationalize this visual Big Data coming from reality capture, seamlessly integrate it into CAD and help develop accurate digital twins.

Meet NUBIGON at Hall 1, Booth B1.039

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POWERED BY:

LiteMapper 7800VQ

VQ-840-G

Designed as a rugged but also compact and lightweight system, the IGI LiteMapper can be used in a variety of aircraft, from large airplanes and helicopters to ultra-light airplanes and gyroplanes or even remote piloted aircraft systems (RPAS). All systems are installed on vibration damped platforms or in stabilized mounts.

The new RIEGL VQ-840-G is a fully integrated compact airborne laser scanner for combined hydrographic and topographic surveying. The system can be offered optionally with an integrated and factorycalibrated IMU/GNSS system and with an optional camera or IR rangefinder. The VQ-840-G is a compact and lightweight Lidar system to be installed on various platforms including UAVs.

VQ-1560i

POLYSCANNER

The ultra high performance, fully integrated and calibrated Dual Channel Airborne Mapping System RIEGL VQ-1560i/DW makes use of RIEGL‘s sophisticated Waveform-Lidar technology enabling an excellent multiple-target detection capability and Multiple-Time-Around (MTA) processing. The system is capable of online waveform processing as well as full or smart waveform recording, resulting in unsurpassed information content on each single target.

The POLYSCANNER is a flexible, highly integrated Aerial HD mapping system which includes Lidar, HD camera, and GNSS/INS sensors.

ALTM Galaxy PRIME

Eclipse: Autonomous Mapping System

The new Galaxy PRIME is the next evolution of the popular Galaxy wide-area/corridor lidar mapping platform that incudes the advanced and unique PulseTRAK and SwathTRAK productivity feature sets.

An innovative “boost mode” increases range performance, and an expanded range of motion for the dynamic FOV used by SwathTRAK ensures that the Galaxy PRIME is quite simply the most versatile, highest-performing, and most productive sensor on the market.

The Teledyne Optech Eclipse is an autonomous airborne system focusing on operatorless data collection on low-cost platforms. Eclipse is designed specifically for the efficient data collection of smaller project areas and corridor applications, requiring only a pilot for navigation.

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AIRBORNE LASER SCANNING IGI

RIEGL

RIEGL

Teledyne Optech

LiteMapper 7800VQ

VQ-840-G

VQ-1560i

ALTM Galaxy PRIME

27 18-32VDC typ. 220W IGI AEROcontrol III 512Hz

15 18-34V DC, 110W optional

60 20 - 32VDC typ. 250W •

35 28V; 300W Applanix AP60

1064 0 0.25 Class 3B

• • • 3B

• • 0.25 3B

1064 3.5 0.25 IV

time-of-flight 300 1000000 60 practically unlimited 16

rotating scan mirror • 200000 40 5 •

rotating polygon mirror • 2000000 58 20 •

• 120 1000000 60 8 12

Helicopter, Fixed-wing, Gyroplane

Helicopter, Fixed-wing, Gyroplane, RPAS (UAV/ UAS) 250

Helicopter, Fixed-wing

Helicopter, Fixed-wing, Gyroplane

5600

6000

COMPANY

PRODUCT NAME GENERAL

Total weight [kg] Power requirements Type of GNSS/INS positioning system

LASER PULSE CHARACTERISTICS

Wavelength [nm] Standard pulse length [ns] Beam divergence [mrad] Type/class laser

MEASUREMENT CHARACTERISTICS

Scanning method Scan frequency [Hz] Max. pulse frequency [Hz] Max. field of view [deg] Max. number of recorded echoes per pulse recording of intensity of return signal [bits]

OPERATION CHARACTERISTICS

5600

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Platform

Max. flying height [m]

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POWERED BY:

Topocad

MDT Professional

Topocad is a CAD system for measurement engineering calculations, map editing and a variety of specialized functions. Topocad uses a format that is compatible with both coordinate data, CAD and GIS data. It has an integration between different types of data, such as vectors, raster, terrain models and point clouds.

MDT is an application running on AutoCAD, BricsCAD or ZWCAD, and has a wide range of easy-to-use tools. Its modular structure allows users to choose the most suitable options for their work. MDT Professional is suitable for all kind of surveying projects for roads, urbanisations, quarries, etc. In addition to modelling the terrain, it has tools for designing alignments and sections, drawing of project profiles, area and volume reports, setting-out, virtual tour and many more.

TOPOCAD

VisionCivil Pro

embeddedCAD

VisionCivil Pro is designed for land and infrastructure professionals. It integrates into AutoCAD, MicroStation, BricsCad, PowerDraft, Civil 3D. VisionCivil Pro use an external database to facilitate data sharing.

Edit surfaces by adding breaklines and holes, work with 2D and 3D profile alignments, as well as handling Lidar point clouds.

MicroSurvey embeddedCAD is a fullyfeatured standalone surveying powerhouse with an industry-leading CAD engine powered by the latest Autodesk technology.

The latest release provides users with the newest AutoCAD OEM engine on a complete survey drafting toolkit, including COGO, DTM, traversing, adjustments, volumes, contouring and more.

MicroSurvey CAD

Pythagoras CAD & Point Cloud Software

MicroSurvey CAD, offers a complete, cost effective Desktop Survey and Design program designed for surveyors. Perform standard surveying calculations, create high quality 2D and 3D deliverables quicker and easier than those using more complex, non survey centric applications. You can even work with point clouds, Lidar and photogrammetric data.

8

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User-friendly, standalone CAD package, all-in-one, 360°, compatibility, combine all datatypes including point clouds and web services.

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CAD SOFTWARE APLITOP

MicroSurvey

MicroSurvey

Pythagoras

MDT Professional

embeddedCAD

MicroSurvey CAD

Pythagoras CAD & Point Cloud Software

Total stations, GNSS receivers

PC, Laptop

PC, Laptop

Windows

Windows

Windows

total station, GPS, laser scanner, mobile mapper, Lidar scanner, sonar, single beam, multi beam, drones, UAV UAS, point clouds Windows

File dwg Dwg, Dxf, Dgn, Shape, GML, SKP, KML, GeoTiff, ECW, SID, Jpg, Others •

Database • Dwg, Dxf, Shape, KML, GeoTiff, Jpg, Others

Database • Dwg, Dxf, Shape, KML, GeoTiff, Jpg, Others

File, Database .PYT Dwg, Dxf, Shape, GeoTiff, SID, Jpg, Others

Dwg, Dxf, KML, Jpg, Others Y

Dwg, Dxf, KML, Jpg, Others Y

Dwg, Dxf, Shape, KML, GeoTiff, Jpg, Others Y

By drawing attributes, Select by administrative attributes, Within buffer, Spatial selection, Multiple select, Others By select, By attributes, By layer, Others Scale, Copy, Move, Rotate, Mirror, Align, Stretch, Others

By drawing attributes, Select by administrative attributes, Within buffer, Spatial selection, Multiple select, Others By select, By layer, Others Scale, Copy, Move, Rotate, Mirror, Align, Stretch, Others

By drawing attributes, Select by administrative attributes, Within buffer, Spatial selection, Multiple select, Others By select, By attributes, By layer, Others Scale, Copy, Move, Rotate, Mirror, Align, Stretch, Drag and drop, Others

Point, Symbol, Text, Others Line segment, Polyline, Multiline, Arc, B-spline, Others Polygon, Others

Point, Symbol, Text, Others Line segment, Polyline, Multiline, Arc, B-spline, Others Polygon, Others

Point, Symbol, Text, Others Line segment, Polyline, Arc, Others

Points

Polygon, Circle, Others

Surfaces

Color, Pattern, Hatch, Gradient color Zoomfactor, Target point, Twist angle

Color, Pattern, Hatch, Gradient color Zoomfactor, Target point, Twist angle

Color, Pattern, Hatch, Gradient color Zoomfactor, Target point, Twist angle

COMPANY

PRODUCT NAME

GENERAL

Supported hardware

Supported operation system

STORAGE

N

Type of data storage Native storage format Input formats

Export formats Compression

2D EDITING

Spatial selection, Multiple select, Others

By select, By layer, Others Scale, Copy, Move, Rotate, Mirror, Align, Others

Select

Remove Graphic transformations

GEOMETRY TYPES

Point, Symbol, Text, Others Line segment, Polyline, Multiline, Arc, Others Polygon, Multipolygon

Lines

VISUALISATION

Color, Pattern, Hatch, Gradient color Zoomfactor, Target point

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Types Change view

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sponsored article

Seismic Activity Data Collection on the Ocean Floor Unlike neighbouring Japan, earthquake activity is infrequent in the peninsula area of South Korea, and those that do occur tend to be low in intensity. Typically, earthquakes in this region measure between 2.0 and 5.0 on the Richter scale1.

The record for the quake with the highest magnitude on the Korean Peninsula stood for some time, recorded as 5.3 in 1980.

This was recently overtaken by a 5.8 magnitude tremor in Gyeongju in 2016 and a 5.4 magnitude tremor in Pohang, followed soon after by a 4.8 magnitude aftershock tremor. Data on these events is collected using the existing seismological observation network and tsunami warning system established by the Korea Meteorological Administration (KMA). This network is comprised of broadband seismometers, short-period seismometers and accelerometers – recording velocity

and accelerations automatically and transmitting the data to processing stations. Whilst this network has been bolstered in the past couple of decades, there are limits to its reach, as well as gaps in understanding the seriousness of active faults to generate large and tsunamigenic earthquakes2.

Forecasting the Impact of Future Fault Activity The three cities that have experienced these recent quakes, Ulsan, Gyeongju and Pohang, are all found in the Gyeongsang provinces, which is located in the south east of the Korean Peninsula. Whilst there have been no deaths, approximately 1,500 residents of the area were rendered homeless after the Pohang quake alone, and the cost of repair to damaged parts of the region are set to exceed US$200 billion3.

The German subsea engineering company K.U.M. is specialized in the construction of Ocean Bottom Seismometers (OBS), developed for the study of the seabed. The OBS “NAMMU� is very suitable for earthquake monitoring, reservoir monitoring, tsunami warning systems, amongst other applications.

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The Yangsan Fault is classified as an active fault, and has the capacity to generate large earthquakes, while the Chugaryenong Fault (also active) is said to have caused the 2010 3.0 magnitude quake in Seoul.

Researchers employed a catastrophe model to predict the cost and damage burden that the Seoul region would experience should a 6.0 or greater magnitude tremor occur, concluding that the result would be an unprecedented and massive loss. The catastrophe model used took into account likely loss using a scientific understanding of disasters and actual building vulnerability modelled on building registration data in the region, in comparison to an actuarial model that is limited to loss estimation based on empirical data. Up to 2.76 million people could loose their lives, with the economic impact forecast up to US$2,848 billion, depending on the particular seismic characteristics of the earthquake4.

Buildings Ill-equipped to Resist Strong Tremors Despite the rarity of major earthquakes, the Korean Peninsula is not without its seismic events, and there are considerable concerns with the capacity of most buildings to withstand these events. Most buildings (around 75%) are not earthquake-resistant, and 93.2% of all buildings in South Korea fail to comply with seismic code requirements5. According to the Korea Institute of Geoscience and Mineral Resources, most of the buildings that are earthquake-resistant can only resist tremors up to 6.5 magnitudes, indicating high overall vulnerability to earthquakes. Experts like Professor Kwang-Hee Kim of Pusan National University, has advised that South Korea is therefore considerably unprepared for

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sponsored article

natural disasters of this type6. Professor Kim, seismologist, has voiced concern about the potential of further strong quakes in this region, predicting tremors of around 7.0 magnitudes on the Richter scale7. It is essential South Korea is prepared, given that high-magnitude earthquakes will result in disastrous impacts both along the peninsula and inland.

There is clearly a need for accurate data on the seismic activity in the region that enables more in-depth observation and prediction. To achieve this objective, the KMA has established and funded an extensive, five-stage investigation that aims to analyse seismic activity and the underlying fault structure in the waters around the South Korean peninsula. This government authority has a broad purview that includes meteorological topics, natural disasters like tsunamis and earthquakes, as well as climate change. The first part of the KMA programme, led by Professor Kim, will collect data on fault structures, fault shape and prediction of seismic activity including earthquake and tsunami magnitudes, enabling prediction and preparation for the impact of such seismic events. The research team will develop a model for the underground structure, integrating this with data collected on seismic velocity. The earth’s internal structures that transform or amplify seismic waves will be captured and analyzed alongside data from the existing networks, and the data used to more accurately identify and predict earthquakes.

K.U.M. Ocean-bottom Seismometers The project team, which includes experts in tsunamis, earthquakes and coastal research, selected the Ocean-BottomSystem (OBS) manufactured by German company Umwelt- und Meerestechnik Kiel (K.U.M.), whose name translates to Environmental and Marine Engineering Keel. K.U.M. has developed products and delivered services to the marine research and maritime science sector since 1997 and the OBS seismometers are a core focus. The OBS’ were purchased via Korean supplier GeoTech Systems Corp, a company

that provides measurement equipment and marine related products and services, from tunnel and water surveying to oceanrelated exploration equipment. OBS’ have been used successfully in other studies investigating the Korean seafloor8.

The OBS is using one of the most advanced dataloggers and has the lowest energy consumption of the systems currently available. On top of this, the OBS is equipped with a microprocessor-controlled crystal oscillator with a precision of at least 0.02ppm.

These OBS’ will detect and measure sub-sea seismic movements on the South Korean peninsula to measure the displacement of water level change. The researchers selected this equipment for its ease of use, portability, robust software and continuous data collection capabilities – all of which enable straightforward operation. The team has found the devices are particularly suitable due to their compact size, given the space limitations onboard the ship. Ten devices have already been deployed and a further ten will be installed on the ocean floor in identified locations during October 2019. The OBS’ will remain in place for up to two years with the team collecting data from them every six months, whereby an acoustic signal will be sent to each OBS, which will subsequently detach from its anchor and rise slowly to the ocean surface.

Outcomes and Impacts Major earthquake and tsunami predictions are difficult and comes down to three factors: magnitude, location and time. The choice of the K.U.M. OBS will enable observation that was previously difficult to achieve with the existing network, with Professor Kim stating that the best way to observe such phenomena is by placing instruments as close to the seismic activity as possible, including in remote locations beyond the existing network. The sensitivity, robustness and ease of use of these OBS devices make them ideal for such a mission, which will yield important data for our understanding of the active fault zones in the Korean peninsula.

Intelligence gathered by these in-situ

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devices placed on the ocean floor has the potential to provide comprehensive data to inform planning and implementation across all stages of management for large-scale disasters, from mitigation through to preparedness, response and recovery – contributing to the reduction of risk and enabling tailored disaster management9.

This article is brought to you by Umwelt- und Meerestechnik Kiel (K.U.M.).

References 1 Korean Meteorological Association, The Monitoring Earthquake and Tsunamis in the Republic of Korea, accessed 13 July 2019.

2 Korean Meteorological Association, , The Monitoring Earthquake and Tsunamis in the Republic of Korea, accessed 13 July 2019.

3 Emerson, Sarah; Geothermal Energy: Vice Asia, A Geothermal Plant Likely Caused South Korea’s Second-Worst Earthquake, accessed 13 July 2019.

4 Wooil, C.; Park, J-W. & Jinhwan, K. Natural Hazards and Earth System Sciences (2019)19: 985-997. Loss assessment of building and contents damage from the potential earthquake risk in Seoul, South Korea. DOI: 10.5194/nhess-19-985-2019 5 Wooil, C.; Park, J-W. & Jinhwan, K. Natural Hazards and Earth System Sciences (2019)19: 985-997. Loss assessment of building and contents damage from the potential earthquake risk in Seoul, South Korea. DOI: 10.5194/nhess-19-985-2019 6 Lee, C; The Korea Herald, Korea faces possible new danger: earthquakes, accessed 13 July 2019.

7 Kim, Y., Rhie, J., & Kang, TS. et al. Geosciences Journal (2016) 20: 747. The 12 September Gyeongju Earthquakes: Observation and Remaining Questions.

DOI: 10.1007/s12303-016-0033-x 8 Kim, H. J.; Kima, C.-H.; Haoc, T.; Liuc, , L., Kim K-H. et al.

Journal of Asian Earth Sciences (2019)180: 103881.

Crustal structure of the Gunsan Basin in the SE Yellow Sea from ocean bottom seismometer (OBS) data and its linkage to the South China Block. DOI: 10.1016/j. jseaes.2019.103881 9 Wooil, C.; Park, J-W. & Jinhwan, K. Natural Hazards and Earth System Sciences (2019( 19: 985-997. Loss assessment of building and contents damage from the potential earthquake risk in Seoul, South Korea. DOI: 10.5194/nhess-19-985-2019

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POWERED BY:

Topocad

imajview Topocad is a CAD system for measurement engineering calculations, map editing and a variety of specialized functions. Topocad uses a format that is compatible with both coordinate data, CAD and GIS data.

imajview is a photogrammetric software suite developed to extract GIS data from imajbox surveys. imajview synchronizes field images with any map content. An integrated photogrammetric tool enables it to extract 3D coordinates and qualify objects with a customizable GIS data model. imajview provides flexibility and efficiency for any GIS project.

TOPOCAD

MapSmart on Android MapSmart field data collection software is designed for anyone who needs to quickly and accurately map, measure, or position anything. Easily integrate with LTI lasers and mapping accessories to turn a laser into a complete total station solution.

GiStar GIStar for Android system was designed for GIS application, which adopts GIS (Geographic Information System) technology to collect and manage geographic data. It applies to resource management and configuration, urban planning and management, environment assessment and modeling, land information system and cadastral application, facilities management and maintenance, agriculture and transportation.

MX software suite

Clarity

Trimble MX software is a powerful solution which allows managing mobile mapping content, extract features, perform measurements and collaborate with stakeholders, all within one platform.

Maximize your return by letting Trimble MX software do the work.

Trimble Clarity is a secure, cloud-based system which enables surveyors to share views of their projects with non-professionals. Trimble Clarity can have a significant positive impact on workflows.

The Trimble SX10 collects any combination of high-density 3D scan data, enhanced Trimble VISION imaging and high-accuracy total station data.

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GIS SOFTWARE Adtollo

imajing

Trimble

Trimble

Topocad

imajview - GIS data production and photogrammetry

MX software suite

Trimble TerraFlex

PC

imajbox mobile mapping system

Trimble MX7, Trimble MX9

Windows

Windows

Windows

CAD GIS

Desktop GIS

Desktop GIS, Internet GIS

Trimble Geo 7 series handhelds;Trimble Juno 5 series handhelds;Trimble Nomad 1050 series handhelds;Trimble Yuma 2 and Motion tablets;Trimble Pro 6H and 6T GNSS receivers;Trimble R10 GNSS receiver;Trimble R8s GNSS receiver Windows, Mac OS X, Other Internet GIS

File, Database

File

Database, Public cloud

Dwg, Dxf, Dgn, Shape, KML, ECW, SID, Jpg, Others Dwg, Dxf, Dgn, Shape, KML, GeoTiff, Others

File, Database, Private cloud Dwg, Dxf, Shape, KML, GeoTiff, ECW, Jpg, Others Shape, KML, Jpg, Others

Dxf, Shape, KML, GeoTiff, ECW, Jpg, Others Dxf, Shape, KML, Jpg, Others

Shape, Others

•

Line segment, Polyline

Point, Symbol, Text, Others Polygon, Circle, Multipolygon Reference

Point

COMPANY

PRODUCT NAME

GENERAL

Supported hardware

Supported operation system Main GIS category

STORAGE

Shape, KML, Others

Type of data storage Input formats

Export formats

GEOMETRY TYPES

Polygon Reference

Line segment, Polyline, Multiline Point, Multipoint, Symbol, Text Polygon, Circle, Multipolygon Reference

Line segment, Multiline

Lines

Point, Multipoint

Points

By drawing attributes, Spatial selection, Multiple select

•

Types

• •

Temporal Thematic mapping

Polygon Reference

Surfaces Raster 2D EDITING

By drawing attributes, Spatial selection, Multiple select, Others

By drawing attributes, Spatial selection, Others

No

N

By drawing attributes, Select by administrative attributes, Within buffer, Spatial selection, Multiple select •

Color, Pattern, Hatch, Gradient color No Contour map

Color, Pattern, Hatch, Gradient color Y •

Color, Pattern, Gradient color • Contour map

•

Select

Mosaicing VISUALISATION

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POWERED BY:

Trimble APX-15 UAV

Carlson NR3 GNSS Receiver

APX-15 UAV is a GNSS-inertial OEM solution designed to reduce the cost and improve the efficiency of mapping from small unmanned aerial vehicles. Measuring just 6 cm x 6.7 cm and weighing only 60 grams, the Applanix APX-15 UAV provides unparalleled performance in an extremely small package.

The Carlson NR3 is a compact GNSS Smart Antenna designed for Network Rover applications. The light weight NR3 combines with a prism on a survey pole to make a very portable yet complete assembly to operate with GNSS and a Robotic Total Station simultaneously using SurvCE/PC 6.0 with Hybrid+. In addition to being small and low weight, the Carlson NR3 leverages powerful satellite navigation technology for reliable RTK GNSS.

i50 GNSS

T30 GNSS Receiver

The CHCNAV i50 GNSS receiver brings speed and accuracy in one easy-to-use GNSS solution to complete your surveying and construction projects efficiently.

Combined with CHCNAV LandStar 7 field software and HCE320 Android controller, the i50 is the perfect surveying solution for topographic and construction positioning tasks.

Featuring full-constellation tracking capability, tilt compensation, L-band,4G/ WiFi/Bluetooth connection, and easy survey workflow with Android-based SurveyMaster Software, the T30 GNSS receiver is one of the most reliable choices for your demanding surveying tasks.

Arrow Gold

iRTK5 GNSS RTK System

The Arrow Gold is the first high-accuracy iOS, Android, and Windows Bluetooth GNSS receiver to implement all four global constellations (GPS, Glonass, Galileo, Beidou), three frequencies (L1, L2, L5) and satellite-based RTK augmentation. The Arrow Gold works with all apps that run on iOS, Android, and Windows devices. It also supports all planned global satellite constellations as well as all planned signals, giving it an awesome ROI that will serve you well into the next decade.

iRTK5 is the new high-quality GNSS receiver of Hi-Target, benefiting from the next-generation GNSS engine, supporting the PPP service. It has full band support for cellular mobile networks (LTE, WCDMA, EDGE, GPRS, GSM), and supports most of the radio protocols on an internal UHF transceiver radio. iRTK5 has innovative designs, a magnesium alloy structure and the Linux 3.2.0 operating system. The HD OLED color touch screen has a better display and operates in rain. iRTK5 is an industry-leading GNSS RTK surveying solution.

