Issue 149 | July/August 2025 - Australian AgContractor & Large Scale Farmer

FEATURE

What’s new in hay and silage making equipment

PROFILE

& LARGE SCALE FARMER

Life decisions in a changing contracting landscape

EQUIPMENT

Jumbo 5000 – The success story continues

STEP UP WITH FENDT.

When precision, capability and technology are non-negotiable, Fendt has you covered.

From the smooth, intuitive drive of our tractors with VarioDrive transmission and all the luxury of a FendtONE cab, to the sheer pulling power of the Vario MT track tractors, Fendt delivers next level performance and unbeatable efficiency.

And when harvest hits, the IDEAL Combine keeps you moving through the toughest conditions, right to the very last run.

To find out how Fendt can elevate your operation, speak to your local Fendt dealer today.

Fendt 900 Gen7 / 1000 Vario

Fendt IDEAL Combine

Fendt 700 Vario Gen7

Fendt 1100 Vario MT

PO Box 36753

Merivale, Christchurch 8146

ph: +64 3 329 6555

www.agrimedia.co.nz

Publishers of Rural Contractor & Large Scale Farmer, AgriBusiness, AgriVet, NZ Cropping, Australian AG Contractor & Large Scale Farmer, NZ Novachem Manual.

EDITOR

Scott Wilson

Mob: +64 21 725 061

email: scott@agrimedia.co.nz

ADVERTISING SALES

Pulse – Media Sales

Justin Bowler

Ph: 0429 699 553

Email: justin.bowler@mmg.com.au

CIRCULATION

email: admin@agrimedia.co.nz

PRODUCTION, LAYOUT & DESIGN

Mark Winstanley

Email: agc_art@agrimedia.co.nz

Contributors: Delwyn Dickey

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AC © AUSTRALIAN AG CONTRACTOR AND LARGE

SCALE FARMER - No part of this publication may be reproduced in any form without the prior written permission of the publisher. Opinions expressed in this publication are not necessarily that of the publisher and suggest independent advice be sought before acting on information or suggestions contained herein.

CONTRIBUTIONS - Editorial and photographic contributions are welcomed and should be sent directly to AML. Editing of submissions is at the sole discretion of the editor and will accept no responsibility for unsolicited material.

JULY/AUGUST 2025

02 FROM THE EDITOR: Australian Agriculture – United Against Adversity

INDUSTRY NEWS

03 WA’s De Rosa’s Highway Motors secures Case IH and K-Line Ag franchises for Waroona dealership

03 Tabula expands into Australia with appointment of Cedric Geffen as Ground Sales Manager

04 Wise Farm Equipment expands its footprint in diverse farming region with addition of new brands TECHNOLOGY

07 Trimble and PTx Trimble expand innovative technology

07 Precision Essentials savings to drive efficiency and tech adoption

08 50 years’ experience vs cutting edge automation in ultimate technology test PROFILES

24 Finding the connection

30 Life decisions in a changing contracting landscape

36 Across the ditch: Grounded in growth: the Molloy Agriculture story

FEATURES

10 What’s new in hay and silage making equipment

42 What’s new in Australian-made machinery EQUIPMENT

52 Aussie know-how key to header and harvester enhancements for 2026

54 Fifth generation dairy farmers rely on John Deere to make history

56 Is it time to upgrade your seeding setup?

57 BYPY Transmissions : Built for big operators

58 Latest Quadtrac offers enhanced features

59 VIC contract seeding investment fits the bill

60 Jumbo 5000 – The success story continues

AUSTRALIAN AGRICULTURE –UNITED AGAINST ADVERSITY

AS WE ENTER ANOTHER MID-YEAR SEASON, AUSTRALIA’S AGRICULTURAL SECTOR STANDS AT A CRITICAL JUNCTURE. FARMERS ONCE AGAIN FACE IMMENSE CHALLENGES. MORE COMPLEX AND INTERCONNECTED THAN EVER BEFORE.

Severe drought across southern Australia remains the most pressing crisis. In regions from Victoria to South Australia, rainfall shortages over the past two years have dried pastures and depleted water sources, pushing many farms to the brink. To stay afloat, farmers have resorted to costly supplementary feeding or early livestock sales - measures that are neither sustainable nor eco-

rate hikes, such as those in Tasmania, are compounding the financial burden.

Labour shortages also persist, with nearly half of vegetable growers reporting insufficient workers. The Pacific Australia Labour Mobility (PALM) scheme has tightened due to stricter visa criteria, creating a pressing need for improved access to seasonal labour.

Overlaying these challenges are mounting regulatory demands. From January 1, 2025, mandatory emissions reporting under Scope 1 and 2 came into effect, with Scope 3 requirements looming. Environmental compliance, biosecurity rules, and bureaucratic delays are diverting time and resources from production.

Yet amid the pressure, there are signs of resilience and hope. Rabobank’s Q1 2025 Rural Confidence Survey found three in four

SCOTT WILSON

This is more than a crisis - it’s a turning point. A recent CSIRO report calls for a national food policy overhaul to address environmental, nutritional, and affordability challenges.

In this issue, and those to follow in the future, you’ll read how farmers and contractors are adapting, through technology, diversification, and advocacy. Their stories embody the resilience and ingenuity that define Australian agriculture. Even in lean times, we don’t back down. And we won’t start now.

WA’S DE ROSA’S HIGHWAY MOTORS SECURES CASE IH AND K-LINE AG FRANCHISES FOR WAROONA DEALERSHIP

DE ROSA’S HIGHWAY MOTORS IN WESTERN AUSTRALIA IS EXCITED TO ANNOUNCE ITS ACQUISITION OF THE CASE IH AND K-LINE AG FRANCHISES FOR ITS WAROONA LOCATION, INCLUDING SERVICING THE WIDER MARGARET RIVER AREA STRETCHING SOUTH TO MANJIMUP.

This exciting addition expands the dealership’s offerings to include two of the world’s leading agricultural equipment brands.

With this latest acquisition, De Rosa’s Highway Motors now proudly represents three of CNH’s top-tier brands, including New Holland, Case IH and K-Line Ag, reinforcing the dealership’s commitment to providing farmers, contractors, and agricultural professionals with top-quality machinery and services.