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GNSS RECEIVERS UNI-GR1

PwrPak7

With open protocols, loads of connection methods and simple controls the UNI-GR1 is the perfect choice for any user.

Competitively priced at EUR 2995 it gets you going anywhere! Whether you want to simply store some points, integrate a location input in your own GIS tools or connect it to your machinery; the UNI supports it. And, by receiving GPS, Glonass, Galileo and Beidou on 432 Channels and multiple (L1/ L2/L5) frequencies you don’t have to worry about getting a good fix!

The PwrPak7 is a compact enclosure that delivers scalable Global Navigation Satellite System (GNSS) with internal storage and INS options.

The PwrPak7 is capable of tracking all present and upcoming GNSS constellations and satellite signals. It also offers optional integrated INS support for continuous position, velocity and attitude through short periods of GNSS outage.

AsteRx SB

Altus NR3 Smart Antenna

The AsteRx SB is an IP68 compliant, multiconstellation, multi-frequency GNSS receiver ideal for rapid integration into machine control or sensor fusion applications. It offers an extensive range of cable and wireless connections for maximum flexibility. Ideal for mining- automation - precision agriculture - autonomous.

The Altus NR3 smart antenna combines easy-to-use, quad-constellation RTK with an unrivalled communications toolset for a successful survey or GIS project every time.

SL900 GNSS Receiver

SLC Multi-purpose GNSS Receiver

The SL900 is a high-precision GNSS receiver that performs even under the most demanding conditions. With its features, the SL900 is capable of delivering highly accurate data in real-time to any devices via a Bluetooth connection. Compact and lightweight, this GNSS receiver is one of the most flexible solutions that promise to position reliability.

The SLC multi-purpose GNSS receiver is surveying grade equipment armed with an industrial modem to access the wireless network and one-button operation for easy usage. Attach your tablet on the mounting plates available and connect it to the 3.5G modem with RTK corrections for cm accuracy. The USB/RS232 serial connection also allows for external power, UHF radio connection or wired connection to the display.

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POWERED BY:

SGR7

Settop M1 The SGR7 is a robust , high precision receiver, with RTK delivers centimetre level real-time positioning.

GCX3

The Settop M1 is a GNSS receiver with total station remote control. It makes it possible to manage GPS data while it carries out monitoring tasks with a total station via various communication ports such as WiFi, bluetooth, radio, ethernet and GSM.

New Galaxy G1 GCX3 is the ideal job site base/rover RTK (Real Time Kinematic) system or network RTK rover - and like all of our solutions, you can customize it to meet your needs and create your own workflows.

The new G1 has more options for GNSS board selection, and all of them own the ability of tracking most signals from all kinds of running satellite constellations. On top of this, this compact device is allowed to enable and disable tracking the constellations.

SP80

S900A

The Spectra Precision SP80 is a new generation GNSS receiver which uses the unique Z-Blade technology to track and process all available GNSS signals, to provide the most reliable measurements and the highest possible accuracies in challenging environments.

Stonex S900A is equipped with a high performance GNSS board 600 channels and capable of supporting multiple satellite constellations: GPS, Glonass, Beidou and Galileo, including L-Band correction. S900A integrates E-Bubble sensor that allows the measurement of difficult points with the pole not levelled.

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GNSS RECEIVERS A90 GNSS Receiver

F90 Smart Antenna

Brand new A90 intelligent GNSS receiver has compact design and professional GNSS satellites tracking. It supports tilt survey and WIFI connection, which can facilitate your field work and create more productivity. Bundled field softwares also bring a big change in user experience and accessility.

The GNSS-RTK Rover F90 offers incredible performance in all conditions. Its compatibility of connectivity to RTK or satellite corrections allows you to work without geographical restrictions.

Oscar GNSS RTK Receiver

GR-5

The Oscar GNSS receiver is a new generation GNSS RTK system. It supports calibration-free tilt compensation function, which is immune to magnetic disturbances leveling pole is not required. Easy configuration with 1.54 inch interactive screen on Ultimate and Advanced versions. With an internal high-performance multi-constellation and multi-frequency GNSS board, the Oscar GNSS receiver can provide high accuracy and stable signal detection.

With advanced Topcon technologies at the heart of the GR-5 receiver, you can be assured of 24/7 signal coverage and operation for your site teams. Vanguard ensures that you are receiving all signals, all of the time and Fence Antenna technology makes sure the signals are processed, even in the most adverse of locations.

R10

UM4B0 RTK Module

With the Trimble R10 GNSS system, survey previously inaccessible points, reduce occupation time and record faster and safer measurements than ever before. Built-in firmware gives automatic compensation for up to 15 degrees of pole tilt and RTK level precision anywhere. Collect more accurate data faster and easier – no matter what the job or the environment, with the Trimble R10 GNSS System.

UM4B0 is the high precision positioning and heading RTK module developed by Unicore Communications, targeting intelligent driving, lawn mower, GIS information collection, etc. By employing a single UC4C0 (432 channel tracking) baseband chip and a single RF chip, using single-sided SMD packaging, UM4B0 can achieve smallest size (30x40mm) among industry high accuracy heading and positioning output.

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POWERED BY:

COMPANY

PRODUCT NAME

Carlson Software

CHC Navigation

ComNav Technology

Eos Positioning Systems

Carlson NR3 GNSS Receiver

i50 GNSS

T300 GNSS Receiver

Arrow Gold

0.069 0.167 • <.820 kg

0.106 0.14 0.13 1.29

0.075 0.158 0.158 0.95

• • • 0.372

• •

36 4.2

27 2.85

16 •

448 • •

432 • GPS, Glonass, Galileo, Beidou, SBAS, QZSS

256 256 GPS: L1,L2,L2C,L5; Beidou: B1, B2, B3; Glonass L1, L2

avg. 1 6 mm + 0.5 ppm (horizontal) 10 mm + 1 ppm (vertical) (optional feature, performance depends on environmental conditions, RMS level, Baseline <20 km (12.4 miles)

<1s >99.9%

2 Y

• 394 GPS: L1CA, L1P, L1C, L2P, L2C, L5.

Glonass: G1, G2, P1, P2.

Galileo: E1BC, E5a, E5b.

Beidou: B1, B2, B3 (without L5).

QZSS: L1CA, L2C, L5, L1C. 1 Yes

• •

1.5 3.0

0.25 1

• •

1 x 9-pin Lemo, USB, TCP/IP with 2 x Serial Ports, 1 x High Speed Serial Port, Power

1 × 7-pin LMEO port; 1 × USB 2.0 port; 1 × UHF antenna port

1 Serial Port (7pin Lemo)

•

•

•

Y

•

GENERAL

Height [m] Depth [m] Width [m] Total weight [kg] POWER

Operating power: max. [V] Typical consumption [W] PERFORMANCE

No. channels Max. simultaneous tracked channels Tracked satellite signals

Reacquisition time {s} RTK Network Compatibility

HORIZONTAL UNCERTAINTY

code: DGNSS/RTC (constant part) [m] code: DGNSS/RTC (variable part) [ppm] COMMUNICATION: GENERAL

Communication ports

Simultaneous links

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GNSS RECEIVERS Eos Positioning Systems

Hi-Target

marXact

NovAtel

COMPANY

Arrow 200

iRTK5 GNSS RTK System

UNI-GR1

PwrPak7

PRODUCT NAME

0.042 0.125 0.084 0.372

0.098 • 0.158 1.2

0.09 0.14 0.14 0.8

0.053 0.145 0.147 0.5

15 •

28 4.4

• •

36 1.8

372 372 GPS, Glonass, Beidou, Galileo and QZSS

• 336 Beidou: B1, B2, B3 GPS: L1C/A, L2C, L2E, L5 Glonass: L1C/A, L2C/A, L3 CDMA Galileo: E1, E5A, E5B, E5AltBOC, E6

432 432 GPS (L1/L2/L5), Glonass (L1/L2), Galileo (E1 / E5a / E5b), Beidou (B1/B2/B3)

• • GPS (L1, L2, L2C, L5), Glonass (L1, L2, L2C), Beidou (B1, B2, B3), Galileo (E1, E5a, E5b, E6, ALtBOC), IRNSS (L5), (QZSS (L1 C/A, L1C, L2C, L5, L6), L-Band up to 5 channels

1 Y

• Yes

• Yes

• Y

0.6 •

0.25 1

0.4 •

1.5 •

USB 2.0

•

RS232, USB, Micro-USB, CAN,

•

•

Y

1x RS-232 up to 460,800 bps. 2x RS-232/RS-422 selectable up to 460,800 bps. 1x USB 2.0 (device) HS. 1x USB 2.0 (host) HS. 1x Ethernet 10/100 Mbps.

1x CAN Bus 1 Mbps. 3x Event inputs. 3x Event outputs. 1x Pulse Per Second output. 1x Quadrature Wheel Sensor input.

Y

GENERAL

Height [m] Depth [m] Width [m] Total weight [kg] POWER

Operating power: max. [V] Typical consumption [W] PERFORMANCE

No. channels Max. simultaneous tracked channels Tracked satellite signals

Reacquisition time {s} RTK Network Compatibility

HORIZONTAL UNCERTAINTY

code: DGNSS/RTC (constant part) [m] code: DGNSS/RTC (variable part) [ppm] COMMUNICATION: GENERAL

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Communication ports

Simultaneous links

19

02-09-19 11:57

POWERED BY:

COMPANY

Septentrio

Septentrio

Satlab

Satlab

PRODUCT NAME

AsteRx SB

Altus NR3 Smart Antenna

SL900 GNSS Receiver

SLC Multi-purpose GNSS Receiver

0.0149 0.0475 0.07 0/46 (1.01lb)

0.069 • 0.167 0.82 incl. batteries or 0.74 excl. batteries

0.095 • 0.175 1.2

0.25 0.03 0.095 0.62

• 1.5

30 •

28 •

• •

6 448 GPS: L1, L2, L5.

Glonass: L1, L2, L3.

Galileo1: E1 E5b.

Beidou1: B1, B2. SBAS: EGNOS, WAAS, GAGAN, MSAS, SDCM (L1).

IRNSS1: L5. QZSS1: L1, L2, L5. Integrated dual-channel L-band receiver

448 448 GPS: L1, L2, L5.

Glonass: L1, L2, L3.

Galileo : E1, E5a, E5b, AltBoc. Beidou: B1, B2.

IRNSS: L5.

QZSS: L1, L2, L5.

555 • GPS: L1 C/A, L1C, L2C, L2P, L5 Glonass: L1 C/A, L2C, L2P, L3, L5.

Beidou: B1, B2, B3.

Galileo: E1, E5 AltBOC, E5e, E5b, E6.

IRNSS: L5.

QZSS: L1 C/A, L1C, L2C, L5, L6.

1

• YES

555 • GPS : L1C/A, L1C, L2C, L2P, L5, Glonass : L1C/A, L2C/A, L2P, L3, L5, Beidou : B1, B2, B3, Galileo** : E1, E5 AltBOC, E5A, E5B, E6, QZSS : L1C/A, L1C, L2C, L5, L6 , SBAS : L1, L5, IRNSS: L5 • Y

GENERAL

Height [m] Depth [m] Width [m] Total weight [kg]

POWER

Operating power: max. [V] Typical consumption [W] PERFORMANCE

No. channels Max. simultaneous tracked channels Tracked satellite signals

Reacquisition time {s} RTK Network Compatibility

< 20 s Y

Model dependent: Altus NR3 Full-Const: All-constellations RTK network rover and base.

Altus NR3 C: GPS/GLO RTK network rover and base.

Altus NR3 Base: RTK Base station only

HORIZONTAL UNCERTAINTY

code: DGNSS/RTC (constant part) [m] code: DGNSS/RTC (variable part) [ppm]

• •

0.3 •

• •

1.5 •

3 Hi-speed serial ports (RS232), Ethernet port (TCP/IP, UDP, LAN 10/100 Mbps)

1 x 9-pin Lemo connector for: Full-speed USB (host - with access to internal disk, TCP/IP communication and with 2 extra serial ports), 1 High-speed serial port (RS232) ideal for external UHF radio or custom integrations Y

RS232 Serial Port, USB, NFC, Bluetooth: V2.1 + EDR, NFC

RS232 Serial, USB (Disk and Charging)

Y

Y

COMMUNICATION: GENERAL

Communication ports

Simultaneous links

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Y

Products4Geo Industry Guide Issue 2 - 2019

02-09-19 11:57

GNSS RECEIVERS Seabed

Settop Survey

Sokkia

SOUTH

SGR7

Settop M1

GCX3

New Galaxy G1

• • • •

0.035 0.138 0.138 0.6

0.197 0.047 0.047 0.44

0.112 • 0.129 1

• •

• 12.8

• •

25 •

• • GPS, Glonass, Galileo, Beidou, QZSS, IRNSS

• • GPS L1 C.A, L1C, L2P, L2C. Glonass L1 C/A, L1P, L2 C/A, L2P. Beidou B1, B2.

Galileo E1. SBAS L1 C/A WAAS/MSAS/ EGNOS/GAGAN. QZSS L1 C/A, L1C, L2C.

• 336 BDS: B1,B2, B3. GPS: L1C/A, L1C, L2C, L2E. Glonass: L1C/A, L1P, L2C/A, L2P. GaliIeo: GIOVE-A, GIOVE-B, E1, E5A ,E5B.

• Y

220 220 GPS: Simultaneous L1 C/A, L2E,L2C, L5.

Glonass: Simultaneous L1 C/A, L1 P, L2 C/A (Glonass M Only), L2 P.GIOVE-A: Simultaneous L1 BOC, E5A, E5B, E5AltBOC1.GIOVE-B: Simultaneous L1 CBOC, E5A, E5B, E5AltBOC1.

Galileo: Disabled2.

• Y

• Y

• Yes

• •

0.25 1

0.4 •

0.25 1

•

1 RS232/USB Host Event port, PPS Power In/Out. 2 RS232/USB OTG port Power In/Out. 1 TNC connector for GPS antenna. 1 TNC connector for radio antenna. 1 FME connector for GSM antenna. 1 Slot SIM card.

Y

USB 2.0 High Speed Device

•

Communication ports

•

•

Simultaneous links

COMPANY

PRODUCT NAME

GENERAL

Height [m] Depth [m] Width [m] Total weight [kg]

POWER

Operating power: max. [V] Typical consumption [W] PERFORMANCE

No. channels Max. simultaneous tracked channels Tracked satellite signals

Reacquisition time {s} RTK Network Compatibility

HORIZONTAL UNCERTAINTY

code: DGNSS/RTC (constant part) [m] code: DGNSS/RTC (variable part) [ppm] COMMUNICATION: GENERAL

•

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POWERED BY:

COMPANY

PRODUCT NAME

Spectra Geospatial

Stonex

Suzhou FOIF

SXblue

SP80

S900A

A90 GNSS Receiver

F90 Smart Antenna

0.75 0.194 0.222 1.17

0.076 • • 1.19

• • • 1

76 • 157 1.2

28 4

22 •

• •

• •

240 240 GPS L1C/A, L1P(Y), L2C, L2P(Y), L5; Glonass L1C/A, L1P, L2C/A, L2P, L3; Beidou (Phase II) B1, B2; Galileo E1, E5a, E5b; IRNSS L5

600 • GPS, Glonass, Beidou, Galileo, QZSS, SBAS

555 • GPS (L1 C/A, L1C, L2C,L2P, L5), Glonass (L1 C/A, L2 C/A, L2P, L3, L5), Galileo (E1, E5 AltBOC, E5a,E5b, E6), Beidou (B1, B2, B3)

2 Y

< 1 sec yes

L1<0.5s, L2<1.0s •

336 336 GPS: L1 C/A, L2C, L2E, L5.

Glonass: L1 C/A, L2C, L3.

Beidou: B1, B2, B3.

Galileo: E1, E5A, E5B, E5 AltBOC, E6.

IRNSS: L5.

QZSS: L1CA, L1C, L2C, L5. SBAS: L1, L5 1 Y

0.25 1

0.25 •

• •

0.3 1

RS232, USB

Lemo 5-pins, Lemo 7-pins, USB

•

5 pin, 7 pin

Y

•

•

Y

GENERAL

Height [m] Depth [m] Width [m] Total weight [kg]

POWER

Operating power: max. [V] Typical consumption [W]

PERFORMANCE

No. channels Max. simultaneous tracked channels Tracked satellite signals

Reacquisition time {s} RTK Network Compatibility

HORIZONTAL UNCERTAINTY

code: DGNSS/RTC (constant part) [m] code: DGNSS/RTC (variable part) [ppm]

COMMUNICATION: GENERAL

Communication ports

Simultaneous links

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GNSS RECEIVERS Tersus GNSS

Topcon

Trimble

Unicore Communications

Oscar GNSS RTK Receiver

GR-5

Trimble R10

UM4B0 RTK Module

88 157 157 1.3

0.253 0.158 0.158 1.88

0.136 0 0.119 2.09

0.004 0.04 0.03 0.008

28 4.2

21 4.2

24 4.2

3.6 1.8

576 576 GPS L1/L2, Glonass L1/L2, Beidou B1/B2, GalileoE1/E5B, SBAS L1C/A

112 112 GPS L1/L2/L5, Glonass L1/L2, Galileo, Beidou (BDS)

224 224 BDS B1/B2/B3GPS L1/ L2/L5 Glonass L1/L2 Galileo E1/E5a/E5b

50 Y

1 Y

672 672 GPS (L1C/A, L2C, L2E, L5), Glonass (L1C/A, L1P, L2C/A, L3), Beidou (B1, B2, B3), Galileo (E1, E5A, E5B, E5 AltBOC, E6), QZSS (L1C/A, L1-SAIF, L1C, L2C, L5), NavIC (L5), SBAS (L1C/A, L5) 1 Y

0.25 1

0.25 •

0.25 1

0.3 1

Bluetooth, WIFI, 3G, USB, BUILT-IN RADIO, External RADIO Y

Serial RS-232 and USB

Serial, USB, TCP/IP, Bluetooth

•

Communication ports

Y

Y

•

Simultaneous links

COMPANY

PRODUCT NAME

GENERAL

Height [m] Depth [m] Width [m] Total weight [kg]

POWER

Operating power: max. [V] Typical consumption [W]

PERFORMANCE

1 Y

No. channels Max. simultaneous tracked channels Tracked satellite signals

Reacquisition time {s} RTK Network Compatibility

HORIZONTAL UNCERTAINTY

code: DGNSS/RTC (constant part) [m] code: DGNSS/RTC (variable part) [ppm]

COMMUNICATION: GENERAL

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POWERED BY:

Standard GPS Splitters

MINI GPS Splitter 1x2

GPS Antenna Splitters are designed to help you distribute the GPS signal throughout your facility with the installation of only one antenna. In the standard configuration, output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitters amplifier. All other RF outputs are DC blocked and loaded with a 200 ohm resistor to simulate antenna current draw.

The MLDCBS1X2 GPS Splitter (GNSS splitter) is a small, lightweight one input, two output device based on the Wilkinson splitter design. The frequency response covers the entire L-band (all GNSS frequencies) with excellent gain flatness. In the standard configuration, (J1) passes DC from the connected GPS device through the splitter to the input (antenna port).

Line Amplifier 30dB Gain

VEXXIS GNSS-802L

The LA30RPDC is a one input, one output Low Noise Amplifier with 30dB gain typical.

The frequency response covers GPS L1, L2, L5, Galileo, Glonass and all other L-band frequencies with excellent flatness.

In the default configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the active antenna, allowing the GPS receiver to power both the antenna and the LA30RPDC amplifier.

The VEXXIS GNSS-800 series antennas feature a patented multi-point feeding network and radiation pattern optimization technology. In additional to having enhanced performance in multipath environments, the GNSS-802L antenna is able to maintain a low profile while achieving both high peak zenith gain and low gain roll-off from zenith to horizon, without sacrificing tracking performance.

3GOXX16A4-XTR-1-1-Cert

SA300

The 3GOXX16A4-XTR-1-1-Cert is an active L1/L2 dual-frequency GPS antenna.

Measuring 89 mm in diameter x 19 mm in height, it is designed for airborne use but will operate in any mobile application.

Customers can use the same antenna for L1 only or dual-frequency applications to increase flexibility and reduce equipment costs.

This high precision micro-centered antenna with integrated ground plane provides excellent tracking sensitivity and multipath rejection for all surveying and construction applications. The SA300 antenna supports L1/L2 frequencies from GPS and Glonass satellite constellations. The SA300 can be paired with applicable Sokkia GNSS receivers to provide a high performance dual-frequency RTK system.

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GNSS ANTENNAS SA1800

AX3702

The unique 3D choke ring design of SA1800 ensures an excellent multipath reduction performance across all GNSS frequency bands including L-Band. It is ideal for applications of CORS stations, bridge and building deformation monitoring or geological monitoring due to its sub-millimeter phase center stability.

The AX3702 is a mini survey antenna. It can receive GPS L1/L2, Glonass L1/L2, and Beidou B1/B2/B3 signals, which can be used in land survey, marine survey, channel survey, seismic monitoring, bridge survey, container operation, agriculture applications, etc. The AX3702 was calibrated in NGS. Customers can use the antenna for GPS-only or three constellation navigation applications.

AX3705

PG-S1

AX3705 is a helix antenna, which supports four constellations and dual frequency, and is designed for UAV system and mobile devices. It can be used in aerial photographs, telemetry technology, disaster monitoring, traffic patrol and security monitoring, etc. This helix antenna has exceptional pattern control, polarization purity and high efficiency in a very compact form factor.

Packaged in a lightweight and robust housing, the advanced PG-S1 GNSS antenna provides excellent tracking performance for applications where our modular or handheld GNSS receivers are required.

G5-A1

Catalyst DA1

A rugged housing combined with full-wave GNSS tracking, this antenna has been designed for tracking all currently broadcast signals as well as those planned for the future. This low-cost alternative to Topconâ&#x20AC;&#x2122;s CR-G5 high-accuracy infrastructure antenna fits almost any budget yet yields high-quality results at the same time due to its all-in-view tracking of every constellation and signal available today and coming in the future.

Digital antenna to accompany smart device that enables users to use Trimble Catalyst.