Established in 1968, De Rosa’s Highway Motors has built a strong reputation for exceptional service and high-quality equipment for Waroona, south of Perth, and surrounding communities.

Gavin Dunstan, Dealer Principal of De Rosa’s Highway

Motors, said Case IH brought cutting-edge technology and innovative solutions to the dealership’s portfolio, offering high-performance equipment such as tractors, harvesters and hay equipment, while K-Line Ag strengthened the offering with its exceptional tillage and soil management solutions.

“We are thrilled to expand our range with Case IH and K-Line Ag, further solidifying our role as a leading supplier of world-class agricultural equipment,” Gavin said. “These additions enable us to offer even more options to our customers, backed by the industry-leading service and support that has been a cornerstone of our dealership since 1968.”

As well as offering an expanded machinery and equipment portfolio, Gavin said the busi-

ness was also committed to supporting its customers with expert parts, service and maintenance, ensuring the optimal performance of all equipment.

CNH Business Director – Agriculture ANZ, Aaron Bett, congratulated De Rosa’s on the latest development and said it was an important addition to the Case IH dealer network.

“De Rosa’s is a respected name in the region, serving the local farming community so well for so many years. With the Case IH

and K-Line Ag brands now added to its ranges, we can see some exciting opportunities for both the brands and local customers,” Aaron said.

Customers are encouraged to visit the dealership to explore the full range of equipment and speak with the knowledgeable team about the best solutions for their farming operations.

For more information, visit www.derosa.com.au or contact De Rosa’s Highway Motors at 0499 057 273.

TABULA EXPANDS INTO AUSTRALIA WITH APPOINTMENT OF CEDRIC GEFFEN AS GROUND SALES MANAGER

AGRI-TECH COMPANY TABULA, KNOWN FOR ITS REAL-TIME JOB MANAGEMENT AND FIELD SOFTWARE FOR AERIAL AND GROUND OPERATIONS, HAS APPOINTED CEDRIC GEFFEN AS GROUND SALES MANAGER FOR AUSTRALIA, MARKING A SIGNIFICANT STEP IN ITS EXPANSION INTO THE AUSTRALIAN AGRICULTURE AND HORTICULTURE MARKET.

Based in Victoria, Cedric brings more than 30 years of global experience in agribusiness, with a career spanning sales, marketing and business development across multiple agri-sectors such as dairy, precision irrigation, precision ag, horticulture and more. His appointment signals Tabula’s commitment to supporting

general agricultural contractors, fertiliser spreading operations, and horticulture/grower sectors across Australia with its practical, proven technology.

“Tabula provides a real-time command centre for ag and hort operations - connecting managers with their field teams to coordinate jobs, track work, and

simplify compliance reporting,” said John Enlow, CEO, Tabula. “Cedric’s deep knowledge of the Australian ag landscape and his

experience working across agribusiness sectors make him an ideal fit as we grow our presence here.”

GAVIN DUNSTAN

WISE FARM EQUIPMENT EXPANDS ITS FOOTPRINT IN DIVERSE FARMING REGION WITH ADDITION OF NEW BRANDS

SOUTH AUSTRALIAN AGRICULTURAL MACHINERY

BUSINESS WISE FARM EQUIPMENT HAS UNDERGONE A MAJOR EXPANSION, WITH THE ACQUISITION OF TWO CASE IH DEALERSHIP OUTLETS IN NARACOORTE AND MOUNT GAMBIER.

Wise Farm Equipment has represented the CNH brand, New Holland, in the upper south-east of South Australia since 1981, but has now acquired the former Hage Tractors and Implements dealerships, bringing Case IH, also a CNH brand, into its machinery offering.

The Bordertown dealership will continue to sell the New Holland brand exclusively, while Wise Farm Equipment’s new Naracoorte and Mount Gambier locations will offer the Case IH brand.

Grant Wise said he, his wife Nicole, and the business’ 48 staff, were looking forward to the new opportunities offered by the expansion, and what it meant for their existing and new customers.

“As a proud family-owned business ourselves, we saw the opportunity to purchase another respected family business and to really solidify our position as agricultural machinery suppliers in the south-east of South Australia. This decision to invest and expand is about our future, and our commitment to supporting our customers who now have more options available in more locations, with quality CNH-

backed brands available at each location,” Grant said.

“This expansion allows us to take advantage of some synergies with training, with parts supply and availability, through the sharing of service resources when needed, and with a broader management structure, offering more skills across the board. This will benefit our customers and provide opportunities for growth and development for our staff. We are committed to supporting our new and existing customers with the same focus on aftersales support we have built our reputation on.”

CNH Business Director – Agriculture ANZ, Aaron Bett, congratulated Wise Farm Equipment on the move and said the business was a great addition to the Case IH dealer network.

“Hage Tractors and Implements served the Naracoorte and Mt Gambier areas very well for many years, so we welcome the acquisition of these Case IH machinery dealerships by Wise Farm Equipment, which has built a reputation for quality service in the Bordertown region,” Aaron said.

“We know they’ll bring this dedication and expertise to the

IH brand in Naracoorte and Mt Gambier, and both existing and new customers can be assured they are in the best of hands.”

Grant said South Australia’s south-east was a diverse farming area, with businesses ranging from broadacre and livestock, to horticulture and viticulture. The new Wise Farm Equipment dealerships would be offering the full range of Case IH tractors, combines and hay equipment. The two sites will also be representing the Flexi-Coil and Horwood Bagshaw brands.

Grant and Nicole are second-generation owners of the business, having taken over from Grant’s parents Harold and Joy. The past 24 months has seen the business introduce shareholders for the first time: current employees William Dreckow, an

experienced service technician; machinery salesperson Tim Ballinger; and business manager Kane Cuthbertson.

“We’re excited to have William, Tim and Kane come in as shareholders with a commitment to, and a financial stake in, Wise Farm Equipment. It’s a business model we will continue to pursue to offer opportunities and growth for the right people to ensure our organisation has a key point of difference and a positive future in the industry, along with a solid succession plan,” Grant said.

Cedric will be focused on helping contractors and growers take control of their operations - from fertiliser application to field communication - with tools that reduce administration, improve efficiency and safety, and ensure job visibility across the board.

“Australian contractors and growers are under pressure to do more with less, while staying on top of compliance and workforce coordination,” said Cedric. “What drew me to Tab -

ula is how usable and relevant the technology is - it’s built to make everyday operations easier and more connected. I’m excited to help local businesses tap into that.”

Founded in New Zealand in 2006 as TracMap, Tabula processes 60,000 jobs across 2.7 million hectares every month. A global team of 55 services a rapidly growing client base from offices in New Zealand, Australia and the USA. With continuous

innovation at its heart, Tabula has recently launched Whiteboard, a visual job communication tool, and Tabula Assist, which allows vehicles to signal when help is needed and enables real-time response support.

The company sees strong opportunity in Australia to deliver operational clarity and fieldto-office connectivity across key agricultural regions.

For more about Tabula, visit www.tabula.live.

FROM LEFT: THE WISE FARM EQUIPMENT TEAM, FROM LEFT, TIM BALLINGER, NICOLE WISE. GRANT WISE, KANE CUTHBERTSON AND WILLIAM DRECKOW.

CEDRIC GEFFEN

Case

UNLOCK ENERGY:

TRIMBLE AND PTX TRIMBLE EXPAND INNOVATIVE TECHNOLOGY

IONOGUARD IMPROVES RTK GNSS POSITIONING PERFORMANCE DURING SOLAR STORM EVENTS.

Trimble ® and PTx Trimble announced today the availability of Trimble IonoGuard™ for the precision agriculture industry. IonoGuard is a next-generation technology engineered to enhance RTK GNSS signal tracking and hardware positioning performance. IonoGuard helps ensure more reliable and accurate positioning by reducing the risk of signal loss and maintaining signal integrity during challenging ionospheric conditions.

Every 11 years, solar activity peaks, causing ionospheric disturbances such as scintillation and signal noise that can result in unreliable positioning. Solar Cycle 25, which began in 2024 and is expected to last through 2026, could pose significant challenges with the potential for global disruptions. While solar cycle disturbances are a phenomena noticed by few in most

PRECISION

occurrences, high-precision RTK GNSS users in equatorial regions are regularly impacted by solar activity year-round, inflicting costly interruptions on agricultural operations.

CUSTOMER TESTING AND VALIDATION

“There was no question when asked if we wanted to test IonoGuard,” said Michael Munro, General Manager, Sales and Marketing of Vantage Australia. “Knowing we can better weather the next major solar storm with less risk for signal loss and improved signal availability and precision during such a disturbance provides peace of mind knowing we can still get the work done.”

“The solar storm experienced in May 2024 put IonoGuard to the test and, based on feedback from our beta testers like Van-

tage Australia, demonstrated the value of this technology to enable uninterrupted work in the midst of significant solar activity,” said Andrew Sunderman, Vice President, Product & Customer Experience at PTx Trimble. “When a solar storm hits, work might be stopped due to signal loss, resulting in downtime, increased labour costs and potentially wasted inputs during planting and spraying. We’re extremely proud to offer a solution that truly minimizes this risk by decreasing downtime, reducing costs for the farmer and keeping the agricul-

ture industry up and running all day, every day.”

AVAILABILITY

Trimble IonoGuard is available on the PTx Trimble NAV-900™ guidance controller via the latest PTx Trimble Precision-IQ firmware release and Trimble base stations that support the ProPoint GNSS positioning engine, sold and distributed by PTx Trimble. When combined, users can achieve maximum RTK performance. To learn more about IonoGuard, visit https://ptxtrimble. com.

ESSENTIALS SAVINGS TO DRIVE EFFICIENCY

AND TECH ADOPTION

THERE’S AN ADAGE IN THE TECH INDUSTRY THAT 80% OF PEOPLE UTILISE ONLY 20% OF THE CAPACITY OF THE TECHNOLOGY THEY OWN.

Just think of the unused features on your mobile phone – for most people these micro-computing marvels are only used for talking, messaging and taking photos.

Farmers across Australia and New Zealand are renowned globally for their productivity and efficiency, and are often considered leaders in AgTech. They want to do more with less, while getting the most from each pass of the paddock.

But there remains significant untapped potential to positively impact farm businesses through greater utilisation of technology.

Until now only farmers who purchased new equipment were able to access the latest preci-

sion agriculture (PA) innovations to maximise efficiency and productivity.

As the name implies, the goal of PA is to maximise margins through precise management practices, from seed placement at the right depth, spacing and volume, through to targeted and efficient fertiliser and pesticides applications, to match the exact growing conditions of each square metre of a farmed paddock. Optimising the accuracy of these tasks requires sensor-based technologies and advanced computing systems.

Where previously, farmers may have felt they had restrictions in achieving their full potential in precision agriculture, that has

now changed with John Deere’s Precision Essentials packages, which bring the latest technology to all ages and makes of machinery.

Precision Essentials allows farmers to tailor the latest PA

hardware and software to the specific needs of their farm business. It removes the barriers to adopt technology by making it affordable, accessible and adaptable to all.

We are now offering flexi-

50 YEARS’ EXPERIENCE VS CUTTING EDGE AUTOMATION IN ULTIMATE TECHNOLOGY TEST

JOHN DEERE HAS PUT ITS SUITE OF AUTOMATION FEATURES ON THE GROUNDBREAKING S7 COMBINE TO THE ULTIMATE TEST IN AN EXCITING NEW CHALLENGE THAT HAS PITTED ONE OF AUSTRALIA’S MOST EXPERIENCED OPERATORS AGAINST A NEXT GENERATION FARMER IN THE MOST RECENT WHEAT HARVEST.

Two new S7s harvested alongside each other, one driven by an operator with more than 50 harvests under his belt, Joe Cornish, and the other by 25-year-old fifth generation farmer, Angus Carrigan.

Angus had the benefit of all the new automation features, while our veteran, Joe, had them switched off, instead relying on his five decades of instinct and know-how.

The new docuseries ‘Harvest S’ captures all the dust, drama and excitement as the S7 900s vie for most tonnes, least grain loss and the greatest productivity.

“Conditions were tough at our site at Gurley in northwest NSW, where we had a big wheat crop starting to lean over,” Ben Kelly, John Deere Director of Marketing, said.

“But that’s what we wanted, to put the S7 through tough conditions in a real-world environment.