Catalyst is a revolutionary offering from Trimble that introduces a software-defined GNSS receiver that runs on select Android phones and tablets. It requires a specialized digital antenna (Catalyst DA1) that connects to the Android device via USB.

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02-09-19 11:57

POWERED BY:

COMPANY

PRODUCT NAME

GPS Networking

GPS Networking

NovAtel

Sokkia

MINI GPS Splitter 1x2

Line Amplifier 30dB Gain

VEXXIS GNSS-802L

SA300

Land, Marine 0.0255

• 0.316

Land, Marine 0.5

Land, Marine 0.615

-40 75 • •

-40 • • •

-50 85 • IP67

•

•

-40 85 95% non-condensing IP67, IP69K, Salt Fog: MIL-STD-810G (CH1), 509.6 Vibration (operating): Random MIL-STD-810G (CH1),514.7 (15 g) Annex EProcedure 1, Category 24.Shock: MIL-STD-810G (CH1),516.7 (40 g), Procedure 1.Bump: IEC 68-2-27 Ea (25 g)

•

GPS, Glonass, Galileo

L1, L2, L5 L1, L2, L3 • • •

N 1

GENERAL

Type Total weight [kg]

ENVIRONMENT

Operating temperature: min. [°C] Operating temperature: max. [°C] Humidity resistance Water sand and dust proof

Shock and vibration proof

IES 60068-2-34, Test FD. IES 60068-2-29, Test Ea.

TRACKED SIGNALS

Tracked satellite signals Type of GPS measurements vType of Glonass measurements Type of Galileo measurements Type of Beidou measurements Type of SBAS measurements

GPS, Glonass

L1, L2, L5 L1, L2, L3 E1, E2, E5, E6 • •

GPS, Glonass, Galileo, Beidou L1, L2 L1, L2 E1 B1 •

Y 1.5

• •

Y 1.5

L1, L2 L1, L2 • • •

AMPLIFIER

Amplifier Noise figure [max dB]

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GNSS ANTENNAS Stonex

Tersus GNSS

Topcon

Trimble

SA1800

GNSS Antenna (AX3702)

PG-S1

Catalyst DA1

Land 10,5

Aerial, Land, Marine 0.374

Land •

Land 0.3

-45 85 95% non condensing IP67

-40 70 95% no-condensing water & dust-proof design

-50 85 • IP67

-20 60 95% condensing IP65

•

NA

•

MIL-STD-810G

GPS, Glonass, Galileo, Beidou, SBAS L1, L2, L5 L1, L2, L3 E1, E2, E5, E6 B1, B2, B3 •

GPS, Glonass, Beidou

GPS, Glonass

L1, L2 L1, L2 • B1, B2, B3 •

L1, L2 L1, L2 • • •

GPS, Glonass, SBAS, Galileo L1, L2 L1 E1 • WAAS, EGNOS, Gagan

• 2

Y 2

N 1.5

• •

COMPANY

PRODUCT NAME

GENERAL

Type Total weight [kg]

ENVIRONMENT

Operating temperature: min. [°C] Operating temperature: max. [°C] Humidity resistance Water sand and dust proof

Shock and vibration proof

TRACKED SIGNALS

Tracked satellite signals Type of GPS measurements Type of Glonass measurements Type of Galileo measurements Type of Beidou measurements Type of SBAS measurements

AMPLIFIER

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Amplifier Noise figure [max dB]

27

02-09-19 08:52

POWERED BY:

SPG-1700 Geoscanners SPG-1700 is the first complete GPR system mounted on a drone.

This groundbreaking technology is available thanks to Geoscanners light and compact antennas together with a careful and meticulously planned system architecture.

PinPointR PinPointR, a dedicated GPR utility locator instrument. The PinPointR has been developed to maximize in-field productivity by utilizing ImpulseRadarâ&#x20AC;&#x2122;s innovative real-time sampling (RTS) dual-channel antenna technology (400 and 800 MHz), which provides incredible bandwidth, speed, and resolution, all controlled via an intuitive Android-driven user interface.

CrossOver CO1760

CrossOver CO730

CrossOver CO1760 enable quicker surveys with improved performance. It incorporates two channels with ultra-wide band frequencies centered around 170 MHz and 600 MHz making it ideally suited for a range of common GPR applications. The extra-large bandwidth offers exceptional dynamic range for maximum signal penetration, data clarity and quality.

CrossOver CO730 enable quicker surveys with improved performance. It incorporates two channels with ultra-wide band frequencies centered around 70 MHz and 300 MHz making it ideally suited for GPR applications requiring deeper penetration.

The extra-large bandwidth offers exceptional dynamic range for maximum signal penetration, data clarity and quality.

Raptor 80 - 28 Channel

Raptor 45 - 18 Channel

Raptor 80, a modern 450 MHz 3D GPR Array solution that consists of a separable transmitter and digital receiver that form an adaptable self-contained radar system built on the latest Real-Time Sampling (RTS) technology providing traffic speed data collect and high dynamic range. Raptor 80 is available in two standard configuration, Vehicle carrier (28 channel) or Push Cart (12 channel).

Raptor 45, a modern 450 MHz 3D GPR Array solution that consists of a separable transmitter and digital receiver that form an adaptable self-contained radar system built on the latest Real-Time Sampling (RTS) technology providing traffic speed data collect and high dynamic range. Raptor 45 is available in two standard configuration, Vehicle carrier (18 channel) or Push Cart (8 channel).

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Products4Geo Industry Guide Issue 2 - 2019

02-09-19 08:52

GROUND PENETRATING RADARS Geoscanners AB

ImpulseRadar

ImpulseRadar

ImpulseRadar

COMPANY

SPG-1700

PinPointR

CrossOver CO1760

Raptor 80 - 28 Channel

PRODUCT NAME

Pipes & Cables, Archaelogical & Environmental, Mining & Geology, Object Detection (search & rescue, bomb detection)

Pipes & Cables, Archaelogical & Environmental

Pipes & Cables, Archaelogical & Environmental, Mining & Geology, Object Detection (search & rescue, bomb detection)

• •

Carriage 20

Carriage 26

Pipes & Cables, Concrete Structure, Road/Bridges Inspection, Archaelogical & Environmental, Object Detection (search & rescue, bomb detection) Vehicle-borne 77

• 256

625000 2000

625000 2000

4687500 1000

• • •

-20 50 1.1

-20 50 1.1

-20 50 3.6

• • • • • •

20 Real Time Sampling Shielded • 200-1200 > 100 km/h

9.5 Real Time Sampling Shielded • 85 - 900 MHz > 100 km/h

1 Real Time Sampling Shielded 800 400-1200 > 90 km/h

•

Odometer, GPS, Total Station

Odometer, Wheel, GPS, Total Station

Odometer, GPS, Total Station

GENERAL

Application Type

Mounting Total weight full configuration

CONTROL MODULE

Pulse Repetition Frequency (Hz) Samples Per Trace

DATALOGGER

Minimum Operating Temperature (Celsius) Maximum Operating Temperature (Celsius) Weight (kg)

ANTENNAE

Weight [kg] Antenna Technology Shielding Peak Frequency (MHz) Frequency Range Max acquisition speed (@ standard scan interval)

POSITIONING

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Type

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POWERED BY:

CSM 40

DSM 400

The Compact Stabilization Mount 40 is an extra small Gyro Stabilization Mount for single medium format cameras and sensors. The compact design and highly functional modularity enable a powerful mounting system, which is particularly suitable with ultralight aircrafts and drones. Like all SOMAG airborne Mounts, the CSM 40 offers a control panel and can also be controlled via SOMAG Mount Control App.

Cost efficient and medium modular stabilization devices gain more and more importance. For this case, SOMAG AG Jena has developed the Dynamic Stabilization Mount 400, a premium Gyro Mount for medium format cameras and sensors. The gimbal system stabilizes payloads of up to 35 kg and drastically reduces the angular rates for high-quality data acquisition.

RSM 400

GSM 4000

SOMAGâ&#x20AC;&#x2122;s Ruggedized Stabilization Mount is a weatherproof and robust stabilization device to enable perfectly stabilized data in harsh marine and land environments.

Particularly rough conditions, such as salt water, do not set limits to its performance.

The RSM 400 can lift up to 15.0 kg, by the use of stronger engines up to 35.0 kg. By installing additional heating elements, an operation down to -35°C can be realized.

The GSM 4000 is a Gyro Stabilization Mount for large format sensors and scanners and stabilizes high payloads up to 120 kg. The hydraulic gimbal system ensures high stiffness with unmatched dynamic. Nearly all sensors, cameras, scanners, Lidar systems and FMS are compatible. The included lift-up function allows an easy accessibility to the bottom of the sensor and therefore an effortless cleaning of the camera lens.

UltraMount GSM 3000

UltraMount GSM 4000

The UltraMount product line dynamically stabilizes UltraCam systems in the aircraft allowing for blur-free, consistent and aligned exposures. The GSM 3000 offers a well-known technology which is suitable for cost efficient entry level applications (refurbished Mounts).

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The UltraMount GSM 4000 features high efficiency at high payloads. The hydraulic system of the UltraMount GSM 4000 contains four cylinders and two servo pumps and guarantees best compensation for drift, roll and pitch movement.

Products4Geo Industry Guide Issue 2 - 2019

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GIMBALS AND MOUNTING SYSTEMS SOMAG AG Jena

SOMAG AG Jena

SOMAG AG Jena

Vexcel Imaging

GSM 4000

DSM 400

CSM 40

UltraMount GSM4000

Hydraulic Gimbal System RTCA DO-160-G, EUROCAE-14G, ISO 7137, 2006/42/EC Machinery Airborne

Electromechanical gimbal system RTCA DO-160-G, EUROCAE-14G, ISO 7137, 2006/42/EC Machinery Airborne

Electromechanical gimbal system RTCA DO-160-G, EUROCAE-14G, ISO 7137, 2006/42/EC Machinery Airborne

Hydraulic Gimbal System EUROCAE, RTCA/DO-160G

615 530 175 29 120 Adaptable with every sensor. Downward compatible to GSM 3000.

460 430 165 14 35 Adaptable with nearly every medium format sensor or camera.

290 275 121 5.2 15 Adaptable with nearly every small format sensor or camera.

615 530 175 29 120 •

≤±8.8 ≤±7.0 ±25.0

≤±10.5 ≤±10.5 ≤±25.0

≤±15.0 ≤±15.0 ≤±25.0

± 8.8 at 0° roll ± 7.0 at 0° pitch ±25.0°

-20 60 15240

-15 55 15240

-15 55 15240

-25 60 •

COMPANY

PRODUCT NAME GENERAL

Airborne

Stabilization System Type Applied Standards

Operation Area

MECHANICAL CHARACTERISTICS

Platform length [mm] Platform width [mm] Platform height [mm] Platform weight [kg] Payload weight (max) [kg] Sensor compatibility

PERFORMANCE

Pitch [°] Roll [°] Yaw/Drift / [°]

ENVIRONMENT

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Min operating temp [°C] Max operating temp [°C] Max elevation [m]

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POWERED BY:

SATEL

Settop Survey

Sokkia

Tersus GNSS

SATEL Proof-TR4 / -TR9

Settop RadioLink

SATELLINE-EASy Pro wireless UHF radio

RS460 Radio

0.176 0.095 0.042 • Aluminium

• • • • Aluminium

0.189 0.138 0.071 1.42 Aluminium

0.107 0.062 0.0266 • NA

Y Y -40 75

• • -40 65

• • -25 55

• • -30 60

2 403 928

2 390 470

2 403 473

• 457 467

Automatic detection of signals Link Rates [bps]

• •

Yes •

• Data Speed of Radio Interface 19200 bps (25 kHz), 9600 bps (12.5 / 20 kHz)

• •

Maximum distance range of signals [m]

•

8000

•

•

COMPANY

PRODUCT NAME

GENERAL

Height [m] Width [m] Depth [m] Total weight [kg] Housing material

ENVIRONMENT

ROHS compliance WEEE compliance Operating temperature: min. [°C] Operating temperature: max. [°C]

RADIO MODEM SPECIFICATIONS

Number of channels/frequency bands Operation frequency range min [MHz] Operation frequency range max [MHz]

OPERATION CHARACTERISTICS

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RADIOS AND MODEMS Tersus GNSS

Topcon

Topcon

Trimble

Radio Station - Base (RS05B)

SRL-35

RE-S1

TDL 450 series

0.14 0.18 0.072 1.66 NA

0.071 0.138 0.189 1.42 Aluminium

0.11 0.145 0.035 0.4 Aluminium

0.16 0.046 0.089 0.65 •

N N -30 60

• • -40 75

• • -40 55

• • -40 65

8 410 470

• 403 473

• 902 928

• 390 470

No 9600, 19200, 38400, 57600, 115200

• Data speed of RS interface: 300 - 38400 bps.

Data speed of Radio Interface: 19200 (25 kHz) / 9600 bps (12.5 / 20 kHz) 8000

• •

Yes 19,200 bps/4FSK, 9600 bps/4FSK, 19,200 bps/GMSK, 16,000 bps/GMSK, 9600 bps/GMSK, 8000 bps/GMSK, 4800 bps/GMSK •

COMPANY

PRODUCT NAME

GENERAL

Height [m] Width [m] Depth [m] Total weight [kg] Housing material

ENVIRONMENT

ROHS compliance WEEE compliance Operating temperature: min. [°C] Operating temperature: max. [°C]

RADIO MODEM SPECIFICATIONS

Number of channels/frequency bands Operation frequency range min [MHz] Operation frequency range max [MHz]

OPERATION CHARACTERISTICS

15000

•

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Automatic detection of signals Link Rates [bps]

Maximum distance range of signals [m]

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POWERED BY:

RADIOS AND MODEMS SATEL Proof-TR4 / -TR9

Settop RadioLink

SATEL Proof-TR4/-TR9 is a heavy-duty radio modem with IP69K protection (against ingress of dust, high temperature and high-pressure water). The product consists of IP69K sealed housing and a radio module of your choice from the following frequency variants: 403–473 MHz and 902–928 MHz. Soon available: the double-frequency TR49 variant!

Settop Radiolink is a base and repeater radio (1W 390-470MHZ) solution for radiolink. It supports various transmission protocols and it is compatile with most receivers on the market, such as Settop Repeater. This lightweight, small design, easy setup and built removable batteries make a perfect solution for radiolink.

SATELLINE-EASy Pro wireless UHF radio

RS460 Radio

SATELLINE-EASy Pro is an IP67 (NEMA 6) classified UHF radio modem with a high power (up to 25 or 35 W) transmitter and wide 70 MHz tuning range. It was designed for easy mobile use in demanding field conditions.

The Tersus 2W radio RS460 is a radio solution for both the base and the rover. It is a lightweight, ruggedized UHF receiver designed for digital radio communications between 457 MHz and 467 MHz in 25 kHz channels, which can be used widely in GNSS/RTK surveying and precise positioning system applications.

SRL-35

TDL 450 series

Topcon’s SRL-35 high-power UHF radio provides the signal strength you need to cover the largest of project sites. Pushing out 35 watts, the SRL-35 provides reliable signal strength in the most challenging of environments. Built to IP67 standards, the light and portable radio features a weather-protected LCD display, integrated operator keyboard, and reinforced connectors.

The Trimble TDL 450 series is an advanced, high speed, wireless UHF data radio built to endure the stresses of daily use in harsh conditions. Full metal construction provides impact and weather resistance that will keep you working with complete confidence. The full-function user interface streamlines field configuration and troubleshooting so you can maintain maximum productivity.

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Products4Geo Industry Guide Issue 2 - 2019

02-09-19 11:58

PORTABLE AND INDOOR MOBILE MAPPERS Trimble Indoor Mobile Mapping System TIMMS provides both Lidar and spherical video, enabling the creation of accurate, real-life representations (maps, models) of interior spaces and all of its contents; every object in the interior space - including desks, chairs, stairs, and doors - appears in the plan.

Contour

HERON LITE Color HERON LITE is appreciated in the market to be the best solution for fast 3D surveying and mapping of indoor buildings, small infrastructures, underground mines and cavities. As this portable mapper can be used by a single person, without an initization procedure, it is ideal to quickly and repeatedly survey complex environments.

PX-80 Kaarta Contour enables 3D modelling from input to output in real time, condensing the workflow process by eliminating time and cost, and allowing decision-making at the point of work.

UltraCam Panther With 172 megapixels per full-spherical image, the portable UltraCam Panther provides photogrammetric-grade imagery with an unprecedented resolution and image dynamic. Combined with complimentary orientation-, Lidar- and odometry-modules, the system simultaneously captures full-spherical imagery, precision Lidar 3D data, and highly accurate geo-positioning information in both indoor and outdoor environments.

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Paracosm PX-80 is perfect for capturing large, complicated spaces with lightning speed. Whether it's a warehouse, construction site, or an outdoor environment, you can efficiently and effectively capture it in 3D.

F6 F6 is a 3D Handheld Scanner suitable for scanning complex scenes within seconds.

You can use it for: forensics, cultural heritage, room scanning, modelling for CGI and much more.

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02-09-19 11:58

POWERED BY:

COMPANY

PRODUCT NAME

Gexcel

Gexcel

Gexcel

Gexcel

HERON LITE Color

Heron AC-2

HERON AC-2 Color

Heron MS-2

Underground minings, cavity, small complicated infrastructures, complicated indoor documentation, stockpile volume calculation -40 10 2.75

Indoor and Outdoor

Indoor and Outdoor

Indoor and Outdoor

-10 60 6

-10 60 6.25

-10 40 11

Y yes

Y •

Y •

Y •

1 360 60

1 360 60

1 360 60

• • •

903 1000 100000 30 360 300

903 1 100 41 360 700000

903 1 100 41 360 700000

903 1 100 41 360 700000

GENERAL

Applications

Operating temperature: min. [°C] Operating temperature: max. [°C] Weight [kg]

POSITIONING SYSTEM

SLAM algorithm implemented IMUs type

CAMERA SYSTEM

Number of cameras FoV per camera [horizontal in deg] Maximum frames/sec. per camera

LASER SCANNER

Wavelength [nm] Min. Range [m] Max Range [m] Max. vertical field of view [deg] Max. horizontal field of view [deg] Scans per second

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Products4Geo Industry Guide Issue 2 - 2019

30-08-19 12:09

PORTABLE AND INDOOR MOBILE MAPPERS Kaarta

Vexcel Imaging

Stonex

Contour

UltraCam Panther

F6

Indoor and Outdoor

Outdoor

scanning of big objects and large areas from short to far ranges

0 50 2.78

0 40 17

-10 50 1

Y Internal MEMS-based IMU

N Integrated inertial solution

• •

2 • •

26 67 1.5

• • 8

905 0.1 30 190 190 40

903 0.4 100 30 360 300000

• 0.5 4.5 54 68 640

COMPANY

PRODUCT NAME GENERAL

Applications

Operating temperature: min. [°C] Operating temperature: max. [°C] Weight [kg]

POSITIONING SYSTEM

SLAM algorithm implemented IMUs type

CAMERA SYSTEM

Number of cameras FoV per camera [horizontal in deg] Maximum frames/sec. per camera

LASER SCANNER

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Wavelength [nm] Min. Range [m] Max Range [m] Max. vertical field of view [deg] Max. horizontal field of view [deg] Scans per second

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30-08-19 12:09

POWERED BY:

Spatial Dual

POS LVX

Spatial Dual is a ruggedized miniature GPS-aided inertial navigation system and AHRS that provides accurate position, velocity, acceleration and orientation under the most demanding conditions. It combines temperature calibrated accelerometers, gyroscopes, magnetometers and a pressure sensor with a dual antenna RTK GNSS receiver.

The Applanix POS LVX is a compact, fully integrated, turnkey position and orientation system, utilizing integrated inertial technology with survey-grade GNSS to generate a stable, reliable and repeatable positioning solution for land-based mobile mapping and guidance applications. Easily integrated with many types of sensors including optical, infrared, and Lidar, the POS LVX delivers Inertially-Aided Real-Time Kinematic (IARTK) positioning in a small, lightweight form factor.

HGuide n580 Inertial/GNSS Navigator

Dual antenna GPS-Aided Inertial Navigation System (INS-D)

The HGuide n580 is a small, light-weight, self-contained, all-attitude Inertial/GNSS Navigator which can be used in a wide variety of platforms, applications and industries where continuous navigation information is a critical component.

Professional version of single antenna GPS-Aided Inertial Navigation System (INS-P) The Inertial Labs, Professional version of Single Antenna GPS-Aided Inertial Navigation System "INS-P" is new generation of fully-integrated, combined Tactical-grade IMU, Fluxgate compass and high precision GNSS receiver.

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The Inertial Labs Dual Antenna GPS-Aided Inertial Navigation System "INS-D" is new generation of fully-integrated, combined GPS, Glonass, Galileo, QZSS, Beidou and L-Band navigation and high-performance strapdown system, that determines position, velocity and absolute orientation (High precision Heading, Pitch and Roll) for any device on which it is mounted.

Atlans - INS for land applications Atlans is a high performance all-in-one Inertial Navigation System (INS) for both land and airborne applications. Atlans benefits from smart coupling technique between iXblue Fiber-Optic Gyroscope (FOG) and data from the integrated latest generation Septentrio Global Navigation Satellite System (GNSS) receiver.

Products4Geo Industry Guide Issue 2 - 2019

02-09-19 11:59

INERTIAL NAVIGATION SYSTEMS HAIN Subsea 7k The HAIN Subsea 7k is an all integrated subsea navigation system. It has optional inputs for DVL and pressure sensor and a depth rating of 7.000 m. It provides accurate and precise positioning and orientation.

3DM-CX5-45 The 3DM-CX5-45 all-in-one navigation solution features a high-performance, integrated multi-constellation GNSS receiver utilizing the GPS, Glonass, Beidou, and Galileo satellite constellations. Sensor measurements are fully calibrated, temperature-compensated, and mathematically aligned to an orthogonal coordinate system for highly accurate outputs. The auto-adaptive estimation filter algorithm produces highly accurate computed outputs under dynamic conditions.

Aurora

SPAN CPT7

Aurora IMU provides accurate heave motion, velocity, acceleration and angular orientation. Aurora is built to perform under the most demanding conditions. It combines temperature compensated accelerometers, gyroscopes and magnetometers. Aurora is a new generation in the Motion Sensors Industry, which combines FPGA & DSP Processor, an advanced distributed parallel calculation algorithm delivers the maximum performance of the unit. Aurora IMU is available in both OEM and enclosed packages.