“And we could not have had two better competitors. We found one of the most experienced harvest contractors in Australia in Joe, who’s been farming since 1982, and asked him to drive the S7 manually for four hours without using any of the tech tools.

“And then we put Angus, one of the new generation, in the S7 with all that technology at his disposal to see if he could match Joe’s productivity, capacity and efficiency.”

The S7 is packed with the latest onboard technologies to level up the performance of even the most novice operator.

Predictive Ground Speed Automation lets forward cameras ‘see’ the crop 8.5 metres ahead of the machine in conjunction with pre-harvest satellite images to generate a predictive field map. The combine then automatically adjusts speed to match the conditions and maintain optimum harvesting pace.

THE NEW DOCUSERIES ‘HARVEST S’ CAPTURES ALL THE DUST, DRAMA AND EXCITEMENT AS THE S7 900S VIE FOR MOST TONNES, LEAST GRAIN LOSS AND THE GREATEST PRODUCTIVITY.

TWO NEW S7S HARVESTED ALONGSIDE EACH OTHER, ONE DRIVEN BY AN OPERATOR WITH MORE THAN 50 HARVESTS UNDER HIS BELT, JOE CORNISH, AND THE OTHER BY 25-YEAROLD FIFTH GENERATION FARMER, ANGUS CARRIGAN.

Harvest Settings Automation delivers an effortless way to lock in grain quality consistency. An

“CONDITIONS WERE TOUGH AT OUR SITE AT GURLEY IN NORTHWEST NSW, WHERE WE HAD A BIG WHEAT CROP STARTING TO LEAN OVER,” BEN KELLY, JOHN DEERE DIRECTOR OF MARKETING, SAID.

bility for how growers wish to purchase. Traditionally farmers bought everything upfront, which is still an option. But those purchasing Precision Essentials will experience a lower upfront cost for a display, receiver and modem and then select a pre-packaged licence that has

features that suits their operation, like AutoTrac, Section Control and RTK.

Importantly, Precision Essentials equipment can also be retrofitted to aging equipment, and mixed fleets.

As farming operations evolve, they can upgrade licences to suit

their needs to ensure they have the greatest impact on farm. By being continually connected, farmers will obtain the benefits of software updates as we continue to unlock improvements and update features, thus getting better over time.

Precision Essentials allows

operator simply sets the desired grain loss, foreign material and broken grain limits, and the S7 combine takes care of the rest, self-optimising on-the-go to hit those targets.

The benefits across the day, and the entire season, can

*Based on anonymised Ops Center data comparing John Deere combine models with and without Predictive Ground Speed Automation. Productivity represented by tonnes of crop per hour. Results will vary depending on model, crop and field and operating conditions.

them to easily take the step to the next level of automation by embracing the right combination of John Deere technology that meets their needs.

For more information about Precision Essentials options, contact your local John Deere dealership.

increase productivity by up to 20%* and help address skills gaps and operator fatigue during the critical harvest period.

For Joe, the new machine was a far cry from his early days contracting, when guidance technology was a piece of rope dangling from a pipe at the front of the tractor.

“I’m very sceptical about this sort of stuff, but you can always be proven wrong,” he said.

“The main thing is keeping it consistent. Stoppages cost a lot of money.”

Fifth generation farmer Angus Cararigan has a passion for tractors and sees John Deere technology as making the job “a lot easier”.

“The use of cameras to see something coming means less time for me pulling straw out of blocked headers, and more time in the paddock is crucial,” he said.

To watch Harvest S and see the results go to the John Deere Australia and New Zealand YouTube channel.

Part 1: https://youtu.be/1kttySM4ALw?si=waY95xebdfnOZ_3S Part 2: https://youtu.be/VEZMZnSzYsk?si=BO_rKwlV2iX2bEJW

Ground Speed Automation had given Angus the edge in maintaining a consistent speed and high productivity and staying below 1% grain loss limit.

“I think the front made it a lot easier to follow the ground, it sped up itself and kept it a pretty consistent load the whole time, which was great,” Angus said.

Specialist, the match proved that technology can “bridge the gap” in experience.

“The S7 technology doesn’t unlock a hidden extra bit of mechanical performance, but what it does unlock is consistent mechanical performance,” Max said.

“So if you can get staff in the

drive,” he said.

“I really liked Machine Sync unloading, the ease of filling the bin. I can see why it would be good for operators who aren’t as highly skilled.”

This was just one of the tests run at the beginning of the 2024 harvest season where John Deere had 10 Harvest Automa

what’s new in... HAY AND SILAGE MAKING EQUIPMENT

TO MAKE TOP QUALITY HAY AND SILAGE YOU NEED TOP QUALITY GEAR. HERE IS OUR SURVEY OF THE LATEST MOWERS, RAKES, BALERS, SILAGE WAGONS, WINDROWERS AND FORAGE HARVESTERS THAT ARE AVAILABLE TO AUSTRALIAN FARMERS AND CONTRACTORS IN 2025.

CLAAS HARVEST CENTRE

250,000 CLAAS CUSTOMERS ARE DISCO CONFIDENT

Since 1996, Disco disc mowers have been at the forefront of mower design on the international stage, with innovations like the Max Cut mower bed with wave-shaped profile, the hydropneumatic Active Float suspension or vector folding.

Recently, the 250,000th Claas mower – a Disco 3200 FC – rolled off the production line in Bad

Saulgau, heralding the launch of a new generation of Claas front mowers.

“Front mowers play a key role in boosting the productivity and quality of forage harvesting,” says Luke Wheeler, Product Business Manager – Green Harvest.

“Today, powerful high-horsepower tractors with front PTO are becoming genuinely self-propelled and, in combination with our ‘18-to-12’ swathing strategy,

enable a high-capacity, professional forage harvesting chain with the focus on quality” he says.

UPGRADED FEATURES: THREE FRONTMOUNTED DISCO SERIES

The new Claas front mowers feature striking grey protective covers, perfectly matching the optics of the broad range of rear and large-scale mowers. Claas has adapted the familiar double

roller drive with scissor gearbox from the Disco 9700 RC Auto Swather biomass mower for use on the Disco FRC models with roller conditioner. This performance boost ensures a higher throughput in high yield crops.