The SPAN CPT7 is a single enclosure Global Navigation Satellite System (GNSS) + Inertial Navigation System (INS) receiver powered by NovAtel’s OEM7 technology that can deliver up to centimetre-level accuracy. It’s lightweight, ultra-compact and offers a low power solution with multiple communication interfaces for easy integration on multiple platforms.

AsteRx-i S

POLYNAV 2000F

AsteRx-i S processes high-quality data, from the dual antenna multi-frequency AsteRx GNSS receiver with IMU measurements to generate an accurate and reliable position and orientation.

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The Polynav 2000F is an ultra highperformance, GNSS aided Inertial Navigation System (INS) designed and built

by Polynesian Exploration Inc. The system features dual frequency RTK with centimeter-level accuracy, a fiber optics gyro (FOG) based inertial sensor and a compact, robust design.

The Polynav 2000F matches best-performing products and comes with dual survey grade antennas and all cables at an unbeatable price.

39

02-09-19 11:59

POWERED BY:

Quanta Quanta is a small, lightweight, and low-power inertial navigation system offered on two levels of accuracy. It has been developed for compact Lidar to high end BVLOS mapping solutions and provides precise orientation and centimeter level position data delivered both in real-time and post-processing.

This direct geo-referencing solution reduces the number of GCPs (Ground Control Points).

Quanta Extra Quanta Extra embeds high-end gyroscopes and accelerometers in the most compact form factor. It also integrates an RTK GNSS receiver providing a centimetric position.

Ellipse2-N

SBD-IMU-S2

Ellipse-N is a small-sized high performance Inertial Navigation System (INS) with integrated GNSS receiver. It provides Roll, Pitch, Heading, Heave, and Navigation data. This light-weight sensor includes a MEMS-based Inertial Measurement Unit (IMU) integrating three gyroscopes, three accelerometers, and three magnetometers.

The Seabed-IMU-S2 is one of the two submersible units of Seabed. The SBDIMU-S2 is designed to perform with extreme stability in the most demanding environments, including thermal ambient conditions, with outstanding shock and vibration performance, the high reliability of the fiber optic gyro, or FOG technology is a core feature that assures sustained IMU operation and mission success.

STIM300 Inertial Measurement Unit

SPRINT-Nav 500

STIM300 is a small, tactical grade, low weight, high performance non-GPS aided Inertial Measurement Unit (IMU). It contains 3 highly accurate MEMS gyros, 3 high stability accelerometers and 3 inclinometers.

The IMU is factory calibrated and compensated over its entire operating temperature range.

SPRINT-Nav provides all-in-one navigation for subsea vehicles and survey operations by combining solid state dual Attitude Heading Reference System (AHRS) and Inertial Navigation System (INS) (and optional Lodestar AHRS only), a Syrinx Doppler Velocity Log (DVL) and a high accuracy pressure sensor in a single housing.

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Products4Geo Industry Guide Issue 2 - 2019

02-09-19 11:59

INERTIAL NAVIGATION SYSTEMS TOGSNAV TOGSNAV is a fully comprehensive and fully integrated navigation system for ROVs that builds on the TSS core fibre optic gyro technology and inertial navigation capability by ading a fully couple and fully integrated Teledyne phased array Pioneer DVL.

AP60 The Trimble AP60 GNSS-Inertial OEM System is an embedded GNSS-Inertial OEM board set plus Inertial Measurement Unit (IMU) in a compact form factor. It is designed to give system integrators the ability to harness the best in GNSS multi-frequency positioning technology, with the superior capabilities of inertial data for continuous mobile positioning in poor signal environments, and for the orientation of imaging sensors.

VN-300 Rugged Dual Antenna GNSS/INS The VN-300 Rugged is a miniature high-performance dual GNSS-Aided Inertial Navigation System that combines MEMS inertial sensors, two high-sensitivity GNSS receivers, and advanced Kalman filtering algorithms to provide optimal estimates of position, velocity, and orientation for industrial applications.

Products4Geo Industry Guide Issue 2 - 2019

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GNSS-Aided Inertial Navigation Systems (INS) The Tersus GNSS-Aided Inertial Navigation Systems INS-T-306 is OEM version of fully-integrated, combined GPS L1/L2, Glonass and Beidou navigation and high-performance strapdown system. The INS-T-306 determines position, velocity and absolute orientation (heading, pitch and roll) for any device on which it is mounted.

VN-300 Surface Mount Dual Antenna GNSS/INS The VN-300 is a miniature highperformance dual GNSS-Aided Inertial Navigation System that combines MEMS inertial sensors, two high-sensitivity GNSS receivers, and advanced Kalman filtering algorithms to provide optimal estimates of position, velocity, and orientation for industrial applications.

MTi-7 The MTi-7 GNSS/INS module is a new miniature motion tracking module with multiple GNSS receiver support, making it the smallest GNSS/INS module using advanced sensor fusion algorithms.

41

02-09-19 11:59

POWERED BY:

COMPANY

PRODUCT NAME

Advanced Navigation

Applanix

Honeywell Aerospace

Inertial Labs

Spatial Dual

POS LVX

HGuide n580 Inertial/ GNSS Navigator

Dual antenna GPS-Aided Inertial Navigation System (INS-D)

0.09 0.127 0.031 0.285

0.043 0.093 0.149 0.66

0.09 0.09 0.06 0.495

0.053 0.05 0.12 0.32

-40 85

-55 85

-40 71

-40 75

2

•

2

2

• GPS L1, GPS L2, GPS L5, Glonass L1, Glonass L2, Galileo E1, Galileo E5, Beidou B1, Beidou B2

• •

• GPS L1 C/A, L1C, L2C, L2P, L5; Glonass L1 C/A, L2 C/A, L2P, L3, L5; Beidou B1, B2; Galileo E1, E5 AltBOC, E5a, E5b; NavIC (IRNSS) L5; SBAS L1, L5 QZSS L1 C/A, L1C, L2C, L5; L-Band up to 5 channels

555 GPS L1/L2/L5; Glonass L1/L2; Beidou B1/B2/B3, QZSS L1/L2/L5; Galileo E1/E5

Y

•

Y

Yes

120 0.5

• •

• 0.06

100 60

0.8

•

0.01

1

20 3

• •

• •

5 1

GENERAL

Height [m] Width [m] Length [m] Weight [kg]

ENVIRONMENTAL

Min. operating temperature [°C] Max. operating temperature [°C]

GNSS POSITIONING SENSOR

Number of integrated GNSS receivers and antenna ports No. channels p receiver Tracked satellite signals

RTK Network Compatibility

GNSS POSITIONAL ACCURACY

Horizontal Position Accuracy [RMS in cm] Horizontal Position Accuracy (SBAS) [RMS in cm] Horizontal Position Accuracy (RTK) [RMS in cm]

INERTIAL MEASUREMENT UNIT

Accelerometer bias [µ-g] gyro bias [deg/hr]

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Products4Geo Industry Guide Issue 2 - 2019

02-09-19 12:00

INERTIAL NAVIGATION SYSTEMS iXblue

LORD Sensing MicroStrain

Kongsberg Maritime

NovAtel

Atlans - INS for land applications

3DM-CX5-45

HAIN Subsea 7k

SPAN CPT7

0.113 0.16 0.16 2.6

0.0011 0.0366 0.0442 0.013

0.343 0.191 0.191 20

0.09 0.06 0.06 0.45

-20 55

• •

• •

40 71

1

1

•

2

• GPS (L1, L2, L3, L5), Glonass (L1, L2, L3), Galileo (E1, E5a, E5b, AltBOC, E6), Beidou (B1, B2, B3), IRNSS (L5), QZSS (L1, L2, L3, L5, L6)

72 GPS/QZSS L1 C/A, Glonass L10F, Beidou B1, Galileo E1 B/C

• •

Y

•

•

555 GPS: L1 C/A, L1C, L2C, L2P, L5.

Glonass: L1 C/A, L2 C/A, L2P, L3, L5.

Beidou: 5 B1, B2.

Galileo: E1, E5 AltBOC, E5a, E5b. NavIC (IRNSS): L5.

QZSS L1 C/A, L1C, L2C, L5. L-Band (Primary RF only): up to 5 channels Yes

1.2 0.6

250 200

• •

1.2 0.6

0.006

•

•

0.01

• •

0.04 8

80 0.008

• •

COMPANY

PRODUCT NAME

GENERAL

Height [m] Width [m] Length [m] Weight [kg]

ENVIRONMENTAL

Min. operating temperature [°C] Max. operating temperature [°C]

GNSS POSITIONING SENSOR

Number of integrated GNSS receivers and antenna ports No. channels p receiver Tracked satellite signals

RTK Network Compatibility

GNSS POSITIONAL ACCURACY

Horizontal Position Accuracy [RMS in cm] Horizontal Position Accuracy (SBAS) [RMS in cm] Horizontal Position Accuracy (RTK) [RMS in cm]

INERTIAL MEASUREMENT UNIT

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Accelerometer bias [µ-g] gyro bias [deg/hr]

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POWERED BY:

COMPANY

PRODUCT NAME

Polynesian Exploration

SBG Systems

SBG Systems

Septentrio

POLYNAV 2000F

Quanta

Quanta Extra

AsteRx-i S

109 115 178 1455

0.022 0.051 0.078 0.275

0.05 0.0725 0.0835 0.26

0.076 0.0475 0.07 0.028

-40 65

-40 71

-40 75

-40 85

2

2

2

•

• GPS L1/L2, Glonass FDMA, Beidou, Galileo

448 GPS L1 L2 L2C, Glonass LI L2, Galileo E1 B/C E5B, Beidou B1 B2

• •

• GPS: L1, L2.

Glonass: L1, L2.

Galileo: E1, E5b.

Beidou: B1, B2.

QZSS: L1, L2.

Yes

Y

Y

Y

• •

120 60

100 •

120 60

0.08

1

1

0.6

15 0.05

3 7

7 0.05

0.014 7

GENERAL

Height [m] Width [m] Length [m] Weight [kg]

ENVIRONMENTAL

Min. operating temperature [°C] Max. operating temperature [°C]

GNSS POSITIONING SENSOR

Number of integrated GNSS receivers and antenna ports No. channels p receiver Tracked satellite signals

RTK Network Compatibility

GNSS POSITIONAL ACCURACY

Horizontal Position Accuracy [RMS in cm] Horizontal Position Accuracy (SBAS) [RMS in cm] Horizontal Position Accuracy (RTK) [RMS in cm]

INERTIAL MEASUREMENT UNIT

Accelerometer bias [µ-g] gyro bias [deg/hr]

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INERTIAL NAVIGATION SYSTEMS Seabed

Sensonor

Sonardyne International

Teledyne Marine

SBD-IMU-S2

STIM300 Inertial Measurement Unit

SPRINT-Nav 500

TOGSNAV

0.14 0.116 0.104 1.2

21.5 44.8 38.6 0.055

0.395 0.205 • 23.9

0.182 0.449 0.449 18.2

-40 75

-40 85

-10 55

0 45

•

•

•

•

• •

• •

• •

• •

Number of integrated GNSS receivers and antenna ports No. channels p receiver Tracked satellite signals

•

•

•

•

RTK Network Compatibility

• •

• •

• •

• •

•

•

•

•

7500 0.05

50 0.3

200 0.01

• •

COMPANY

PRODUCT NAME

GENERAL

Height [m] Width [m] Length [m] Weight [kg]

ENVIRONMENTAL

Min. operating temperature [°C] Max. operating temperature [°C]

GNSS POSITIONING SENSOR

GNSS POSITIONAL ACCURACY

Horizontal Position Accuracy [RMS in cm] Horizontal Position Accuracy (SBAS) [RMS in cm] Horizontal Position Accuracy (RTK) [RMS in cm]

INERTIAL MEASUREMENT UNIT

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Accelerometer bias [µ-g] gyro bias [deg/hr]

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POWERED BY:

COMPANY

PRODUCT NAME

Tersus GNSS

Trimble

VectorNav Technologies

Xsens

GNSS-Aided Inertial Navigation Systems (INS)

AP60

VN-300 Surface Mount Dual Antenna GNSS/INS

MTi-7

0.073 0.047 0.033 0.145

0.039 0.1 0.13 0.28

0.003 0.022 0.024 0.005

0.0025 0.0121 0.0121 0.01

-40 70

• •

-40 85

• •

2

•

2

1

192 GPS L1, GPS L2, Glonass L1, Glonass L2, Beidou B1, Beidou B2

72 GPS L1, Glonass L1, Galileo E1

• •

Y

• GPS L1, GPS L2, GPS L5, Glonass L1, Glonass L2, Galileo E1, Galileo E5, Beidou B1, Beidou B2 Y

N

•

150 40

150 •

250 200

• •

1

2

•

•

0.005 1

• •

40 5

0.03 10

GENERAL

Height [m] Width [m] Length [m] Weight [kg]

ENVIRONMENTAL

Min. operating temperature [°C] Max. operating temperature [°C]

GNSS POSITIONING SENSOR

Number of integrated GNSS receivers and antenna ports No. channels p receiver Tracked satellite signals

RTK Network Compatibility

GNSS POSITIONAL ACCURACY

Horizontal Position Accuracy [RMS in cm] Horizontal Position Accuracy (SBAS) [RMS in cm] Horizontal Position Accuracy (RTK) [RMS in cm]

INERTIAL MEASUREMENT UNIT

Accelerometer bias [µ-g] gyro bias [deg/hr]

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Products4Geo Industry Guide Issue 2 - 2019

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MOBILE MAPPERS POS AV 610

Merlin

POS AV is the foremost commercial GNSS-inertial solution for airborne Direct Georeferencing. Used with digital cameras, film cameras, Lidar systems, SAR systems and digital scanners, POS AV precisely measures aerial sensor position and orientation hundreds of times each second, accounting for all motion variables at the exact moment of data capture.

Merlin is the marine Lidar system developed specifically for cost-effective and safer coastal, offshore and inland waterway surveying. Extremely robust, portable, and well-engineered, Merlin provides eye-safe, long-range laser scanning that enables the capture, processing, and analysis of geospatial point cloud data quickly and accurately.

ALPHA3D

HiScan-C Mobile Mapping System

The Alpha3D mobile mapping solution combines state-of-the-art long-range, ultra-high speed, precise laser scanner, high-resolution HDR panoramic camera in combination with advanced GNSS receiver and high precision IMU, in one compact, lightweight and rugged instrument design. With Alpha3D, users can collect more data faster and reduce field survey time by more than 40% compared to traditional surveying instruments.

The HiScan-C is a fully integrated mobile mapping system with Hi-Target advanced 3D laser and geo-referenced digital imagery, which proves to be a perfect solution when a massive amount of asset data needs to be collected in a short time. By combining leading-edge technology with a deep understanding of surveyors’ workflows, data integration and maintenance across the lifecycle of projects, the HiScan-C enables surveyors to improve workflows for field data collection and productivity.

imajbox 3 TX+

VMX-2HA

imajbox 3TX + is the most advanced imajbox of the range with centimeter accuracy multi frequencies multiconstellations GNSS receiver and tactical grade IMU combined with vision. All integrated (Global shutter image sensor, IMU, GNSS receiver, internal SSD storage, battery) and ready to survey.

The RIEGL VMX-2HA is a High Speed, High Performance Dual Scanner Mobile Mapping System which provides dense, accurate, and feature-rich data at highway speeds.

With 2 million measurements and 500 scan lines per second, this turnkey solution is ideally suited for survey-grade mobile mapping applications.

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POWERED BY:

SLS-1 Mobile Laser Scanner

PAVE-Scanner

Satlab SLS is a Mobile Laser Scanning System solution using a fusion of sensors providing location, imagery and point cloud.

The system is configurable by accommodating available high-end sensors through a state of the art Sensor Fusion module, which controls and synchronizes data streams from the sensors. A tactical grade KVH 1750 IMU ensures the highest accuracy in the harshest environmental conditions.

The system collects Asset and Pavement databases in a single survey campaign, providing big advantages for their contextual management. The complete 3D Lidar and imagery infrastructure survey, with millimeter resolution pavement inspection, provides a thorough analysis of the maintenance conditions.

Road-Scanner C

Maverick

The new small-size, compact, portable, self-calibrating system stands out among all the products of its class for its affordability, price and flexibility. The latter derives, among others, comes from the possibility to use the Focus 3D Laser Scanners in both static (as stand-alone 3D scanners) and dynamic mode (in mobile mapping).

Light enough to be worn on a backpack, carried by a Segway or strapped to a car’s roof, the Optech Maverick mobile mapping system sets a high bar for size, portability and versatility. The Maverick is as powerful as it is portable, collecting hundreds of thousands of Lidar points per second, 360° camera imagery and position and orientation data, all in a >9 kg package.

Lynx HS-600 Dual

Lynx SG-S Mobile Survey System

The Optech Lynx HS-600 Dual is a premium mobile mapping solution designed to maximize data accuracy and cost efficiency for survey-grade projects on high-speed roads. Equipped with two worldclass lidar sensors, the Lynx HS-600 Dual offers not only exceptional accuracy, but also unmatched data resolution.

The Optech Lynx SG-S delivers surveygrade accuracy with a single, light-weight Lidar/camera installation, making it the best solution on the market when accuracy, precision and overall cost-effectiveness are paramount. Equipped with Teledyne Optech’s world-class Lidar technology, the Lynx SG-S sensor makes 600,000 measurements per second with uncompromising accuracy and spreads them over a 360° view at 300 lines per second to enable uniform point distribution even at highway speeds.

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MOBILE MAPPERS

MX9

IP-S3 HD1 The MX9 is a complete field-to-finish mobile mapping solution combining state-of-theart, advanced hardware with intuitive field software and a reliable, efficient office software workflow.

IP-S2 Compact+ The IP-S2 Compact+ gives a high density point cloud with colorful image overlay for the ultimate in feature recognition and mapping detail.

The IP-S3 mobile mapping system offers high density, high precision, point clouds combined with high resolution panoramas from a system that is smaller, lighter and easier to handle. IP-S3’s positioning system is an integration of an Inertial Measurement Unit (IMU), GNSS receiver (GPS and Glonass) and a vehicle odometer. It provides precise positioning and attitude in a dynamic environment.

UltraCam Mustang With over 5 million linear kilometers on the road collected and a history of more than 9 years, the UltraCam Mustang has proven itself as a state-of-the-art system for capturing geo-positioned panoramic imagery and 3D data of street-level scenery.

vMS3D

bMS3D LD5+

The vMS3D vehicle mobile scanner integrates a 360° camera, a rotating Lidar, an internal navigation system with GNSS receiver and a second Lidar to make the device compatible with our 6DOF LidarSLAM tech. More design-orientated and compact, this second-generation version of the 3D mobile vehicle scanner has been fully redesigned.

The bMS3D is a versatile solution, for indoor, outdoor or even underground scanning. It has been designed for fast and accurate environment data capture. The system is built around a 30Mpx panoramic camera, two 300.000 pts/sec VLP16 Lidar, an onboard Central Unit, an IMU and a GNSS receiver. The overall system is based on SLAM technology.

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POWERED BY:

Carlson Software

CHC Navigation

Hi-Target

imajing

Merlin

ALPHA3D

HiScan-C Mobile Mapping System

imajbox 3 TX+

12.5 -10 50

19.2 -10 40

15 -10 45

3.5 1 55

GNSS receiver: Brand and model Number of antennas Tracked GNSS signals

Optional • •

Novatel 2 GPS, Glonass, Beidou

Septentrio AsteRx - m2 1 •

IMU: Brand and model

Optional

Honeywell 4930

NovAtel OEM 617 • “Tactical Grade” Inertial System with tightly coupled GNSS integration Accuracy KVH 1750

Optional

Ladybug5+

Ladybug5

imajing imajbox 3

• •

1 •

6 •

1 4096x2160

Carlson 1 0.5 250 •

RIEGL 1 235 420 1000

• • • • •

• • • • •

COMPANY

PRODUCT NAME

DIMENSIONS & ENVIRONMENT

Weight [kg] Min. Operation temp. [°C] Max. Operation temp. [°C]

POSITIONING

DX4

CAMERA SYSTEM

Brand and model Number of cameras CCD size

LIDAR SENSOR

Brand Number of laser scanners Min. Range [m] Max Range [m] Max. measurement rate [kHz]

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Products4Geo Industry Guide Issue 2 - 2019

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MOBILE MAPPERS RIEGL

Satlab Geosolutions

Siteco Informatica

Siteco Informatica

VMX-2HA

SLS-1 Mobile Laser Scanner

Road-Scanner C

PAVE-Scanner

• 0 40

6.1 -10 45

45 0 45

70 -5° 60

• • •

NovAtel OEM 617 1 GPS, Glonass, Galileo, Beidou

Trimble BD920 2 GPS, Glonass, EGNOS, WAAS, Beidou.