Claas offers a front mower to suit all requirements across the three series in the latest range – from the compact lightweight Disco without conditioner, to the Disco F Profil all-rounder with trailed mower bed without conditioner, with tine or roller conditioner and with two-spring or hydraulic Active Float suspension, right up to the Disco Move with integrated Active Float suspension and self-reg-

ulating hydraulic height control that works independently of the tractor.

The current Claas Disco product range, comprising almost 40 different models with working widths from 2.20 to 10.70 m, is the result of decades of unrivalled experience in mower development and production - as well as the learnings from 250,000 customers operating in very wide-ranging conditions.

“Claas mowers enjoy an excellent reputation among customers the world over” Luke says.

For over 15 years, Claas Disco large-scale mowers have been available with Auto Swather swath grouping with cross con-

veyors. 2023 saw the launch of the flagship Disco 9700 RC Auto Swather with roller conditioner for highly productive biomass crops yielding over 60 t/ha.

Since 2024, Direct Swather technology combined with a tapered swathing auger has enabled swath grouping to be performed without a conditioner, making it an efficient option for lighter four-cylinder tractors.

Since 2020, the Max Cut mower bed introduced five years earlier has been standard equipment on all Claas mowers – guaranteeing not only a clean cut, clean forage and maximum sward protection, but high capacity paired with high cut-

ting frequency at a reduced PTO speed of only 850 rpm for optimum efficiency.

Thanks to Active Float suspension, Max Cut has the added benefit of further reducing tractive power requirements and fuel consumption.

The innovative mower bed stands for optimum reliability and durability – for instance, it features a bolted, torsionally flexible construction made from fine-grained steel with a base plate pressed from a single piece, mowing discs equipped with wear-protection rivets to double the service life, and knife holders with a tungsten carbide coating on the underside, some-

After two years of dedicated innovation, engineering excellence, and product development—driven by the direct needs of Aussie farmers—we’re proud to introduce our latest self-propelled model.

• 8000L main product tank

• TriTech RivX boom 36-42m or TriTech V boom 48m

• FastFill - liquid induction and distribution

• Dynamic drive - highly efficient mechanical 4 wheel drive system

• G-Hub 2.0 Goldacres Integrated System

• Increased operator comfort

• Weedetect® green on brown or green on green camera technology (optional) combined with new application systems

thing normally seen only in professional tillage implements.

In addition, all Max Cut mower beds are permanently lubricated – reducing maintenance effort and costs.

LAUNCHING FOR THE SEASON

The new Disco 9300 Direct Swather, with innovative auger technology, is coming to Australia for the 2026 season. Farmers and contractors can now choose between swath grouping or wide deposition, even when mowing without conditioning.

When mowing without conditioning, it is important to be able to use the full mowing width as a wilting area. The top-mounted auger drive in the Disco 9300 Direct Swather enables the augers to be swung open hydraulically at any time, allowing the unprocessed crop to be deposited across the full mowing width.

“For farms that do not need a conditioner because they require longer wilting processes or have less powerful tractors, Claas has taken the tried and tested auger technology from the Direct Disc front attachment on the Jaguar forage harvester and systematically redeveloped it for grassland use in the new Direct Swather,” Luke says.

Alternatively, Claas is introducing the new Disco 9300 C Auto Swather with tine conditioner and cross conveyor belts, designed mainly for multi-farm use, succeeding the well-known Disco 9200 C Auto Swather.

These two models are new to the product range and have a 9.10 m working width, offering four performance classes for large-scale mower-conditioners for power outputs from 180 to over 400 hp.

Designed for forward-thinking dairy farms, the Disco 9300 Direct Swather large-scale

mower features a host of clever details, that for the first time, provide four mowing and swath-laying strategies in this segment:

- Full-width deposition for fast, effective wilting.

- Mowing with integrated central swathing for fast, effective field clearance without tedding and swathing.

- 18m mowing width consolidated to 12m swath (combined swath/wide placement) for active control of witing process and optimal forage harvester utilisation.

- Mowing with one-sided swath laying for clearing the field margin.

The tapered Claas auger arranged close and parallel to the mowing discs ensures consistent, reliable crop pick-up even when growth is uneven. At the same time, the tapered design increases the feed volume towards the middle, as the

increasing diameter of the auger enables more crop to be conveyed. In addition to the tapered design of the auger, the tapered auger housing with integrated ‘pockets’ in the rear is another unique feature.

Additionally, the new Disco 9300 C | RC Comfort, comes with ISOBUS and LoadSensing for the comfort functions and uses standard remotes of the tractor for lifting and lowering the mower units to easily integrate in the headland management of the tractor.

Some models in the Disco 9300 range are approved for tractors with outputs of over 400 hp and offer even greater wear protection while at the same time reducing the weight.

If you would like to learn more about the new 9300 model, please contact your local Claas Harvest Centre.

VOLTO TEDDERS –SAFE TRANSFERS TO THE FIELD

Time is often the limiting factor, particularly when every day brings something new—and so does every field to be harvested. Our customers are looking for versatile solutions that match their specific needs as their farms keep growing and changing, so we are continuously developing our products.

Designed by professionals, for professionals – the new Volto 1500 and Volto 1300 models combine proven technology with innovative solutions to satisfy the specific needs of all our customers. Our solution combines

ing tedding are exerted on the spreader arms. They are made from rounded tubing for high torsion resistance, bolted to the rotor plate, and further

ted with strong, robust tines. Dual tines with five windings each are fitted on the tine arm and secured with a bolt. In the event of a breakage, the tineloss protection system reliably -

The Volto 1300 and 1500 are the

gentle giants of our tedder range, producing maximum efficiency in an agile package. They retain the manoeuvrability of a small machine, making even more soil-friendly use of the enormous working width.

CLAAS VARIANT 500 –REDESIGNED TO GIVE YOU MORE

For daily grassland-based operations, you need more than just robust machinery. You need technology that you enjoy running – reliable machinery and technology that works in unison when the going gets tough, and when there seems to be no end in sight.

The Variant models get the crop packed tightly. less fuel, less labour, less net wrap, and more money in your pocket.

IMPRESSIVELY VERSATILE, THE VARIANT 500 IS IDEAL FOR STRAW, HAY AND SILAGE

The 4x5 and 4x6 variable chamber round baler from Claas includes innovative features as standard: User-friendly operation at the touch of a button

The Cemis 700 offers three different approaches to control the unit. Operation via the rotary pushbutton is particularly well suited for jumping between different contents, the touchscreen allows for a direct selection of functions and the keys on the control unit enable the usual operation by keystroke. Furthermore, the terminal offers a plug and play solution to display the picture of an optional Profi Cam 4.

Wide pickup: more material in one bale equals fewer bales to handle.

You have an excellent view of the pickup and net wrap at all times, with a standard 83 in (2.1 m) cam-controlled pickup and toolfree height adjustment. All models can also be fitted with an optional 92.5 in (2.35 m) pickup for even wider working width. Rotor starts the bale: preventing belt slippage

The bale and cutting rotor rotate in opposite directions. With the rotor tines acting as a starter roll to get the core spinning immediately, the fast-turning rotor engages directly with the bale forcing the bale start - for each and every bale, in all conditions. Heavy duty drive: for top performance in the toughest crop conditions

The heavy duty gearbox increases throughput, the baling belts are endless for reduced wear points, and the 1.25” main drive chains are built for the long haul. Plus, with the automatic lubrication system in standard, the chains are continually lubricated for longer service life.

Hydraulic Pro drop floor: clearing blockages with ease It can be lowered hydraulically to clear blockages at the push of a button from the tractor cab, while the knives are automatically depressurized. To avoid blockages, the Pro drop floor compensates for uneven swaths by lowering itself by up to 1 3/16” (30 mm).

Four endless belts: contributing to high performance and bale density

Driven by two cambered rubber-coated rollers and a belt speed of 10 ft/sec, the Variant

turns faster and compresses more densely than any other baler - with maximum surface coverage by the four belts, minimizing crop loss.

Extra wide net wrap: a standard feature on the Variant 500

The tried-and-tested 51” (1.30 m) wide Covered XW net wrap covers the edge of the bale for better water drainage and smoother edges. Sitting on a roller, dirt or crop residue directly fall out and the role of net wrap always remains clean. Twine binding is optional. In addition, the binding unit is easier accessible thanks to its 250mm lower position on the machine compared to the previous generation.

Covering you completely: thanks to adjustable devices left and right

The role of net wrap can be easily centered to the middle of the bale chamber. This enables the use of 48” net wrap in the 51” tying system of the Variant. The stretch of the net wrap is done by a rubber roller underneath the net wrap and can be adjusted

manually depending on the net wrap used.

Smart Density: for optimum belt tensioning in every condition

The Smart Density management system controls the two tensioning arms independently of one another.

Impressively versatile, the Variant 500 is ideal for straw, hay and silage. Feeding or cutting rotors with up to 14/17 knives (model dependent) are ready to take on the toughest silage crops, the net wrap system ensures your bales stay perfectly in shape and allows for a variable stretch - independent of the size of roll.

As a leading equipment manufacturer of hay and forage machinery, Claas provides the ideal harvesting chain for any farm or business size. Our equipment, if coordinated across your property, supports you in your day-to-day operations and enables you to achieve optimal results in forage harvesting.

Talk to your local Claas Harvest centre dealership for more information.

BALE AUTOMATION BRINGS BIG BENEFITS FOR BALING PROCESS

A new option for the Case IH large square baler range offers the potential for greater productivity, bale quality, fuel efficiency and operator comfort by automating key baler and tractor functions.

Operating a baler manually demands long hours of continuous operator focus, with regular steering adjustment to follow the swath, plus observation of swath density and crop flow to prevent overloads and blockages, changing tractor speed to match.

In addition, to ensure production of consistent bales, the driver must observe the bale fill indicator and correct the tractor steering accordingly, while also monitoring bale slice numbers and weights.

By proactively automating tractor steering according to the swath path, and speed adjustment with regard to swath volume, bale automation relieves the driver of these demands.

At its heart is a LiDAR (light detection and ranging) sensor located at the front of the tractor cab roof. This emits a laser pulse several metres ahead of the tractor which is reflected off the swath. The system will automatically adjust the steering, which is then fine-tuned not only to follow the swath, but also according to the baler’s plunger load sensors, ensuring even filling of the chamber.

This is the best available technology with single sensor setup. It can work in daylight or at night and is prepared to deal with dusty conditions, low contrast targets delivering great bale quality, saving fuel and granting great operator comfort for long working days, and even nights.

The swath cross-section measured by the LiDAR is also used to govern tractor speed control, reducing it when necessary to avoid overloads, and increasing it in thin swath areas.

This will significantly increase the productivity, as the system adjusts the forward speed

always to its optimum – even during long harvesting days.

Sune Nielsen, CNH Product Manager for Hay and Forage, Australia/New Zealand, said he was delighted with the automation technology.

“I had the opportunity to validate this system locally, having spent many hours behind the wheel of a baler in the past, and it was pleasing to see how simple and effective the technology really is,” he said.

Sune said it wasn’t always straight forward to make a uniform bale, especially if the windrows were narrow or not uniform. And, if the baler wasn’t fed the right way, the bales could come

out banana-shaped with more material on one side, which can also lead to broken twine.

“The automation takes care of this, steering the tractor so material is evenly distributed into the baler feed system,” he said.

TWO BALING MODES

The automated system offers the operator two assisted baling modes which can be used combined or independent from each other:

- Feedrate 2.0 – The maximum speed limit and number of slices per bale can be set, with a low number equating to thicker slices and a higher throughput. The tractor will then

SUPERWRAP: EXCELLENCE IN TUBE WRAPPING.

Webbline’s Superwrap is a versatile and efficient tube wrapper designed for wrapping round bales of hay, straw and silage. With its advanced features and robust construction, the Webbline Superwrap tube wrapper has become a popular choice among farmers and contractors.

The Superwrap tube wrapper offers several key benefits for farming operations. Firstly, it provides excellent protection for bales, keeping them tightly wrapped and shielded from the elements. This helps preserve the nutritional value of the forage and prevents spoilage, ensuring high-quality feed for livestock.

The machine is also known for its ease of use. It can easily be towed behind a 4wd ute from site to site and is quick to set up. It features user-friendly controls and automation capabilities, allowing farmers to wrap bales quickly and efficiently. The Superwrap’s adjustable settings enable farmers to customize the wrapping process (stretch and overlap) according to their specific requirements.