Trimble BD920 2 All

•

KVH 1750

Applanix AP Series

Applanix LV

RIEGL CS, FLIR Ladybug5+, Nikon 9 •

Ladybug 5

Point Grey LadyBug 5

Point Grey LadyBug 5

1 6 x 5MP

6 •

6 •

RIEGL VUX-1HA 2 1.2 420 2000

Satlab SL-650 1 1.5 650 500

Faro Focus 2 1 330 960

Z+F 1 1 150 1000

COMPANY

PRODUCT NAME

DIMENSIONS & ENVIRONMENT

Weight [kg] Min. Operation temp. [°C] Max. Operation temp. [°C]

POSITIONING

GNSS receiver: Brand and model Number of antennas Tracked GNSS signals

IMU: Brand and model

CAMERA SYSTEM

Brand and model Number of cameras CCD size

LIDAR SENSOR

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Brand Number of laser scanners Min. Range [m] Max Range [m] Max. measurement rate [kHz]

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POWERED BY:

COMPANY

PRODUCT NAME

Teledyne Optech

Teledyne Optech

Teledyne Optech

Teledyne Optech

Maverick

Lynx HS-600

Lynx HS-600 Dual

Lynx SG-S Mobile Survey System

9 0 43

42 -10 40

65 -10 40

42 -10 40

Novatel • • •

Trimble Applanix 2 • LN-200

Trimble Applanix 2 • LN-200

Trimble Applanix 2 • LN-200

Point Grey Ladybug

Point Grey Ladybug

Point Grey Ladybug

6 2448 x 2048

6 2448 x 2048

Point Grey Ladybug / JAI 10 2448 x 2048 (6) and 2058 x 2456 (4)

Velodyne HDL-32 1 • • 700

Optech 1 • 130 800

Optech 2 • 130 800

Optech 1 2 250 600

DIMENSIONS & ENVIRONMENT

Weight [kg] Min. Operation temp. [°C] Max. Operation temp. [°C]

POSITIONING

GNSS receiver: Brand and model Number of antennas Tracked GNSS signals IMU: Brand and model

CAMERA SYSTEM

Brand and model Number of cameras CCD size

6 2448 x 2048

LIDAR SENSOR

Brand Number of laser scanners Min. Range [m] Max Range [m] Max. measurement rate [kHz]

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MOBILE MAPPERS Trimble

Topcon

Topcon

Vexcel Imaging

MX9

IP-S3 HD1

IP-S2 Compact+

UltraCam Mustang

37 0 40

18 0 45

35 -10 40

49 -10 40

Tallysman 2 • Trimble AP60

Topcon 1 • •

Topcon 1 • Multiple options available

• 1 GPS and Glonass Novatel SPAN-CPT

Flir 360° and Matrix Vision 4 •

•

Point Grey

Vexcel Imaging

6 8000 x 4000

6 2048 x 2448

9 2752 x 2200

RIEGL 2 1.2 • 2000

• 1 • 100 •

SICK 5 • 80 150

Velodyne HDL-32E 1 • 70 0.01

COMPANY

PRODUCT NAME

DIMENSIONS & ENVIRONMENT

Weight [kg] Min. Operation temp. [°C] Max. Operation temp. [°C]

POSITIONING

GNSS receiver: Brand and model Number of antennas Tracked GNSS signals IMU: Brand and model

CAMERA SYSTEM

Brand and model Number of cameras CCD size

LIDAR SENSOR

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Brand Number of laser scanners Min. Range [m] Max Range [m] Max. measurement rate [kHz]

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POWERED BY:

Topocad

TcpScancyr

Topocad is a CAD system for measurement engineering calculations, map editing and a variety of specialized functions. Topocad uses a format that is compatible with both coordinate data, CAD and GIS data. It has an integration between different types of data, such as vectors, raster, terrain models and point clouds.

This powerful application calculates tunnel cross sections for roads or railways, based on laser scanner data. Starting from the point cloud, cross sections are calculated, which can be modified by a powerful editor.

They can be displayed in 2D or 3D, showing the infra/over-excavation zones, and can also be exported to DXF, with multiple customization options.

TOPOCAD

POSPac MMS 8

Vercator Cloud

POSPac Mobile Mapping Suite, now with Trimble CenterPoint RTX, is Applanix' next generation, industry-leading software for Direct Georeferencing of mobile mapping sensors using GNSS and inertial technology.

Optimized for all environments and platforms (air, land, and marine) and compatible with a variety of mapping sensors, this smart software solution achieves both maximum accuracy and maximum efficiency for Direct Georeferencing.

Our new cloud-based registration service allows users to harness the power of the cloud to rapidly align laser scan data sets more accurately and cost-effectively. It also provides a platform on which we plan to add additional processing services. With a brand-new interface, user-friendly controls, and intuitive workflow, Vercator cloud makes laser scan alignment simple and reliable.

Vercator Desktop Registration Software

NaviModel

Vercator Desktop software allows surveyors to take full advantage of targetless scanning then register point cloud data quickly and accurately. Improve point cloud processing efficiency, speed up your workflow and achieve scan alignment accuracy.

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NaviModel is the EIVA NaviSuite product dedicated to 3D/4D modelling and visualisation of subsea and above-water sensor data in 2D, 3D and 4D (comparison over time). Features include point cloud stitching, generation of point clouds from XYZ or any other supported data, automatic cleaning, and the possibility of working with unlimited model sizes, just to mention a few.

Products4Geo Industry Guide Issue 2 - 2019

02-09-19 12:02

POINT CLOUD PROCESSING SOFTWARE VisionLiDAR 2019 and VisionLidar 365 VisionLidar is a complete desktop solution that gets indoor or outdoor point cloud data at your fingertips. Classify, analyse, vectorize and publish your data all in one desktop program that fits any industry. From BIM to Virtual Surveying or Mobile Mapping, VisionLidar is the most cost-effective tool that suits all your needs.

HYPACK OFFICE HYPACK provides all of the tools necessary to complete your hydrographic, side scan and magnetometer survey requirements.

With over 4,000 users around the world, HYPACK provides you with the tools necessary to meet almost any hydrographic survey requirement.

StreamPix 8 recording station.

StreamPix 8 records from multiple cameras.

- Capture with GPS data.

- Synchronize with DMI device, trigger based on truck speed.

- Capture directly to JPEG fi le format on multiple cameras.

- G Force resistant computer.

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Reconstructor Import, process and manage your Lidar data from terrestrial, handheld, mobile, airborne laser scanner and easily integrate UAV and 3D imaging data in a single platform.

HYPACK MAX HYPACK provides all of the tools necessary to complete your hydrographic, side scan and magnetometer survey requirements. It provides tools to design your survey, collect your data, apply corrections to soundings, remove outliers, plot field sheets, export data to CAD, compute volume quantities, generate contours, create side scan mosaics and create/modify electronic charts.

NUBIGON NUBIGON is a powerful reality capture software for advanced point cloud visualization and 3D modeling. It seamlessly visualizes full-resolution Lidar and photogrammetric point clouds in high quality. Equipped with versatile tools for pre-design and as-built modeling, NUBIGON helps users to make more out of point clouds in the AEC industries.

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POWERED BY:

Pointfuse

CAD & Point Cloud Software

Pointfuse bridges the gap between reality capture and digital construction. It automatically converts point cloud data from laser scanners or photogrammetry into intelligent as-built mesh models that can be classified and used throughout the BIM or Digital Construction environment.

User-friendly, Standalone CAD package, All-in-one, 360°, Compatibility, Combine all datatypes including pointclouds and webservices.

Qimera

Fledermaus

Qimera offers full sonar processing and point cloud cleaning for a wide variety of industry standard formats, and supports surface vessels, ROV, AUV, and ASV survey platforms. Qimera is easy, and will always remain so, with rich data extraction for a streamlined, "hands off" data import; guided workflows to reduce human error and training requirements; and intelligent processing state management that ensures the correct sequence of post-processing actions with a single click.

The ultimate in data fusion and communication - direct import for a wide variety of formats for extensive functionality and 3D and 4D visualization of gridded and ungridded data types, as well as ancillary information. Analysis tools allow for seafloor interpretation and characterization, object and surface change over time, object tracking, multibeam backscatter processing and mosaicking, cable and pipeline route planning.

RiSCAN PRO

RiPANO

With RiSCAN PRO 2.0 RIEGL's well established Operating & Processing Software for 3D Laser Scanners starts a new area. The 64-bit architecture, georeferencing support of GeoSysManager 2.0, as well as support for Ultra High Definition (UHD) displays offer new possibilities and speed up processing.

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RiPANO is a software for fast and easy visualization of terrestrial laser scan projects.

It allows CAD users to easily extract ortho views and plots for further use in CAD software. The software runs plugin-free in a browser or stand-alone on Windows or MacOS computer.

Products4Geo Industry Guide Issue 2 - 2019

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POINT CLOUD PROCESSING SOFTWARE Correlator3D

Road-SIT Survey

SimActive’s Correlator3D software is a patented end-to-end photogrammetry solution for the generation of high-quality geospatial data from satellite and aerial imagery, including UAVs. Correlator3D performs aerial triangulation (AT) and produces dense digital surface models (DSM), digital terrain models (DTM), orthomosaics, 3D models and vectorized 3D features.

Road-SIT Survey is designed and developped to work with georeferenced images and point clouds. The software is fully compatible with any mobile mapping Lidar and images dataset. It provides a wide range of specialized features to produce and edit CAD drawings and GIS maps in an efficient way by keeping under control the geographical context.

Technodigit 3DReshaper

Teledyne PDS

3DReshaper is the easy-to-use and versatile software solution dedicated to processing any type of point clouds in a wide array of applications. From point cloud to deliverables, from engineering to heritage, from surveying to manufacturing, 3DReshaper is the complete toolbox to meet your 3D modelling and inspection needs.

RealWorks Trimble RealWorks is specifically designed for point cloud processing and analysis. The software provides a complete solution to efficiently register, analyze, model and create deliverables using data from virtually any source.

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Teledyne PDS is of-the-shelf software and developed to solve the variety of challenges that arise from each specific task in the main business segments served by Teledyne Marine.

Clarity Trimble Clarity is a secure, cloud-based system which enables surveyors to share views of their projects with nonprofessionals. Trimble Clarity can have a significant positive impact on workflows.

The Trimble SX10 collects any combination of high-density 3D scan data, enhanced Trimble VISION imaging and high-accuracy total station data.

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POWERED BY:

COMPANY

PRODUCT NAME

Adtollo

APLITOP

APLITOP

Correvate

Topocad

TcpScancyr

TcpMDT Point Cloud

Vercator Cloud

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric, Radar Imports following files: - LAS - Esri Ascii Grid - Coordinate files - Generic import

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric It can process tunnel point cloud files from terrestrial scanners in the supported formats.

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric Formats: Generic: text (TXT, XYZ), ArcView (ASC) - Scanner Point Cloud: Leica (PTS,PTX), Faro (FLS), ASTM E57 (E57) - Lidar Point Cloud (LAS) TcpMDT: points (PUN), mesh (MLL,MDE), surfaces (SUP), vertical alignments (EJE,RAS)

Indoor TLS, Outdoor TLS

4 1

2 10

3 4

0 0

LAS, Esri Ascii Grid, Coordinate files, Gener

TXT,PTS, PTX,FZS,FLS,E57, LAS,LAZ,XCF

TXT,PTS, PTX,FLS,E57,LAS

fls, zfs, rdbx, PTX, e57, pts

TPC, TOP, DTM

DXF,PDF

TXT,DXF,SUP,MDE,LNS

e57, xyz, ply, pts, las, laz, rcs

Y N

N N

N N

• Y

Y Y

Y Y

Y N

Y N

Y Y N N No

N Y N N No

Y Y N N No

• • • • •

GENERAL

Source of Point Clouds

Supported Systems

Chrome, Firefox, Edge

HARDWARE/SOFTWARE REQUIREMENTS

RAM [GB] HD [GB] FILES AND REGISTERING

Input formats

Output formats

Geo-referencing Stitching multiple scans

VISUALISATION AND EDITING

Zoom, pan and rotate Fly-throughs AUTOMATICALLY GENERATED PRODUCTS

Regular Grid DEMs Cross sections Break lines Building roofs 3D City modelling

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POINT CLOUD PROCESSING SOFTWARE EIVA

Geo-Plus

Gexcel

HYPACK

NaviModel

VisionLiDAR 2019 and VisionLidar 365

Reconstructor

HYPACK OFFICE

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric Many systems supported. Drivers for unsupported Laser/Lidar and sonar products will be included for free on request.

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric, Radar ALS, MLS, TLS

Airborne Lidar, Indoor TLS, Outdoor TLS

Airborne Lidar

HERON, Faro, RIEGL, Zoller+Fröhlich, Stonex, Teledyne Optech, Topcon, Trimble, Isurestar, DotProduct, Siteco

•

8 5

8 100

32 4

4 200

Many, including XYZ, LAS and LAZ

txt, pts, ptx, E57, LAS, LAZ

Point clouds from Lidar, UAV, total station in open formats (txt, LAS, E57, ptx, pts, asc, ply) | Scans from 3D laser scanner manufacturers (.fls, .zfs, .rxp, .3dd, .x3s, .x3m, .clr, .cl3, .dp, .ixf, .nctri)

Many, including customer-defined outputs/exports Y Y

dwg, E57, PTS, LandXML

Point clouds txt, LAS, E57, ptx, pts, asc

HYPACK RAW and HSX files, 3rd party file from manufacturers including XTF, JSF, SDF, Cmax, 83p, D1p,ALL,MST, TDY. Also formats for DXF, DWG, LAS, XYZLAZ, Jpeg200, MrSid, TIF, S57, S63 XYZ, HS2, DXF, DWG, TIF, LAS

Y Y

Y Y

Y Y

Y Y

Y Y

Y Y

Y Y

Y Y Y N No

Y Y Y Y BIM

Y Y Y N •

Y Y Y N •

COMPANY

PRODUCT NAME

GENERAL

Source of Point Clouds

Supported Systems

HARDWARE/SOFTWARE REQUIREMENTS

RAM [GB] HD [GB] FILES AND REGISTERING

Input formats

Output formats

Geo-referencing Stitching multiple scans

VISUALISATION AND EDITING

Zoom, pan and rotate Fly-throughs AUTOMATICALLY GENERATED PRODUCTS

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Regular Grid DEMs Cross sections Break lines Building roofs 3D City modelling

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POWERED BY:

COMPANY

NUBIGON

Pointfuse

Pythagoras

QPS

PRODUCT NAME

NUBIGON

Pointfuse

Pythagoras CAD & Point Cloud Software

Qimera

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric, Radar •

Outdoor TLS, Airborne Lidar, Indoor TLS, Photogrammetric, Radar •

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric •

Airborne Lidar, Photogrammetric

4 1

12 500

16 •

8 500

Input formats

XYZ LAS TXT OBJ DXF PTS E57

LAS, PTS, XYZ, E57, DP, PFC

DWG, DXF, SHP, LANDXML, TXT, E57, LAS, LAZ, PTS, XML

Output formats

XYZ OBJ DXF TIFF JPG BMP

DAE, OBJ, FBX, SKP, DXF, IFC, STL

Y N

N N

DWG, DXF, SHP, LANDXML, TXT, E57, LAS, LAZ, PTS, XML Y Y

ASCII XYZ, LAS, LAZ, Atlas, CnC, FAU, GeoSwath SFF, Hydro 93 binary, Hysweep HS2, LADS Mark II, MBSystem Fast Bathymetry File, MPA/ CARIS ASCII, MapInfo MIF, NAVO GSF, ASCII Lidar, OMG Merge, PDS2000, PFM, QPS QPD, RAN HTF, SHOALS, SHOM, Swedish Binary DIS, XSE Data exchange CnC, Hydro 93, Swedish Binary DIS, MPA/ CARIS ASCII Y •

Y Y

• •

Y N

Y •

N Y N N •

N Y Y N •

Y Y Y N •

Y • • • •

GENERAL

Source of Point Clouds

Supported Systems

Such as: Teledyne Optech SHOALS, C&C, ASCII, LAS/LAZ

HARDWARE/SOFTWARE REQUIREMENTS

RAM [GB] HD [GB] FILES AND REGISTERING

Geo-referencing Stitching multiple scans VISUALISATION AND EDITING

Zoom, pan and rotate Fly-throughs AUTOMATICALLY GENERATED PRODUCTS

Regular Grid DEMs Cross sections Break lines Building roofs 3D City modelling

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POINT CLOUD PROCESSING SOFTWARE RIEGL

RIEGL

SimActive

Siteco Informatica

RiSCAN PRO

RiPANO

Correlator3D

Road-SIT Survey

Outdoor TLS, Indoor TLS

Indoor TLS, Outdoor TLS

Photogrammetric

RIEGL Laser Scanner

RIEGL VZ-i Series TLS Scanners

Aerial (medium, large format, scanned films, pushbroom) UAV (any non-metric camera) Satellite (through RPCs)

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric, Radar FARO, ZF, Teledyne Optech, Topcon, RIEGL, Velodyne, Ladybug

1.024 100

• •

8 512

8 1.5

ASCII,LAS,jpg,tif,bmp, rxp,rdd,3dd,vtp

•

.tif, .jpg, .bmp

SQL, MDB, txt, pts,bmp, E57, LAS, LAZ, FLS, Octree

Input formats

ASCII,dfx,ptc,LAS, WRL,pts,ptx,dm,pod

pdf, html, dxf

.asc, geotiff, .las

Output formats

• Y

• •

Y Y

SQL, MDB, txt, pts,bmp, E57, LAS, LAZ, FLS, Octree Y Y

Y Y

Y Y

Y Y

Y Y

N Y Y N 0

• • • • •

Y N N Y No

Y Y N Y No

COMPANY

PRODUCT NAME

GENERAL

Source of Point Clouds

Supported Systems

HARDWARE/SOFTWARE REQUIREMENTS

RAM [GB] HD [GB] FILES AND REGISTERING

Geo-referencing Stitching multiple scans VISUALISATION AND EDITING

Zoom, pan and rotate Fly-throughs AUTOMATICALLY GENERATED PRODUCTS

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Regular Grid DEMs Cross sections Break lines Building roofs 3D City modelling

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POWERED BY:

COMPANY

Technodigit

Teledyne CARIS

Teledyne Marine

Trimble

PRODUCT NAME

3DReshaper

CARIS BASE Editor

Teledyne PDS

RealWorks

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric, Radar Any system providing point clouds.

Airborne Lidar, Indoor TLS, Outdoor TLS

Airborne Lidar, Indoor TLS, Outdoor TLS

Kongsberg, Reson, R2Sonic, Optech, LADS, AHAB, RIEGL, Renishaw, Leica

Multibeam, Singlebeam, Laserscanner, Motion, Heading, Position, Heave, Tide, SV, SVP, Depth

Airborne Lidar, Indoor TLS, Outdoor TLS, Photogrammetric Virtually any point cloud source.

8 1

4 1

4 500

8 256

Input formats

ASC, PTS, SDB, DXF, DWG, ZFS, E57, LAS, FLS, STL, OBJ

PDS, XYZ, XTF, S7k, All, RDF, SON, JSF, MST

ASCII, LAS, e57, fls, zfs, rsp, ptx, pts, dp, fbx

Output formats

STL, OBJ, VRML, DXF, IGES, STEP Y Y

ASCII, C&C, CRS, GSF, HOB, HTF, HYD93, LAS/LAZ, Raster,etc ASCII, DXF, GML, Shape, CSAR, BAG, ESRI ASCII Grid,etc.

Y Y

PDS, XLS, All, CSV, ASCII, XTF, S7k, SDS, GSF Y N

ASCII, dfx, dwg, pod, pts, fbx, dgn, e57, LAS, LAZ Y Y

Y Y

Y Y

• •

Y Y

Y Y Y N No

Y Y Y N N

Y Y Y N No

Y Y Y N •

GENERAL

Source of Point Clouds

Supported Systems

HARDWARE/SOFTWARE REQUIREMENTS

RAM [GB] HD [GB]

FILES AND REGISTERING

Geo-referencing Stitching multiple scans

VISUALISATION AND EDITING

Zoom, pan and rotate Fly-throughs

AUTOMATICALLY GENERATED PRODUCTS

Regular Grid DEMs Cross sections Break lines Building roofs 3D City modelling

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PHOTOGRAMMETRIC IMAGERY PROCESSING SOFTWARE APLITOP

Carlson Software

Datumate

Geodelta

Company

TcpStereo

Carlson PhotoCapture

DatuSurvey

EyeBase

produCt name

N Intel Dual Core

N •

N •

Y Intel core i7 processor 2.80 GHz

TIFF DWG

JPG ENH, NEH, DXF, PLY, LAS, PDF, CSV, GTIFF, OBJ

TIFF, JPG SHP

Y N N Y N

• Orthomosaics in GeoTIFF, jpg, png output format; DEM in GEOTIFF, jpg, png output formats; 3D point cloud in .las, .xyz, and .ply; 3D mesh in .ply, .obj, and .glb formats; Contours in .dxf, GeotTIFF formats; Accuracy Report in PDF format; In-Browser Volume Calculations Y Y • • •

N Y N Y N

Y Y N Y N

N N

• •

Y N

• •

N N N N

Y • • •

N N N N

• • • •

reQuIred Computer SyStem

System includes hardware CPU (min.)

ImaGeS and data

Input image formats Export data formats

Digital Aerial Nadir Frames Oblique Images Optical Satellite Images UAS Images Radar Images

orIentatIon and trIanGuLatIon

Automatic interior Automated blunder detection

demS & ortHoImaGeS

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Mosaicing of orthoimages Dense DSM creating capability DSM to DTM filtering Automatic seam line creation

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Powered by:

Company

nFrames GmbH

nFrames GmbH

Racurs

Racurs

Product name

SURE Software

SURE Pro

DPW PHOTOMOD

PHOTOMOD UAS

N 64 Bit processor

N 64 Bit processor

N Intel Core i7 (4 cores)

N •

TIF (8 & 16 Bit, up to four channels, also tiled and pyramids), PNG (8 & 16 Bit), JPG (8 Bit) True-Orthos: TIF, GeoTIF (multichannel, 8-16bit) point clouds/DSM: LAS, LAZ, PLY, TXT - Meshes: OBJ, Cesium, Collada Y Y N Y N

TIF (8 & 16 Bit, up to four channels, also tiled and pyramids), PNG (8 & 16 Bit), JPG (8 Bit) True-Orthos: TIF, GeoTIF (multichannel, 8-16bit) point clouds/DSM: LAS, LAZ, PLY, TXT - Meshes: OBJ, Cesium, Collada Y Y N Y N

TIFF; BMP; RSW; SIT; IMG; NITF; JPEG; GIF; PNG; PIX; JPEG2000; satellite scanner images; ADS 40/80; A3 SLF many popular

•

Y Y Y Y Y

• • • Y •

N N

N N

Y Y

Y Y

Y Y N Y

Y Y N Y

Y Y Y Y

Y Y Y Y

REQUIRED COMPUTER SYSTEM

System includes hardware CPU (min.)

IMAGES AND DATA

Input image formats

Export data formats

Digital Aerial Nadir Frames Oblique Images Optical Satellite Images UAS Images Radar Images

•

ORIENTATION AND TRIANGULATION

Automatic interior Automated blunder detection

DEMS & ORTHOIMAGES

Mosaicing of orthoimages Dense DSM creating capability DSM to DTM filtering Automatic seam line creation

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PHOTOGRAMMETRIC IMAGERY PROCESSING SOFTWARE SimActive

SOUTH

Trimble

Vexcel Imaging

Correlator3D

SkyPhoto

UASMaster

UltraMap

N Intel Core2 Duo processor or higher

N 64-bit Intel multi-core processor, i5 series

N Quadcore

N •

.tif, .jpg, .bmp

.tif/.dxf/.dat/.xyz/.las/. obj/.wrl and many more

TIFF, JPEG

Raw UltraCam imagery

Input image formats

.asc, geotiff, .las

.tif/.dxf/.dat/.xyz/.las/. obj/.wrl and many more

TIFF, JPEG, others

Radiometrically aligned images (PAN, RGBI, RGB, CIR), TIFF/JPEG

Export data formats

• • • • •

• • • Y •

Y Y N Y N

Y Y N N N

Y Y

• •

Y Y

N Y

Y Y Y Y

Y Y Y •

Y Y Y Y

Y Y Y Y

Company

produCt name reQuIred Computer SyStem

System includes hardware CPU (min.)