Another advantage of the Webbline Superwrap tube wrapper is its durability. It is built to withstand the demanding conditions of farming environments, including rough terrains and heavy workloads. This ensures a long lifespan and reliable performance, reducing downtime and maintenance costs.

SCANNELL TUBE WRAPPERS: FORAGE PRESERVATION FOR SQUARE AND ROUND BALES.

Scannell tube wrappers are another Webbline-sourced product designed to wrap square or round bales. The large diame-

continuously adjust its forward speed to match the target slice number.

- Swath Guidance – This uses the tractor’s steering logic along with the Lidar technology. This allows hands-free driving whenever a swath is detected ahead of the tractor, and ensures the swath enters the centre of the pick-up, making adjustments as necessary according to the plunger load cells to ensure a perfect bale shape.

Both functions can be disengaged at the press of a button or by moving the steering wheel.

The automation is available as a kit on all XL models from the end of 2022 onwards. It is

also on HD models starting from model year 2020. It can work with all Case IH Puma, Optum and Magnum CVT tractors equipped with Class 3 ISOBUS unlocked for steering and speed control.

A specific intuitive run screen has been developed to provide a simple overview of the Automation functions and key main information. Differential GPS provides a sufficient signal, with RTK not necessary.

The system was also recognised with a Silver Medal Award at Agritechnica and is now available in the Australian and New Zealand market.

Contact your local Case IH dealer for more information.

ter chain-driven wrapping ring allows the operator to wrap four or six string square bales up to 2m long or round bales up to 1.8m in diameter. The tube wrapper tightly seals the bales, preventing air and moisture penetration, which is crucial for preserving the quality and nutrient content of the forage.

By ensuring proper wrapping and storage of hay and silage, the Scannell tube wrapper contributes to improved feed quality for livestock. Higher-quality feed leads to better animal health, productivity and, ultimately, higher farm profitability.

Furthermore, the Scannell tube wrappers help farmers overcome challenges posed by Australia’s unpredictable weather conditions. The country’s extreme heat, occasional droughts, and sporadic rainfall can adversely affect the forage quality if not adequately protected.

BIOSTART

EXCELLENCE WITH EASE

Craig Hage, a former motorbike racing champion for Australia, now applies his ability to excel to his agricultural contracting business, Regari Contracting, based near his hometown of Tanunda, in South Australia.

“I loved farming growing up, and it was a natural progression into contracting” says Craig.

What began as a hay and silage service has grown to encompass broadacre and pasture services, including spraying, seeding and spreading. Today, Regari Contracting is managed by a team of four full-time staff members. Additional staff members are hired for the busy summer months when they are baling hay and silage.

Craig, in his continuous pursuit of efficiency and excellence in agriculture, uses Biostart’s forage products, HayKing and SilageKing. Craig explains his decision-making process:

“We initially did a trial where we applied SilageKing to some forage and left some withoutand saw a reduction in mould in the treated bales. With the hay, some customers thought the treated hay was more attractive to the livestock. Where hay is not quite cured, and weather conditions not suitable, we have been able to bale earlier and prevent the hay from heating and growing mould.

HayKing and SilageKing give consistent results on the end product compared to my previous inoculant and it is easy to use. There is no need to mix batches, so it can be tipped straight into the tank on the baler. In addition, these products

doesn’t corrode the machinery.”

Craig has used Biostart forage preservatives for eight years now and has 50-60 regular customers. The company produces 8000 hay bales, 6000 silage bales and 9000 straw bales per season. Craig puts his success down to good planning, being adaptable and aiming for excellence in all areas of the business:

“Over the years of running both a farm and a contracting business, I’ve learnt that flexibility and forward planning are key. Conditions are always changing—whether it’s the weather, markets, labour availability, or technology – and you have to be ready to adapt.

One of the biggest lessons has been the value of investing in good people and good equipment. Early on, I tried to do too much myself, but over time I learnt that building a reliable team and delegating effectively leads to better results.

We treat every job as if it was our own and aim to carry it out as efficiently and professionally as possible. Taking pride in our work and focusing on the details helps ensure we consistently deliver good results. SilageKing and HayKing have really improved the way we do things. They’ve helped us lift the quality of our hay and silage, and made the whole process more consistent.”

HOW SILAGEKING WORKS

SilageKing has two modes of action: increasing the action of ensiling microbes while reducing the action of spoilage microbes.

Firstly, SilageKing activates the beneficial lactic acid and acetic

bacteria that occur naturally on the forage prior to chopping and baling. These activated bacteria produce the lactic acid and acetic acid that then ensile (preserve) the forage.

Secondly, SilageKing inhibits the growth of the spoilage microbes that are also present on the forage in the paddock. It inhibits the growth of yeasts, which heat silage pit faces, and spoilage fungi, some of which produce mycotoxins that impair animal weight gain and fertility. By reducing the amount of sugars used by those undesirable microbes, more metabolisable energy (ME) and dry matter is retained in the silage and its quality is improved. The fermentation extracts in SilageKing and MaizeKing make a highly palatable forage that retains optimal metabolic energy levels.

SilageKing liquid can be used to preserve cereal, lucerne, canola and pasture silage while MaizeKing is specifically designed for ensiling maize.

HOW HAYKING WORKS

HayKing is made from a combination of microbial fermentation extracts that inhibit hay spoilage microbes, such as yeast and fungi, ensuring bales store better, remain cooler after baling, and maintain better feed quality. This high level of control over spoilage microbes also means baling can be done at slightly higher moisture levels, meaning you can start earlier, finish later, and carry on in damper conditions.

Figure 1 shows that the application of HayKing to hay at baling stopped the bales heating over the first four weeks after baling, whereas the untreated bales heated up two weeks after baling and remained warmer than

treated bales for ~14 days. The heating in the untreated bales was caused by the activity of the yeasts in the bale. These yeasts use up sugars in the hay to grow and produce heat when they metabolise these sugars. Once these sugars are used up by the yeasts, they are not available to feed the animal. Heating also denatures the protein which reduces palatability. Feed analysis of the resulting hay showed HayKing maintained higher levels of metabolizable energy, digestibility and protein in the hay.

All Biostart’s forage preservatives are used straight from the drum and open drums can be used again in the following days. As there are no live microbes in the products, just the extracts, they can be stored at room temperature.