ImaGeS and data

Digital Aerial Nadir Frames Oblique Images Optical Satellite Images UAS Images Radar Images

orIentatIon and trIanGuLatIon

Automatic interior Automated blunder detection

demS & ortHoImaGeS

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Mosaicing of orthoimages Dense DSM creating capability DSM to DTM filtering Automatic seam line creation

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POWERED BY:

TcpStereo

POSPac MMS 8

This application allows stereoplotting in CAD platform using aerial photographs with previously defined orientations. It is especially useful for photogrammetric surveys with drones and can be used by public administration and companies specialized in mining, earthworks, hydrology, environment, urban planning and many more. It's compatible with any graphics card and anaglyph glasses, active glasses used in video games such as NVidia 3D Vision or professional systems based on dual screens.

POSPac Mobile Mapping Suite, now with Trimble CenterPoint RTX, is Applanix' next generation, industry-leading software for Direct Georeferencing of mobile mapping sensors using GNSS and inertial technology.

Optimized for all environments and platforms (air, land, and marine) and compatible with a variety of mapping sensors, this smart software solution achieves both maximum accuracy and maximum efficiency for Direct Georeferencing.

Carlson PhotoCapture

DatuSurvey

With Carlson PhotoCapture processing, you can use flyover data to: • Quickly generate interactive 3D maps of sites • Capture highly accurate 3D site data from any camera • Share site maps with customers anywhere, anytime!

DatuSurvey (formerly DatuGram3D) turns drone and camera based images to accurate, georeferenced 2D maps and 3D models, saving the need for expensive and risky field work and expediting deliveries.

EyeBase

SURE Software

EyeBase is fully optimised for mapping and updating large scale base maps. Easy to integrate with the existing geoinformation infrastructure in your organisation. With EyeBase, stereographic mapping from aerial images is available for everyone. Thanks to the user-friendly interface and simple operation, photogrammetry is no longer reserved for specialists. And with EyeBase, no special hardware, except for the stereo display, is needed to start mapping.

SURE Software transforms imagery from classic aerial cameras, multi-head oblique systems, drone cameras as well as most consumer-grade terrestrial cameras into 2.5D or 3D data, such as point clouds, photorealistic textured meshes and true orthophotos in a streamlined full automatic integrated process with image processing techniques (tSGM). Process simple areas up to entire cities and states.

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PHOTOGRAMMETRIC IMAGERY PROCESSING SOFTWARE DPW PHOTOMOD PHOTOMOD provides a closed production cycle, and involves the generation of many kinds of value-added products: digital maps, DEM, orthomosaics, 3D-vectors without the use of third party solutions. The PHOTOMOD software complex is used in all areas where metric information about the Earth with maximal precision is required.

PHOTOMOD UAS PHOTOMOD UAS is a stand-alone full photogrammetric UAS-oriented software that allows the user to process UAS data and acquire all types of value added photogrammetric products: DEM, 2D and 3D vectors, orthomosaics.

Correlator3D

SkyPhoto

SimActive’s Correlator3D software is a patented end-to-end photogrammetry solution for the generation of high-quality geospatial data from satellite and aerial imagery, including UAVs. Correlator3D performs aerial triangulation (AT) and produces dense digital surface models (DSM), digital terrain models (DTM), orthomosaics, 3D models and vectorized 3D features.

SkyPhoto is a professional package solution designed for transforming low-altitude aerial images into consistent and accurate points cloud, DEM (Digitized Elevation Modelling), DOM (Digitized Orthophoto Modelling) mosaics, etc. The software features sharply in not only one-key processing for workflow automation but also advanced settings and editable output options, specifically engineered to meet the demand of both specialists and beginners.

UASMaster

UltraMap

Generate imaging point clouds as a cost-effective alternative to laser scans, benefit from detailed images to acquire GIS data and transfer most of your survey work to the convenience of your office. Trimble UASMaster combines ease of use with the full power of a photogrammetric workstation.

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Highly-automated, powerful and intuitive: The UltraMap photogrammetric software suite turns raw UltraCam data into high-value information delivering unrivaled point clouds, DSMs, ortho imagery and 3D textured TINs.

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POWERED BY:

POSPac MMS 8

SurvCE/SurvPC Data Collection Software

POSPac Mobile Mapping Suite, now with Trimble CenterPoint RTX, is Applanix' next generation, industry-leading software for Direct Georeferencing of mobile mapping sensors using GNSS and inertial technology.

Optimized for all environments and platforms (air, land, and marine) and compatible with a variety of mapping sensors, this smart software solution achieves both maximum accuracy and maximum efficiency for Direct Georeferencing.

Work with almost anything with SurvCE/ SurvPC, data collection software built by surveyors for surveyors and industry professionals. With SurvCE (for Windows Mobile) and SurvPC (for Windows) you are using the most flexible software on the market.

Almost every surveying instrument from the following manufacturers is supported: Altus, Ashtech, Carlson, Geomax, Leica, Pentax, Sokkia, Spectra Precision, Stonex, Topcon and more.

Geomatics Office Software (CGO) 2.0

Vercator Mobile

CHC Geomatics Office Software (CGO) 2.0 is a powerful office software, designed for engineers as an integrated platform to make a link between field and office workflow from multiple sensors and generating rich deliverables.

If you’ve ever needed to track scan positions on site, you’ll know how frustrating it is to try and map those locations with a pen and paper. Well, from now on you don’t have to! You can easily record your scanning and target locations as you move through a scene with the new Vercator mobile app. Search Vercator on your app store.

UNI-Cloud

STAR*NET

Want to sip your coffee while you see the work coming in at the office? With user management, device control, profiles and logs you are in full control of the work in the field since the work done by your team is automatically synced to the UNI-Cloud.

Enabling you to download their work seconds after it’s done, send them points for stake-outs or amend the UNI’s settings according to the demands of the project.

Recognized worldwide as the best least squares adjustment software on the market, STAR*NET sets the standard as the easiest, most widely used and respected Least Squares software with the most understandable results. Let STAR*NET help you improve both the precision of your work and your confidence.

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SURVEY SOFTWARE FieldGenius for Android

Cube-a

New technology opens opportunities to develop better tools for the survey industry.

FieldGenius for Android extends MicroSurveyâ&#x20AC;&#x2122;s mission to provide a brand-neutral solution, supporting most common hardware available in the market today. Our map-driven data collection software is easy to use and intuitive, reducing training time.

Cube-a is the Stonex surveying and mapping software designed and developed for the Android platform. Thanks to the flexibility of the Android environment, we have been able to create a simple and intuitive user interface that makes surveyors ready for any work, saving time and increasing productivity.

Nuwa APP

GeoCaster

Nuwa is a survey application software based on Android OS (Operating System), designed by and all rights reserved to Tersus GNSS Inc. Nuwa is simple, easy to use and has a user-friendly user interface. It is designed to work with David GNSS receiver and Oscar GNSS receiver.

The Tersus GeoCaster is a Networked Transport of RTCM via Internet Protocol (NTRIP) Caster software, which allows GNSS correction data such as RTCM corrections to be repeated and sent to different end users via internet.

Access

Business Center

The Trimble Access software suite offers surveyors and geospatial professionals a range of specialized field applications designed to make fieldwork easier. With an easy-to-use interface, optimized workflows, and real-time data synchronization, the Trimble Access software suite enables you to accomplish more every day. Improve your competitive edge by selecting the applications that best suit the work that you do.

Trimble Business Center (TBC) is an office survey and construction CAD software that integrates data from multiple sensors Trimble or third-party - across field data, adjustment and COGO, CAD and drafting, surface and volume, road and tunnel corridors, data prep, mass haul and takeoff, point cloud and scanning, mobile mapping, machine and grade control systems, GIS, aerial photogrammetry, and utility applications.

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POWERED BY:

COMPANY

PRODUCT NAME

Carlson Software

CHC Navigation

MicroSurvey Software

MicroSurvey Software

SurvCE/SurvPC Data Collection Software

Geomatics Office Software (CGO) 2.0

STAR*NET

FieldGenius for Android

Y N

Y N

Y N

Y Y

N Y

N N

N N

Y N

Y

N

N

N

N Y Y

N N N

N N N

N N N

Y Y •

Y Y RINEX, .HCN, .NOV, .BD9, .txt

N N Supports GNSS Vector import from all major manufacturers and software providers.

Y Y CSV

Y

•

Y

Y

Y Y Y

• • •

Y N N

Y Y Y

INTEGRATED ENVIRONMENT FOR

GNSS data GNSS + dead reckoning data (Mobile Mapping) Point cloud data Compute grid DTM

CAD FUNCTIONS

CAD functions for Internal measured building surveys CAD functions for open drainage modelling CAD functions for Rail applications CAD functions for Road applications

GNSS DATA AND PROCESSING

GNSS static / RTK data collection GNSS setting out Input data formats supported

TOTAL STATION (TS) DATA PROCESSING

Output data for least squares adjustment with data from other sources Traverse computation Compute 3D radial observations TS setting out

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SURVEY SOFTWARE Tersus GNSS

Trimble

Trimble

Nuwa APP

Access

Business Center

Y N

Y N

Y Y

N Y

Y •

Y Y

N

Y

Y

N N N

Y • Y

Y Y Y

Y Y CSV DAT

Y Y .CSV, .TXT, .DXF, .IFC, .DTM, .JXL, .JOB, .DC

Y Y DAT, T01, T02, T04, RNX, OPUS

N

Y

Y

N N N

Y Y Y

Y Y Y

COMPANY

PRODUCT NAME

INTEGRATED ENVIRONMENT FOR

GNSS data GNSS + dead reckoning data (Mobile Mapping) Point cloud data Compute grid DTM

CAD FUNCTIONS

CAD functions for Internal measured building surveys CAD functions for open drainage modelling CAD functions for Rail applications CAD functions for Road applications

GNSS DATA AND PROCESSING

GNSS static / RTK data collection GNSS setting out Input data formats supported

TOTAL STATION (TS) DATA PROCESSING

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Output data for least squares adjustment with data from other sources Traverse computation Compute 3D radial observations TS setting out

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POWERED BY:

SR3

Pro2 Scanner

The Maptek SR3 laser scanner is a new short range laser scanner designed for underground survey and mapping applications. It combines fast accurate sensing, dedicated mount accessories and powerful modelling software for improving overall productivity and safety underground.

Polyscanner

The Matterport Pro2 Camera allows you to create immersive walkthroughs of existing conditions that can be annotated, edited, shared across key stakeholders as well as used to create CAD or BIM deliverables.

VZ-400i

The POLYSCANNER is a flexible, highly integrated Aerial HD mapping system which includes Lidar, HD Camera, and GNSS/INS sensors.

VZ-2000i

X300 Based on a future-oriented, innovative processing architecture, internet connectivity, and RIEGLâ&#x20AC;&#x2122;s latest waveform processing Lidar technology, the RIEGL VZ-2000i Long Range 3D Laser Scanning System combines proven user friendliness in the field with fast and highly accurate data acquisition.

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The RIEGL VZ-400i is a cutting-edge 3D Laser Scanning System offering high speed data acquisition with up to 500,000 measurements/sec., range up to 800 m, and 5 mm accuracy. The system enables simultaneous acquisition of scan data and image data as well as simultaneous geo-referencing in real time.

Stonex X300 is a 3D Laser Scanner designed to deliver effective results every day, on any project. X300 has a dedicated line of accessories to work better. You can control it with your smartphone or tablet.

The fully sealed case allows to work where others fail, regardless of dust, humidity, heat or bumps.

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TERRESTRIAL LASER SCANNERS Polaris

GLS-2000

The Optech Polaris TLS delivers accurate, precise data faster than ever before, bridging the gap between small, lightweight, short-range sensors and large, long-range, pulsed time-of-flight scanners.

Built with surveyors in mind, the Polaris TLS has a user-friendly on-board operator interface with menudriven operations, plus all the built-in features needed for quickly collecting and referencing data.

The user-selectable dual laser GLS-2000 can be utilised on any job site, switching between Class 3R and Class 1 laser according to circumstances. Scanning over 350m, the GLS-2000’s stand-alone capability and rugged design provide technology that stands up to extreme sites.

TX8

TX6

The Trimble TX8 laser scanner sets new standards for performance and ease of use in high-speed collection of 3D data. Using a state-of-the-art blend of speed, long range and precision, the Trimble TX8 delivers high quality results in industrial measurement, civil survey, engineering, construction, forensics and other applications that require high levels of accuracy and flexibility.

The Trimble TX6 laser scanner is a cost effective solution for high speed collection of 3D data. It sets new standards for performance and ease of use. With its state-of-the-art blend of speed, range and precision, the Trimble TX6 delivers high quality results in building MEP, BIM, engineering, construction and other applications that require high levels of accuracy and flexibility.

Z+F IMAGER 5016

Z+F IMAGER 5010X

The Z+F IMAGER 5016 is equipped with an integrated HDR camera, internal lighting as well as an indoor/outdoor positioning system for automatic, targetless registration - already proven from Z+F IMAGER 5010X and Z+F IMAGER 5010C. It combines compact and lightweight design with state-of-the-art laser scanning technology - allowing the user to reach new levels.

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The Z+F IMAGER 5010X comes with a unique navigation system. It will estimate the scanner position and orientation in order to support the registration algorithms in automatically finding the correct solution.

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POWERED BY:

COMPANY

PRODUCT NAME

Maptek

Maptek

Neptec Technologies

RIEGL

SR3

XR3

OPAL Performance Series 3D Lidar Scanner

VZ-400i

•

•

12.7

9.7

pulse 1 1 600 3 •

pulse 1 • 2400 4 •

pulse CLASS 1 Eye-Safe 1 4000 5 0.6

pulse 1 0.5 800 5 0.35

130 360 rotating mirror

100 360 rotating mirror

120 120 dual spinning prisms

200

200

300

100 360 rotating polygon mirror, rotating head 1200

• • • 65

• • • 65

-40 65 90 Designed to 67

-20 40 80 64

GENERAL

Total weight [kg]

LASER RANGER

Range measurement principle Laser safety classification Min. Range [m] Max. Range [m] Range uncertainty (constant part) [mm] Beam divergence [mrad]

SCANNING CHARACTERISTICS

Max. vertical field of view [deg] Max. horizontal field of view [deg] Beam deflection mechanism Max. measurement rate [kHz]

OPERATION CHARACTERISTICS

Operating temperature: min. [°C] Operating temperature: max. [°C] Humidity range [%] IP Rating

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TERRESTRIAL LASER SCANNERS RIEGL

Stonex

Teledyne Optech

Topcon

VZ-2000i

X300

Polaris

GLS-2000

9.8

7

11.2

10

pulse 1 1 2500 3 0.27

pulse Class 1 eye safe 2.5 300 3 0.5

pulse 1 1.5 2000 5 0.35

phrase and pulse Selectable 1M or 3R 1 350 3.5 •

100 360 rotating polygon mirror, rotating head 1200

90 360 vert. rotating mirror, horiz. rotating base 40

120 360 oscilatting mirror 500

270 360 vertical rotating mirror, horizontal rotating base 120

-20 40 80 64

10 50 • •

-10 50 95 64

-5 45 • •

COMPANY

PRODUCT NAME

GENERAL

Total weight [kg]

LASER RANGER

Range measurement principle Laser safety classification Min. Range [m] Max. Range [m] Range uncertainty (constant part) [mm] Beam divergence [mrad]

SCANNING CHARACTERISTICS

Max. vertical field of view [deg] Max. horizontal field of view [deg] Beam deflection mechanism Max. measurement rate [kHz]

OPERATION CHARACTERISTICS

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Operating temperature: min. [°C] Operating temperature: max. [°C] Humidity range [%] IP Rating

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POWERED BY:

COMPANY

PRODUCT NAME

Trimble

Trimble

Zoller + Fröhlich

Zoller + Fröhlich

TX8

TX6

Z+F IMAGER 5016

Z+F IMAGER 5010X

11

11

6.5

9.8

pulse 1 0.6 340 2 •

pulse 1 0.6 120 2 •

phase laser class 1 0.3 365 1 0.3

phase Laser class 1 0.3 187.3 1 0.3

317 360 Rotating mirror 1000

317 360 Rotating mirror 500

320 360 Rotating mirror 1100

320 360 Rotating mirror 1016

0 40 Non-condensing 54

0 40 Non-condensing 54

-10 45 • 54

-10 45 Non-condensing 53

GENERAL

Total weight [kg]

LASER RANGER

Range measurement principle Laser safety classification Min. Range [m] Max. Range [m] Range uncertainty (constant part) [mm] Beam divergence [mrad]

SCANNING CHARACTERISTICS

Max. vertical field of view [deg] Max. horizontal field of view [deg] Beam deflection mechanism Max. measurement rate [kHz]

OPERATION CHARACTERISTICS

Operating temperature: min. [°C] Operating temperature: max. [°C] Humidity range [%] IP Rating

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POWERED BY:

UAS LIDAR SYSTEMS POLYSCANNER The POLYSCANNER is a flexible, highly integrated Aerial HD mapping system which includes Lidar, HD camera, and GNSS/INS sensors.

VQ-480II

VUX-240 The RIEGL VUX-240 is a lightweight airborne laser scanner, especially designed for use on UAS/UAV/RPAS and small manned aeroplanes or helicopters. With its wide field of view of 75 degrees and an extremely fast data acquisition rate of up to 1.8 MHz, the instrument is perfectly suited for high point density corridor mapping applications.

LiDAR SZT-R250 With its sophisticated design and the low weight, the RIEGL VQ-480 II Airborne Laser Scanner is ideally suited for the use in manned but also in unmanned aircrafts and provides best performance for applications like corridor mapping, city modelling, or agriculture & forestry.

Surveyor Ultra Lidar for UAV Surveyor Ultra is suited for high speed UAVs & long-range needs with its high-density specs. Its light weight makes it also easy to mount on any drone, including VTOLs. As all YellowScan Lidar Systems, the Surveyor Ultra is fitted for under vegetation 3D modelling, and fast data processing.

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Absolute accuracy down to 5 cm. It weighs 2.1kg and has a working range up to 250m.

The SZT-R250 is a multi-platform (UAV/ SUV/ATV) applications.

CL-90 Teledyne Optech is poised to make an impact in the UAV marketplace with its initial offering of UAV Lidar sensors. Infused with innovation synonymous with the Teledyne Optech brand, users will benefit from sought after airborne lidar features now available for drone integration. This initial release marks the beginning of a dynamic journey into the UAV industry for Teledyne Optech with an upcoming suite of products to address every type of UAV Lidar need with proven technology and quality data.

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POWERED BY:

COMPANY

PRODUCT NAME

HYPACK

RIEGL

RIEGL

SOUTH

NEXUS 800 Lidar System

VUX-240

VQ-480II

Lidar SZT-R250

50 120 8.16 10.67 No

18.5 29.2 16.4 3.8 IP64

25.2 37.8 19.3 11 IP64

11.1 29.7 8.5 2.1 •

Class 1 Eye-safe • 100

1 5 1400

3R 20 2500

Laser class 1 • •

Mechanical 30 300000 • • 30

rotating polygon mirror 20 1500000 150000 1800000 75

rotating polygon mirror 20 1250000 150000 2000000 75

• • 50 • • 360

mapping, surveying

corridor mapping: power line, railway track and pipeline inspection; topography in open cast mining surveying of urban environments; archaeology and cultural heritage documentation; agriculture & forestry

agriculture & forestry, city modelling, corridor mapping

•

PHYSICAL PROPERTIES

Height [cm] Length [cm] Width [cm] Weight [kg] Water and dust proof

LASER PULSE CHARACTERISTICS

Laser Class Min. range of laser pulse [m] Max. range of laser pulse [m]

MEASUREMENT CHARACTERISTICS

Scanning method Range accuracy [mm] Scanning Speed [measurements p second] Min. pulse frequency [Hz] Max. pulse frequency [Hz] Max. field of view [degrees]

APPLICATION

Main applications

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UAS LIDAR SYSTEMS YellowScan

YellowScan

YellowScan

Surveyor Ultra Lidar for UAV

Mapper 2 - Lidar for UAV

Vx-20 - Lidar for UAV

• • • 1.7 •

18 16 21 2.1 NO

15 33 12 3 NO

1 • •

1 • 150

1 • 250

• 100 • • • 360

• 15 • • 18500 100

• 5 • • 100000 360

•

•

•

COMPANY

PRODUCT NAME

PHYSICAL PROPERTIES

Height [cm] Length [cm] Width [cm] Weight [kg] Water and dust proof

LASER PULSE CHARACTERISTICS

Laser Class Min. range of laser pulse [m] Max. range of laser pulse [m]

MEASUREMENT CHARACTERISTICS

Scanning method Range accuracy [mm] Scanning Speed [measurements p second] Min. pulse frequency [Hz] Max. pulse frequency [Hz] Max. field of view [degrees]

APPLICATION

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Main applications

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POWERED BY:

AisaKESTREL Hyperspectral UAV Payload The AisaKESTREL 10 is especially designed for UAVs, but makes no compromises in data quality compared to heavier sensors which are traditionally used on manned aircrafts. With its 5kg, the AisaKESTREL 10 fits perfectly on the Scout B1-100 UAV helicopter which can carry a maximum of 18kg.

MAIA Multispectral Camera SAL Engineering presents MAIA WV, MAIA S2 and MAIA M2 with ILS, the Incident Light Sensor. Discover our solutions for precision agriculture and environmental monitoring.

Parrot Sequoia Sequoia is the smallest, lightest multispectral sensor ever released. It captures images across four defined, visible and non-visible spectral bands, plus RGB imagery, in just one flight.

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OCI UAV Airborne Hyperspectral Cameras The OCI-UAV hyperspectral cameras are designed specifically for use on unmanned aerial vehicles/systems (UAV/UAS), or remotely operated vehicles (ROV).

Phase One Industrial 4-Band Multi-Spectral Solution A fully automatic solution developed for capturing and processing 4-Band imagery, using two high-resolution (RGB & NIR), Phase One aerial cameras, specifically designed for the photogrammetric airborne market. Offering 4-Band multi-spectral solutions for markets such as agriculture, forestry and environmental monitoring by generating distortion-free images and performing fine co-registration of pixels from the NIR to the RGB images.

CS-MS1920 The CS-MS1920 is based on a patented 3-CCD camera design with color-separating optics, which work together with largeformat progressive-scan CCD sensors to maximize image resolution, dynamic range, and field of view.

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Thermal, Multi- and ­Hyperspectral Cameras Aeroscout

Phase One Industrial

senseFly

Teledyne Optech

AisaKESTREL Hyperspectral UAV Payload

Phase One Industrial 4-Band Multi-Spectral Solution

Parrot Sequoia

CS-MS1920

Multispectral imaging, Hyperspectral imaging

Multispectral imaging

Multispectral imaging

•

0.5 0.35 0.3 15 OXTS xNav500

0.29 0.225 0.109 4.6 Supports any NMEA system. Supports several leading systems in event mode

0.29 0.225 0.109 4.6 Onboard GPS, IMU and magnetometer

• 0.4826 0.045 9.3 •

Company

Product name

GENERAL

Type

CAMERA CONTROLLER

Length [m] Width [m] Height [m] Weight [kg] Type of GNSS/INS positioning system

MULTI- & HYPERSPECTRAL SENSOR CHARACTERISTICS

92 400 1000 2048px

4 410 830 Up to 11608 x 8708MP

4 550 790 16 megapixel

5 460 810 1920 x 1080

Scout B-330 UAV Helicopter Scout B1-100 UAV Helicopter

Helicopter, Fixed wing. Lightweight and compact: easy to install in small aerial platforms 0 30000 -10 40

Helicopter, Fixed wing. Lightweight and compact: easy to install in small aerial platforms 0 30000 -10 40

•

Number of spectral channels Most narrow wavelength captured [nm] Most wide wavelength captured [nm] Image resolution

OPERATION CHARACTERISTICS

30 200 5 40

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• • -40 60

Platforms (e.g. Helicopter, fixed wing)

Min. flying height [m] Max. flying height [m] Operating temperature: min. [°C] Operating temperature: max. [°C]

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sponsored article

Marine Protected Areas ­Benefit from Surveys

by Amphibious Drones The use of UAVs (unmanned aerial vehicles) in ecology and conservation is building momentum, with many research groups around the world exploring this novel way to collect images of animals for analysis. Most of this work is being carried out on land, but a few intrepid scientists are starting to venture out over the water, and my team from the Zoological Society of London are no exception. There is also a growing need for effective vessel surveillance out at sea. This article will showcase our latest expedition to the beautiful Turneffe Atoll in Belize and the UAV that makes all our pioneering science possible; an amphibious Aeromapper Talon built by Canadian company Aeromao. The Turneffe marine protected area (MPA) in Belize was delineated in 2012, but is difficult to manage, in part due to illegal fishing, its remoteness, and high running costs.

Aeromao Amphibious Talon Commissioned We began working with Aeromao in early 2018, when we commissioned a waterlanding and waterproof fixed-wing, long

range, multi camera UAV, which could be used to monitor and survey marine megafauna (such as turtles, dolphins and sharks), but could also be an effective tool in gathering evidence of illegal, unreported and unregulated fishing (IUU). The reason we had to commission this unit, is because, quite simply, nothing else on the market was suitable; quadcopters have limited endurance and are not suitable for traversing the sea and small islands for great distances, and some of the delta wings and similar units were unfixable in situ (a seriously important consideration when you’re a remotely based field scientist). Also, nothing on the market had two cameras nor was waterproofed.

In February 2019, we embarked on our second expedition using the Aeromao Amphibious Talon; the first was made in June-July 2018 in the British Indian Ocean Territories. Our team and Julian Villada from Aeromao embarked on a journey which took us to the Caribbean’s barrier reef (the biggest in the western hemisphere). Working with the Turneffe Atoll Sustainability Association’s

Members of the expedition team celebrate after completion of another successful flight exploring an area located 10.5km away from the launch location.

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Conservation officers, we were based on a stunning beach within the headquarters of the organisation. ” The amphibious drone was able to fly to the site of interest at 110m altitude, gather intelligence and fly back very quickly. The images highlighted that indeed illegal building work had been occurring. Without the UAV the conservation officers would have no way of knowing this and they were very excited at this revelation”, states one of the conservation officers.

Water-landing UAV was the Solution The current enforcement strategy involves patrols in small boats, around the atoll, to find illegal fishers. Systematic surveys of megafauna are not regularly carried out, so the conservation officers tend to document animals they come across on their patrols in a specially designed database. However, boat fuel is very costly, and this limits the area the conservation officers can patrol. They were looking for a low-cost, robust technological answer to their management issues and the

Skiffs were used not only for retrieval of the UAV after landing on the ocean, but also as a moving base in order to cover greater areas.

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sponsored article

Launching the drone from the boat and retrieving anywhere from the water proved to be a giant leap in versatility and convenience.

water-landing UAV was the solution.

The Talon UAV is designed for easy deployment, easy flying Beyond Visual Line of Sight (BVLOS) and easy retrieval. It was decided that the conservation team in Belize would learn to fly the UAV and fly their own patrol transects, to see how effective it could be.

The first flights we conducted were around the HQ bay area and then further out into the ocean and along the mangrove forests.

The drone was deployed effortlessly by hand into the wind from the beach and flew gracefully through the air. The UAV can fly for up to one and half hours at a speed of 62kph, meaning that it can cover a huge distance and potential surveillance area quickly.

The UAV was also repeatedly tested in BVLOS scenarios. In fact, 24 BVLOS flights were successfully flown during the trials, at an average length of 10.9km and with total transect lengths of 263km. The UAV reached a furthest point BVLOS of 11.3km.

Whilst the UAV flies, the 20mp nadir camera takes 5 images per second, or stunning HD film and the front camera, which can be panned left to right, films and records a live stream, allowing the conservation officers to see what’s out there in real time, on the ground station.

Mapping of habitats, using the nadir camera was also possible. Some areas of coral reef and seagrass beds were mapped using Agisoft Metashape.

Impressive geo-referenced images of turtles, sharks, eagle rays, manatees and

birds were gathered during the surveys. A variety of habitats were captured, and to identify environmental issues, such as accumulation of plastic debris, and of sargassum seaweed which can cause deoxygenation of the water and block out sunlight.

Data was used to build a spatial picture of how the atoll is used, be it by fishers or fauna, and when and where fishers are acting with impunity. The results and conclusions can feed directly into planning where marine protected zones are placed. Previously, information on fish abundances would be collected from by-catch on fishing vessels. Since the Turneffe Atoll is a protected area, you can’t rely on catch data anymore- this is where the drones really come into their own as a non-invasive and efficient tool for surveying.

The conservation officers get from A-to-B in the atoll using small motorboats or skiffs. We decided to test something which had never been done before with Aeromao’s Talon, let alone the amphibious one: we were able to do several static launches of the UAV from a small, moving skiff in the lagoon! This is a tremendously important, and previously unknown ability of the UAV, as it now means that the conservation officers can steam to an area where a beach for launching may not exist (very common in mangrove forests), and simply launch from the boat, then land on the water beside the skiff once the mission has been completed. This way, no part of the atoll is out of reach for the conservation team.

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Land and water were patrolled regularly. More than 35,000 images were collected and analysed during the expedition.

UAV to Become Essential Part of Patrolling and Enforcement Strategy We are very confident as scientists that having a UAV which can easily land safely on the ocean and be flown again in moments is an exceptionally valuable tool.

Likewise, the conservation officers in the Turneffe Atoll are adamant that a UAV like the one we trialled will become an essential part of their patrolling and enforcement strategy, which will ultimately lead to increased biodiversity in the area.

To summarise, the key achievements of the trials were: 1. First deployment of our water-landing fixed-wing UAV in the Caribbean.

2. First ever use of a live-link fixed-wing in the marine reserve.

3. Training the first two Belizean Conservation Officers to use our UAV system.

4. The successful gathering of reconnaissance images.

5. First ever deployment of the UAV from a small, moving skiff.

6. Detection of eagle rays, manatee, birds, cushion star, bone fish and turtles.

7. Twenty-four transects flown, with a total flight length of 263km.

Melissa Schiele Amphibious drone tech/Postgraduate research assistant Institute of Zoology Zoological Society of London, Regent’s Park, London NW1 4RY Email: melissa.schiele@ioz.ac.uk Twitter: @explorer_mel

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POWERED BY:

Aeromapper Talon sUAS

VTOL HP Mapping Drone: Marlyn

Currently our best selling unmanned system thanks to its 2 hour endurance, parachute landing, long-range capabilities and unmatched price point, the Aeromapper Talon has everything beginners and experienced users are looking for to continue their operations.

Mapping without limits! Marlyn is the latest fixed-wing VTOL mapping and surveying drone made by Atmos UAV, that combines helicopter's flexibility with fixed-wing performance. Taking the best of both an airplane and a helicopter, she will help you map more land in less time, with the accuracy you need.

Bramor mSX UAV

P550

The Bramor mSX UAS is ideally suited for high resolution high accuracy multispectral and thermal mapping of large areas in short time. Integrated PPK (Post Processing Kinematic) capability ensures the survey grade position accuracy of the end results even without using the Ground Control Points. Integrated irradiance sensor ensures the radiometric accuracy of the end results and data comparison over time.

Site Survey Solution Site survey solution is a professional surveying suite for civil engineering, construction and infrastructure mapping.

The comprehensive set of professional imaging and mapping tools has everything you need to boost productivity and grow your business.

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The P550 is a high-end rotor UAV solution with the modular design. The portable ground control station, up to 8 kg payload, the multi-functional carrier which can be applied for photogrammetry, 3D modelling and 3D scanning.

UX11 The UX11 is an ideal solution for highly precise, fast and safe mapping in a number of industries such as surveying, construction, oil & gas, utilities, mining, transportation and GIS.

Products4Geo Industry Guide Issue 2 - 2019

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UAS FOR MAPPING AND 3D MODELLING NEXUS 800 UAS System The new NEXUS 800 powered by HYPACK is a full end-to-end solution that represents a new paradigm in UAV data collection by seamlessly harmonizing Lidar data with photogrammetry.

POLYSCANNER The POLYSCANNER is a flexible, highly integrated Aerial HD mapping system which includes Lidar, HD camera, and GNSS/INS sensors.

Industrial Drone Solution A fully integrated and powerful drone solution offering easy and safe aerial access to challenging areas, a larger surface coverage in a single flight, higher resolution images, and an opportunity to acquire aerial data with a cost effective and efficient tool.

Phase One’s Drone Solution combines state-of-the-art hardware and software components, including integration of either the iXM100MP and iXM50MP digital aerial camera and a choice of 4 RSM lenses.

RiCOPTER with VUX-SYS The RiCOPTER is RIEGL’s highperformance unmanned multi-rotor aircraft equipped with RIEGL’s VUX-SYS, a complete miniaturized airborne laser scanning system solution of low weight and compact size for flexible use. The VUX-SYS consists of the RIEGL VUX-1UAV laser scanner, an IMU/GNSS system, a control unit and up to 2 optional cameras.

SLA-1 Fixed Wing RTK UAS

eBee X

The Satlab SLA-1 is a photogrammetry UAS delivering high accuracy point cloud and orthophoto. With a highly optimized airframe, it features detachable pieces for easy transportation and operation. This model also has an advanced autopilot system that ensures safe operation at ease. Plan and upload your mission route to the SLA-1 autopilot using the Mission Planning Software.

The eBee X is the fixed-wing drone for all your mapping needs. It suits every job thanks to its range of groundbreaking cameras. These include the new senseFly S.O.D.A. 3D, for stunning 3D reconstructions of vertical environments such as urban centres, mines and coastlines, the best-in-class senseFly Aeria X RGB photogrammetry camera, and the senseFly Duet T for creating geo-accurate thermal maps.

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POWERED BY:

eBee Plus

Sky-Scanner

A large coverage photogrammetric mapping system featuring RTK/PPK upgradeability for survey-grade accuracy on demand.

The eBee Plus can map a larger area, per flight, than any drone in its weight class, so you can maximise your efficiency & plan projects with confidence.

rotary-wing aircraft.

MasterFly

SkyCruiser FLYme

MasterFly is a universal unmanned aerial vehicle that will perform both very demanding photogrammetric missions and reconnaissance missions. It was developed from EasyMap UAV, which is a smashing hit all over the world. MasterFly has the same assets as EasyMap UAV: it's robust, fast and easy to use.

FLYme is specifically designed for professional aerial mapping. It has precise aerial positioning & waypoint navigation, ultra-high resolution 42mp imaging sensor, precise landing control within 6m radius, extremely long endurance up to 90 minutes, corridor/linear mapping flight plan, excellent flight performance and is protected against a windy environment.

SiRIUS PRO

iFLY U0 UAV

No need for ground control point establishment or positioning can save up to 50% project time. Sirius PROs onboard GNSS RTK provides accurate real time positioning, giving instant image capture location. Intuitive desktop software completes the package.

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This high performance airborne data collection system fills the gap between the low-cost low-altitude photogrammetry approach of current UAV systems, and the more complex and expensive Lidar systems typically deployed on manned fixed and

Benefitting from over a decadeâ&#x20AC;&#x2122;s flight control research and development technology, and over two decadesâ&#x20AC;&#x2122; high precision RTK research and development technology, the iFLY U0 can provide results of high efficiency and high accuracy. Thanks to the modular design of EPO+ carbon fiber composite material, iFLY U0 realizes tool-free installation as well as is portable and easy to maintain.

Products4Geo Industry Guide Issue 2 - 2019

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UAS FOR MAPPING AND 3D MODELLING Aeromao

Aeromao

Aeromao

Atmos UAV

Aeromapper 300

Aeromapper Talon sUAS

Aeromapper 300

VTOL HP Mapping Drone: Marlyn

Aircraft • 90 4500

Aircraft • 85 4500

Aircraft • 90 4500

Aircraft 0.8 95 5000

300 5.35

200 3.5

300 5.35

160 •

-20 • •

-20 40 •

-20 • •

-10 40 100

RGB Camera

RGB Camera, Gimbal, NIR Camera N •

RGB Camera

•

Onboard imaging/scanning devices

N •

Y •

Build-in Stablilsation Type of Lidar

COMPANY

PRODUCT NAME

PLATFORM

Platform Max. payload [kg] Max. speed [km/h] Max. height above sea level [m]

DIMENSIONS

ø / wingspan [cm] Weight [kg]

ENVIRONMENT

Min. operation temperature [°C] Max. operation temperature [°C] Max. humidity [%]

IMAGING/SCANNING DEVICES

N •

INCLUDED SOFTWARE AND AUTOMATICALLY GENERATED

Altitude, side and length- wise overlaps, orientation of the lines, start & end waypoints, flying speed and overshoots are user definable.

Drone automatically calculates flight time, distance between images and triggers camera automatically. Distance between lines is calculated automatically according to desired side overlap.

Mission Planner

Altitude, side and length-wise overlaps, orientation of the lines, start & end waypoints, flying speed and overshoots are user definable. Drone automatically calculates flight time, distance between images and triggers camera automatically. Distance between lines is calculated automatically according to desired side overlap.

MarLynk

Agisoft, Pix4D

Agisoft, Pix4D

Agisoft, Pix4D

Agisoft or Pix4D

Agisoft or Pix4D

•

Optional: Agisoft or Pix4D Optional: Agisoft or Pix4D

Flight planning software

Photogrammetric software

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Point could processing software

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POWERED BY:

COMPANY

PRODUCT NAME

C-ASTRAL

CHC Navigation

Datumate

Delair

Bramor mSX UAV

P550

Site Survey Solution

UX11

Aircraft 1 83 5000

Aircraft 8 65 3000

Copter 0 50 500

Aircraft 1.4 54 6000

230 5

38 10

35 0.92

110 1.4

-25 50 95

-25 55 95

0 40 •

-20 45 100

RGB Camera, NIR Camera, SWIR Camera N •

•

RGB Camera, Gimbal

RGB Camera

• •

Y •

Y •

C3P

•

DatuFly

Pix4D, Agisoft PhotoScan, 3Dsurvey, Correlator3D, EnsoMosaic, Pieneering Pix4D, Agisoft PhotoScan, 3Dsurvey, Correlator3D, EnsoMosaic, Pieneering

•

DatuSurvey, DatuSite

Delair Flight Deck (Android app available via Google Play) Pix4D

•

DatuSurvey, DatuSite

Pix4D

PLATFORM

Platform Max. payload [kg] Max. speed [km/h] Max. height above sea level [m]

DIMENSIONS

ø / wingspan [cm] Weight [kg]

ENVIRONMENT

Min. operation temperature [°C] Max. operation temperature [°C] Max. humidity [%]

IMAGING/SCANNING DEVICES

Onboard imaging/scanning devices Build-in Stablilsation Type of Lidar

INCLUDED SOFTWARE AND AUTOMATICALLY GENERATED

Flight planning software

Photogrammetric software

Point could processing software

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Products4Geo Industry Guide Issue 2 - 2019

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UAS FOR MAPPING AND 3D MODELLING Delair

Delair

HYPACK

RIEGL

DT26X LIDAR

DT26x Surveillance

NEXUS 800 UAS System

RiCOPTER with VUX-SYS

Aircraft 2 110 4000

Aircraft 2 110 4000

Copter 8 • 100

Copter 14 60 •

330 14

330 15

120 8.16

192 11

-10 55 100

-10 55 100

• • •

-5 40 •

Lidar

Lidar, Additional sensors

Lidar

Y RIEGL miniVUX-1DL

Y RIEGL VUX-1

RGB Camera, Lidar, Gimbal, NIR Camera Y Velodyne Puck Lite

COMPANY

PRODUCT NAME

PLATFORM

Platform Max. payload [kg] Max. speed [km/h] Max. height above sea level [m]

DIMENSIONS

ø / wingspan [cm] Weight [kg]

ENVIRONMENT

Min. operation temperature [°C] Max. operation temperature [°C] Max. humidity [%]

IMAGING/SCANNING DEVICES

N RIEGL VUX-1UAV

Onboard imaging/scanning devices Build-in Stablilsation Type of Lidar

INCLUDED SOFTWARE AND AUTOMATICALLY GENERATED

Solapp

Solapp

DJI Go

•

Flight planning software

•

Pix4D / Correlator 3D / Agisoft Photoscan

•

•

Photogrammetric software

•

Pix4D

HYPACK HYSWEEP

RiPROCESS

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Point could processing software

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POWERED BY:

Satlab Geosolutions

senseFly

senseFly

Siteco Informatica

SLA-1 Fixed Wing RTK UAS

eBee X

eBee Plus

Sky-Scanner

Aircraft • 50 200

Aircraft • 110 2500

Aircraft 0.3 110 2500

Copter 2.5 30 100

180 2.7

116 1.1

110 0.8

25 2.5

-10 50 •

-10 40 95

-10 40 100

-40 50 99

Onboard imaging/scanning devices

•

•

RGB Camera, Lidar

Build-in Stablilsation Type of Lidar

Y •

RGB Camera, Additional sensors, Gimbal, NIR Camera Y •

N •

Y Velodyne VLP-16

eMotion 3 Optional: Pix4D or Agisoft

Ground Station •

Optional: Pix4D or Agisoft

Siteco RS-SyncVelodyne

COMPANY

PRODUCT NAME

PLATFORM

Platform Max. payload [kg] Max. speed [km/h] Max. height above sea level [m]

DIMENSIONS

ø / wingspan [cm] Weight [kg]

ENVIRONMENT

Min. operation temperature [°C] Max. operation temperature [°C] Max. humidity [%]

IMAGING/SCANNING DEVICES

INCLUDED SOFTWARE AND AUTOMATICALLY GENERATED

Flight planning software Photogrammetric software

Point could processing software

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Yes, included •

•

senseFly eMotion 3.7 Pix4D Mapper or Photoscan Agisoft or Trimble Business Center •

Products4Geo Industry Guide Issue 2 - 2019

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UAS FOR MAPPING AND 3D MODELLING Trigger Composites

SOUTH

Topcon

Hi-Target

MasterFly

SkyCruiser FLYme

SiRIUS PRO

iFLY U0 UAV

Aircraft 1 90 2000

• 0.8 72 1400

Aircraft 0.55 65 2600

• 4.5 80 6000

120 2.9

150 3.5

163 2.73

110 4.5

-20 50 90

• • •

-20 45 •

-20 60 •

Additional sensors

RGB Camera

•

Additional sensors

N •

Y •

Y •

Y •

COMPANY

PRODUCT NAME

PLATFORM

Platform Max. payload [kg] Max. speed [km/h] Max. height above sea level [m]

DIMENSIONS

ø / wingspan [cm] Weight [kg]

ENVIRONMENT

Min. operation temperature [°C] Max. operation temperature [°C] Max. humidity [%]

IMAGING/SCANNING DEVICES

Onboard imaging/scanning devices

Build-in Stablilsation Type of Lidar

INCLUDED SOFTWARE AND AUTOMATICALLY GENERATED

MasterFly GCS Pix4D Mapper

• •

MAVinci desktop ImageMaster for UAV

• •

Flight planning software Photogrammetric software

Pix4D Mapper

•

ImageMaster for UAV

•

Point could processing software

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sponsored article

NEW AGE OF VERTICAL CONSTRUCTION VERIFICATION FOR BALFOUR BEATTY It often takes several stakeholders to bring a construction project to life, and for vertical construction developments, there are added complexities with space restrictions and intricate designs to support the upward structure. It’s no surprise, then, that mistakes happen, but mistakes can quickly drain budgets and can take years to rectify. Technology now exists that can spot mistakes before they’re even constructed, create intricate as-built models for verification against design, and do it all in almost real-time. effective and Efficient Construction Workflow Avoiding mistakes is crucial in delivering a successful project and efficiency and productivity are key elements for any contractor. Knowing this, Topcon

Positioning Group approached leading construction group Balfour Beatty to assist in improving its verification processes with a more effective and efficient vertical construction workflow for a project in Surrey.

Cooper’s Hill, a multi-million-pound refurbishment of a Victorian Gothic building most recently used as student accommodation, started in early 2017. The transformation comprises repurposing the old building and construction of new steel-frame structures to create 78 luxury retirement apartments on the 66 acres of Magna Carta Park.

Balfour Beatty’s team, already proficient with verification technology and methods, found the usual process of scanning with costly specialist contractors coming to site, followed by waiting times for data to be

shared and then analysed, didn’t meet efficiency and productivity marks. The business had already started investigating new technology and software to improve the process when Topcon’s newest instrument, the GTL-1000 integrated total station and scanner, became the jigsaw piece that completed a fluid and effective workflow.

New Technology for Improved Construction Process Guy Murphy, site engineer at Balfour Beatty, said: “We’ve done traditional verification on projects for a long time at Balfour, but previously there haven’t been the tools available for us to make this a quick and simple process. With Topcon’s new GTL-1000 feeding into its data processing tech, suddenly there’s a link

Guy Murphy, site engineer at Balfour Beatty plc, on site with Topcon’s GTL-1000.

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sponsored article

between a decent, quick and effective scanning tool and an equally quick software environment for us to verify in near real-time.”

Murphy, who started on the project in July 2017, beta-tested the new product as part of a full workflow, including Topcon’s MAGNET Collage and ClearEdge3D Verity software that analyse and verify scanned data against design models.

Cut Scan-to-Verification Process Time He said: “The GTL-1000 has enabled us to verify the project at any stage we wanted as it cuts the scan-to-verification process time dramatically. With the kit being dual-purpose, it fits into a site engineer’s daily work so it allows us to take on more capabilities without the need for thousands of pounds to be spent on scanning teams.

It’s so simple to use and I haven’t needed any lengthy training courses to become proficient.

“We’ve used this workflow on the new steel frame build to compare against the design models and we have been able to find mistakes and correct them before the materials were put in place. The Verity software shows us areas that are out of tolerance and enables us to consider designs and scans in much more detail than we’ve had the time or data to do previously.

“With the GTL-1000 and Topcon software, we’re capable of doing so much more and we’re getting more value for money from our engineers. We can’t exactly calculate the ROI because we just don’t have any mistakes made to compare timescales or budgets. The benefits we’ve seen from this new workflow and technology are unquantifiable. Absolutely worth it.”

The GTL-1000 was officially unveiled at Bauma in April 2019 and will feature at GEO Business in the UK in May, with the device set to go on general sale beginning in September.

Chris Emery, senior manager for vertical construction at Topcon Positioning Group, said: “The industry to date has had its hand forced in the way it deals with mistakes – there’s been very little way to change the reactive nature to clashes and design issues. At Topcon, we knew the

Guy Murphy, site engineer at Balfour Beatty plc, on site with Topcon’s GTL-1000.

frustrations of engineers and contractors when it comes to verification – the time it takes, the money it costs and the specialist training required – and so our full workflow solution now makes it quicker and simpler than ever, while saving money on reworks.

Results: Save Time and Money “We’re delighted to see the Balfour Beatty team are so pleased with the results of this new solution to date and it has been a pleasure working with them to fine-tune this workflow, so that we can enable the construction industry to fast-track vertical construction projects, saving time and money.”

The Cooper’s Hill project is the first to use the GTL-1000, with phase one due to finish on schedule in August 2019.

Nick Salmons, Balfour Beatty’s principal laser scanning surveyor, said: “At Balfour Beatty, we are dedicated to driving innovative new working practices across our business as part of our ‘25% by 2025’ initiative. The new Topcon robotic scanning solution will increase productivity on site by accelerating the construction process and

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identifying design challenges more efficiently than traditional methods.

“We are delighted to have collaborated with Topcon over the last 12 months to trial this new tool, which will significantly benefit the industry as a whole; reducing cost and program duration, for both clients and contractors alike.”

For more information about Topcon’s vertical construction workflow and the new GTL-1000, visit: www. topconpositioning.com/gb/verticalconstruction-solutions.

About Topcon Positioning Group Topcon Positioning Group, always one step ahead in technology and customer benefits, is an industry leading designer, manufacturer and distributor of precision measurement and workflow solutions for the global construction, geospatial and agriculture markets. Topcon Positioning Group is headquartered in Livermore, California, US (topconpositioning.com, LinkedIn, Twitter, Facebook). Its European head office is in Capelle a/d IJssel, the Netherlands. Topcon Corporation (topcon.com), founded in 1932, is traded on the Tokyo Stock Exchange (7732).

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POWERED BY:

UrbanMapper-2 Based on UrbanMapper, the IGI's well known large format and oblique digital aerial camera, IGI introduce the all-new UrbanMapper-2. UrbanMapper-2 utilizes the new full frame 150 MP CMOS technology with backside-illuminated sensors to provide ultra-high resolution images. With its latest CMOS technology, a shutter speed up to 1/2000 second and the high dynamic range of 83dB, the IGI UrbanMapper-2 is designed to produce brilliant imagery even under challenging conditions.

CS-6500

UltraCam Eagle Mark 3 An ultra-large footprint of 26,460 pixels across track coupled with a unique user-exchangeable lens system makes the UltraCam Eagle Mark 3 one of the most versatile aerial systems on the market.

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The iXM-RS150F is a full frame 150MP camera available in RGB and Achromatic models. Its ultra-high resolution, backsideilluminated CMOS sensor, fast capture speed and enhanced light sensitivity enable increased productivity in a wide range of aerial image acquisition projects.

UltraCam Condor Mark 1

The compact CS-6500 has an image footprint of 6,500 pixels across by 4,300 pixels along the flight line, enabling a wider field of view for more efficient flights. The CS-6500 is designed to be seamlessly integrated with numerous Optech products to create a unique airborne imaging solution that matches your expanding business needs.

94

150MP Digital Aerial Camera

The UltraCam Condor Mark 1 provides a single-source data acquisition solution for collecting 5-band imagery for wide-area, high-altitude mapping while still serving photogrammetric projects.

UltraCam Osprey Mark 3 Premium Designed for maximum flexibility, the UltraCam Osprey Mark 3 Premium extends a full photogrammetric nadir camera with oblique capture capability in four directions.

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DIGITAL AERIAL CAMERAS IGI

Phase One Industrial

Vexcel Imaging

Vexcel Imaging

UrbanMapper-2

150MP Digital Aerial Camera

UltraCam Condor Mark 1

UltraCam Osprey Mark 3 Premium

77.5 Integrated GNSS/IMU System (AEROcontrol)

1 Compatible with Applanix, NovAtel, IGI, GGS, NMEA

64 UltraNav (Applanix POSTrack OEM)

64 UltraNav (Applanix POSTrack OEM)

IGIplan IGI AEROoffice, IGI IPS (Image Processing Software)

Compatible with any Capture One, IXCapture, included with camera

TrackAir UltraMap

TrackAir UltraMap

8 RGB 90 & NIR 40

1 32, 40, 50, 70, 90, 110, 150

7 RGB: 100 mm, PAN: 40 mm, NIR: 23 mm

CMOS 52.9 14.100 129.72 1/2000

CMOS 53.4 14.204 40.0 0.0004

DALSA • 5.000 • 0.001

8 Nadir: 80 (PAN) & 40 (RGB); Oblique: 120 (RGB) DALSA 45.08 8.670 70.04 0.001

Y Y • •

Y Y • •

Y Y • 2100

Y Y • 1500

COMPANY

PRODUCT NAME

HARDWARE

Camera unit Weight [kg] Type of GNSS/ INS positioning system

SOFTWARE

Type of mission planning software Type of postprocessing software

SENSOR CHARACTERISTICS

Number of lenses Lenses: focal lengths [mm]

Type CCD CCD along track format [mm x mm] CCD along track format [pixel x pixel] CCD across track format [mm x mm] Max. shutter speed [s]

OPERATION CHARACTERISTICS

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Helicopter Fixed-wing Min. flying height [m] Typical flying height [m]

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POWERED BY:

HCE320 GNSS Data Controller

Qmini A5/A7 High-precision GIS Handheld

The HCE320 is a professional Android field surveying controller with alphanumeric keypad, which gives much flexibility to surveyors during fieldwork. As a data controller, HCE320 is powered with the rugged IP67 rating and 1.2 m fall-survival for the most demanding environments.

The Hi-Target QminiA5/A7 handheld is aimed at professionals in the GIS industry who want full-functionality and compactness in the style of an easy-to-hold and operate android-phone. The A5/A7 features a spiral antenna and Hi-Target GNSS RTK algorithm to provide high-precision operation.

TruPulse 200X

N80

The TruPulse 200X achieves the highest distance and inclination accuracy, calculating horizontal and vertical distances, height and 2D missing line values. The 200X adjusts to any lighting conditions using the in-scope LED display and will withstand harsh conditions with itâ&#x20AC;&#x2122;s rugged, waterproof housing.

N80 is a high precision GNSS rugged tablet integrated with GNSS module, professional high sensitivity antenna, 4G Network module, WiFi module, data transmission Bluetooth and high frequency power board.

It can be applied in GIS data collection in different industries, the large screen makes it suitable for map display, and it is compatible with other third party Android apps as well.

FC-5000

MobileMapper 60 Powerful, tough, and versatile, the FC-5000 brings the processing speed expected in the office directly to your project site. Your daily field computer just arrived and it set to impress.

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The rugged MobileMapper 60 offers superior durability, efficiency and accuracy for professional handheld data collection.

The MobileMapper 60 all-in-one GNSS receiver and smartphone provides the ultimate in accuracy and convenience for handheld geospatial data collection.

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MOBILE GIS SYSTEMS AND FIELD CONTROLLERS S500 for GIS

Rugged GPS data collector SXPad 1500

Stonex S500 is a versatile and flexible instrument, capable to offer high accuracies (3cm RTK) for the demanding users, switching from GIS to topographic survey.

This GNSS receiver is small and light, created to be able to work hands free and compatible with all types of controllers.

TC20 Controller

A reliable and feature-packed data collector at an astounding price.

KEY FEATURES • Ruggedized for extreme conditions • Dual v2.

• Ruggedized for extreme conditions • Dual v2.1+EDR and LR Bluetooth • Wi-Fi, GSM/GPRS Modem • IP67

FC-500

The Tersus TC20 Controller is a rugged smart phone with design of 4.3'' touch screen and an alphanumerical keypad.

Equipped with powerful processor, it is perfect to adapt with Tersus Survey software. With professional IP67 rating, it is robust and reliable for harsh operating conditions.

is in your hands.

TDC150 Handheld

TSC7 controller

The Trimble TDC150 handheld is a high-performance field computer. Designed for GIS data collection, inspection and management activities, the TDC150 provides users with a fully integrated, rugged solution that has the flexibility of a handheld, a modern interface with open Android operating system, and scalable high-accuracy positioning for professional field workflows.

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With the same touch-screen technology as smartphones, the FC-500 field controller has a crisp and sunlight-readable display that delivers in any condition. With internal GPS and an optional camera, running your choice of Topcon field software, the power

The Trimble TSC7, the rugged, ergonomic controller that delivers the power and flexibility of Microsoft Windows 10 Pro and Trimble Access software on a seven-inch touch screen. This powerful combination unleashes unlimited potential for the surveyor’s workflow.

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POWERED BY:

COMPANY

PRODUCT NAME

CHC Navigation

Hi-Target

Laser Technology

Topcon

HCE320 GNSS Data Controller

Qmini A5/A7 Highprecision GIS Handheld

TruPulse 200X

FC-5000

0.37 0.087 0.222 0.02 Y

0.32 0.085 0.165 0.018 Y

0.382 0.13 0.05 0.11 •

• 0.0345 0.215 0.1371 Y

internal: GPS, Glonass, Beidou, SBAS, QZSS

GPS; Glonass; Compass

•

GPS

• Y

• Y

• •

72 •

WiFi, Cellular (dual SIM), USIM, LTE

•

Yes

•

Y Type C

Y •

Y 1

Y

Y

•

Y Audio output, USB 3 Host, Power Y

• • •

-50 80 67

-20 60 •

-20 50 IP68

GENERAL

Total weight [kg] Width [m] Height [m] Depth [m] Touchscreen

GNSS RECEIVER

GNSS Systems Supported

Number of Channels Integrated SBAS

CONNECTIVITY

Wireless Data Transfer

Bluetooth Ports WiFi

OPERATION CHARACTERISTICS

Operating temperature: min. [°C] Operating temperature: max. [°C] Water and dust proof [IP]

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MOBILE GIS SYSTEMS AND FIELD CONTROLLERS SOUTH

Spectra Geospatial

Stonex

SXblue

N80

MobileMapper 60

S500 for GIS

Rugged GPS data collector SXPad 1500

0.52 0.147 0.258 0.015 Y

0.385 0.0934 0.196 0.0172 Y

0.35 0.078 0.136 0.031 •

1.2 kg 0.158 0.282 0.45 Y

GPS L1, Glonass L1, BDS B1 (optional), Support CORS correction • Y

GPS, Glonass, Beidou, QZSS, SBAS

GPS, Glonass, Beidou, Galileo, SBAS

U-blox 8 single frequency GNSS receiver

72 Y

432 Y

72 Y

Network: 4G ((TD-LTE/ FDD-LTE/WCDMA/ TD-SCDMA/GSM/ CDMA EVDO).

Bluetooth: v2.1 + EDR/V3.0+HS/V4.1.

WiFi: 802.11 a/b/g/n 2.4/5Ghz. Y USB-Type C, Supports OTG Y

Cellular/WiFi/Bluetooth

Y

WiFi

Y USB 3.0 (Type C)

Y USB Type C

Y

Y

Y RS232, Type A and B USB Y

• • •

-20 55 IP67

-30 65 IP67

-30 60 IP67

COMPANY

PRODUCT NAME

GENERAL

Total weight [kg] Width [m] Height [m] Depth [m] Touchscreen

GNSS RECEIVER

GNSS Systems Supported

Number of Channels Integrated SBAS

CONNECTIVITY

Wireless Data Transfer

Bluetooth Ports WiFi

OPERATION CHARACTERISTICS

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Operating temperature: min. [°C] Operating temperature: max. [°C] Water and dust proof [IP]

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www.factrics-marketing.com

MOBILE GIS SYSTEMS AND FIELD CONTROLLERS Tersus GNSS

Topcon

Trimble

Trimble

TC20 Controller

FC-500

TDC150 Handheld

Trimble TSC7 Controller

0.945 0.087 0.21 0.031 •

• 0.091 0.184 0.038 •

0.85 0.12 0.295 0.045 Y

1.42 0.209 0.07 0.302 Y

•

GPS

GPS, Glonass, Beidou, Galileo, QZSS, SBAS

Internal receiver; L1 GPS/Glonass/Beidou.

• •

• •

240 Y

72 Y

•

WiFi 802.11b/g/n, 3.5G cellular (optional)

Wi-Fi (802.11 b/g/n), Cellular LTE

Y •

Y USB, external antenna, headset

Y

Y COM1, RS-232C, USB Host (Full A), USB (Micro) •

BT 2.1 + EDR, BT 4.1; Wi-Fi 802.11 a/b/g/ac/n (2.4 GHz/5 GHz ISM radio band); Worldwide LTE in regions where it is available, and compatible with 3G networks AT&T and Verizon certified; Optional 2,4GHz robotic radio.

Y USB 3.1 Gen 1 type; A host, serial RS232 DB-9; 3.5 mm mini-jack Y

-20 55 IP76

-30 60 •

-20 60 IP67

COMPANY

PRODUCT NAME

GENERAL

Total weight [kg] Width [m] Height [m] Depth [m] Touchscreen

GNSS RECEIVER

GNSS Systems Supported

Number of Channels Integrated SBAS

CONNECTIVITY

Y

Wireless Data Transfer

Bluetooth Ports

WiFi

OPERATION CHARACTERISTICS

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20 60 IP68: 8 hours of operation with blowing talcum powder (IEC529); Immersion in water up to 1 m depth for 2 hours

Operating temperature: min. [°C] Operating temperature: max. [°C] Water and dust proof [IP]

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POWERED BY:

CTS-112R4

HTS-420R Total Station

When surveying in difficult conditions, you need reliable and efficient equipment that would work on a par with you. The CHC CTS-112R4 represents today’s most used type of manual total stations in the mid-range market. It provides you with a complete set of functions and required accuracy regardless the complexity of survey object.

TruPoint 300

Dual-axis reflectorless total station.

2'' accuracy with 600m range. Wireless Bluetooth communication. Big storage, can be extended up to 32GB. Convenient data import and export with the USB port.

SX Series

The TruPoint 300's advanced technology leverages the latest in documenting and diagramming technology to create powerful, adaptable and intelligent mapping solutions that any investigator can add to their toolbox. This new all-in-one laser rangefinder includes an inclinometer with vertical and horizontal angle encoders. It produces survey-grade distance accuracy and costs thousands less than conventional total stations.

iX Series

N6 The iX Series robotic total stations are a trimmed down, high performance solution.

You get the efficiency of a single-operator robotic system, the power of long range reflectorless measurements, and performance as a hybrid positioning solution.

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The SX robotic total station combines the latest in tracking, motorized turning, angle accuracy, and software technology providing powerful and easy-to-use “one-man” operation.

• 2”/5” accuracy option, ± (2mm 2x10-6·D) with reflector • Improved EDM System • Better Angle Measurement • Reasonable Industrial Design • Exquisite Users Experience • Enhanced Applications

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TOTAL STATIONS FOCUS 35 The FOCUS 35 is a motorized total station providing high speed, accuracy and precision in measurement. The FOCUS 35 robotic instrument moves the power of the observer from the instrument to the range pole, improving efficiency.

RTS360 Series • Trigger key • Compact design with Windows CE 5.0 operating system • Endless drives, collimate target faster with two hands operation • Smart battery managing system, display battery life in real-time • Professional onboard software: FOIF FieldGenius, Carlson SurvCE or FOIF Survey

R35/R35LR The Stonex R35/R35LR series is the most customizable total station of the market.

Depending on the user needs, R35/R35LR comes with endless friction drives for continuous horizontal and vertical rotations, 2” accuracy and 600/1000 m reflectorless range. This advanced total station allows each user to choose the software that best suits own needs.

ES Series The compact, lightweight design of the ES series has all the functionality you need for day to day tasks. With a 300m working radius you can drive this entry level total station from the hand-held field controller, and focus on the task at hand.

GT Series

SX10 Scanning Total Station

The GT series of robotic total stations are a trimmed down, high-performance solution that's ready to impress today, yet still grow with you into tomorrow. You get the efficiency of a single-operator robotic system, the power of long range reflectorless measurements, and the ability to perform as a hybrid positioning solution.

The Trimble SX10 Scanning Total Station merges high-speed 3D scanning, enhanced Trimble VISION imaging technology and high-accuracy total station measurements into familiar field and office workflows for surveyors. The innovative solution provides surveyors and geospatial professionals with the capabilities and versatility to handle projects from traditional surveys to complex 3D modeling.

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POWERED BY:

COMPANY

PRODUCT NAME

CHC Navigation

Hi-Target

Laser Technology

Sokkia

CTS-112R4

HTS-420R Total Station

TruPoint 300

SX Series

0.33 0.15 0.16 5.2

0.185 0.19 0.345 5.5

0.164 0.061 0.032 0.291

0.393 0.23 0.207 6.9

2 • 5000 • •

2 • 3000 • 6000

• • • • •

2 1 6000 2500 10000

400 • • •

3 2 • •

1 • 300 300

2 2 1000 1000

• •

• N

• •

1000 •

GENERAL

Height [m] Width [m] Depth [m] Weight [kg]

DISTANCE MEASUREMENT WITH PRISM

Standard deviation: variable part [ppm} Division [mm] Maximum range with 1 standard prism [m] Maximum range with 1 mini prism [m] Maximum range with combined prisms [m]

DISTANCE MEASUREMENT WITHOUT PRISM

Standard deviation: constant part [mm] Standard deviation: variable part [ppm] Maximum range on Kodak gray [m] Maximum range on Kodak white [m]

AUTOMATIC TRACKING AND LOCKING

Maximum Range [m] Tracking and recovery of moving prism

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TOTAL STATIONS Sokkia

SOUTH

Spectra Geospatial

Stonex

iX Series

N6

FOCUS 35

R35/R35LR

• • • 4.8

0.33 0.15 0.16 5.2

0.37 0.19 0.19 10.5

0.36 0.206 0.203 6.1

2 • 6000 • •

2 0.1 5000 800 6000

2 0.1 4000 • 7000

2 • 5000 • •

2 2 • 800

5 2 180 300

3 2 400 800

3 2 1000 •

6000 •

• •

800 •

• •

COMPANY

PRODUCT NAME

GENERAL

Height [m] Width [m] Depth [m] Weight [kg]

DISTANCE MEASUREMENT WITH PRISM

Standard deviation: variable part [ppm} Division [mm] Maximum range with 1 standard prism [m] Maximum range with 1 mini prism [m] Maximum range with combined prisms [m]

DISTANCE MEASUREMENT WITHOUT PRISM

Standard deviation: constant part [mm] Standard deviation: variable part [ppm] Maximum range on Kodak gray [m] Maximum range on Kodak white [m]

AUTOMATIC TRACKING AND LOCKING

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Maximum Range [m] Tracking and recovery of moving prism

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POWERED BY:

COMPANY

PRODUCT NAME

Suzhou FOIF

Topcon

Topcon

Trimble

RTS360 Series

ES Series

GT Series

SX10 Scanning Total Station

0.36 0.18 0.22 6

0.348 0.191 0.181 5.6

0.36 0.21 0.17 5.8

• • • 7.5

2 0.1 3000 800 5000

2 1 5000 2500 6000

2 • 5000 • 12000

1.5 0.1 5500 5500 5500

3 2 300 800

3 2 500 500

2 2 1000 1200

2 1.5 450 800

• N

• •

• •

800 N

GENERAL

Height [m] Width [m] Depth [m] Weight [kg]

DISTANCE MEASUREMENT WITH PRISM

Standard deviation: variable part [ppm} Division [mm] Maximum range with 1 standard prism [m] Maximum range with 1 mini prism [m] Maximum range with combined prisms [m]

DISTANCE MEASUREMENT WITHOUT PRISM

Standard deviation: constant part [mm] Standard deviation: variable part [ppm] Maximum range on Kodak gray [m] Maximum range on Kodak white [m]

AUTOMATIC TRACKING AND LOCKING

Maximum Range [m] Tracking and recovery of moving prism

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Products4Geo Industry Guide Issue 2 - 2019

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Beyond Mobile Mapping 3D MAPPING IN REAL TIME AUTOMATIC LOCALIZATION REAL TIME CHANGE DETECTION CLOUDS CONSTRAINTS POWERFUL ALGORITHM MEASURABLE MAP SHARING

FIND OUT ALL THE MODELS www.gexcel.it

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