In addition, HayKing has been demonstrated to work with hay steamers as the product is not affected by the high temperatures created by the steamers. BioStart has a range of convenient applicators available to apply SilageKing and HayKing. There is also a new formulation, HayKingHV, for applying HayKing through the high volume inbuilt applicators on balers.

Biostart is an Australasian company that was started in New Zealand. They have been developing biological solutions for 30 years with extensive testing in partnership with farmers both in New Zealand and Australia to ensure the products are both reliable and practical to use.

For more information call Biostart’s Ag manager, Nick Smyth, on 1800 359 559 www.biostart. com.au or, in Victoria, Tim Marshall at Cardinal Twines and Film on 0427 276 391.

SCHUSTER FARMS TURNS TO KRONE FOR HAY PERFORMANCE THAT LASTS

Smart machinery choices and well-timed decisions are helping Schuster Farms carry on a legacy of innovation, efficiency and quality that has lasted a century and a half in South Australia.

Schuster Farms, based in Freeling, South Australia, is proudly celebrating its 150th year of operations. As a sixth-generation farmer, Corbin Schuster knows better than most what it takes to keep a farm running through the unpredictable seasons of South Australia, and this year is no exception.

It has been a patchy and challenging start across the state’s Mid North, putting pressure on timing. But for Corbin and his family, generational thinking and smart machinery choices are key to making the most of any sea-

string balers, with a third owned in a partnership. They also operate a Krone front-mounted mower and several rakes, including the Krone Vendro tedder and three Swadro rotary rakes.

Krone’s commitment to customer feedback and continuous improvement has made a lasting

ri Sales and Service, based in Gawler, have been big factors in their support of the brand.

“Krone are really good with listening to our feedback in Australia,” Corbin explained.

“If there’s a problem, they take it on board. They’re not afraid to make changes, and as a producer it’s great we see these changes in the next version of the product.”

Schuster Farms almost every year to check in and assess for customer feedback.

“They actually came out a few years ago on a 38-degree day,” Schuster recalled.

“Even they were impressed with how well the BigPack baler held up in the heat.”

This season, the Schuster’s have made a strategic move to run a four-metre front mower,

TAMA

ENSURING HIGHQUALITY SILAGE: AVOIDING COMMON PITFALLS

In 2024, Tama embarked on a mission to unlock the secrets of conserving high-quality silage. Producing high-quality, nutritious silage requires attention to detail, as even minor mistakes can lead to significant problems.

Oversights or shortcuts can result in silage that is either unusable due to insufficient dry matter content or dangerous to herd health because of mould growth and the presence of mycotoxins or Listeria.

Many farmers have accepted issues like mould as inevitable. However, these problems often stem from committing a few key silage ‘sins.’ Here are the primary ones to watch out for:

1. Mowing too low or leaving dead grass in the sward

Mould growth in silage bales primarily depends on two factors: contamination with mould spores before baling and oxygen entering the bale after wrapping.

Oxygen is present in baled forage, but if a bale is wrapped correctly, it will be consumed quickly through respiration by the plant or aerobic microorganisms. The wrap then acts as an air barrier, preventing further oxygen ingress. Although it is impossible to eliminate all mould spores, steps can be taken to minimise their numbers and reduce the risk. It is crucial to not mow too low to prevent soil contamination and also remove any surplus grass from the previous growing season, preferably through grazing or topping.

2. Harvesting over-mature grass

Harvesting over-mature grass can increase the likelihood of mould contamination in silage. While sometimes unavoidable

due to weather conditions or specific forage needs, this practice is often driven by a desire to increase crop yield at the expense of forage quality.

As forage matures and seeds set, vegetative parts of the crop die, becoming susceptible to fungal pathogens. These pathogens can enable non-pathogenic fungi to establish in the forage, increasing the overall fungal load.

3. Leaving cut grass in a narrow swath to wilt – use tedder equipment

To reduce mould contamination, use a tedder to spread the crop out for even drying and spread the grass over 80 to 100% of the original cut area within two hours of mowing.

Failure to do this can lead to conducive conditions for mould growth. Original mower swathes also hinder the wind’s effectiveness in drying the crop. Spreading the crop promotes rapid wilting and allows sunlight to help control mould through ultraviolet radiation.

4. Correct film application

Stretchfilm manufacturers recommend applying six layers to the barrel of the bale; this is important considering 66% of

the bales surface is in this area.

Considering Australia does higher dry matter silage, the use of six-layer application helps reduce white mould, improves silage quality and helps bales store for longer periods. Film must be applied with a 50% overlap pattern, and with four-layer application, any bale out of shape or bigger than usual will not have enough film applied causing air ingress and mould on the bales. Data shows six-layer application returns 70% over the extra cost of application.

5. Not moving bales after wrapping

Move wrapped bales within two hours, or at least within eight hours, to their storage site, where they should remain until use. Moving bales after fermentation begins increases the risk of damaging the wrap and allowing oxygen ingress. Using a bale grab to move them squeezes the bale, potentially creating a vacuum that draws in air when the grab is released, facilitating mould growth. Do not spike the bales as this allows air ingress.

6. Maintenance of wrapping equipment

Wrapping equipment must be set up correctly and maintained

to achieve correct application and maximise the film’s benefit. Tama recommends stretching film at a minimum of 70%. Pre stretch rollers must be cleaned regularly and tension springs checked for strong tension against the film roll. Check all moving parts are free, gearing is greased and operating. Start wrapping the bale through the centre of the bale to attain 50% application overlap, If all this is correct, then film will be applied correctly to the bale.

7. Stack / bale management

Protect bales from bird and vermin damage by stacking them in a clean well drained area. Continually check your bales for any damage and repair these with silage tape quickly to avoid air ingress. Even the claws of a fox or cat can have this effect. Bait the stack if required. Avoid the use of chemicals or fertilsers on or near the bales as these can affect the UV stabilser in the film.

By avoiding these seven silage sins, farmers can produce high-quality, nutritious silage and avoid potential regrets. Ensuring the best practices in bale wrapping and handling significantly enhances silage quality and safety.

of machinery getting wider. For Corbin, it’s a decision that has given returns in both time and quality.

“We’ve actually gone narrower on our front mower, back to a 4-metre front,” Schuster said.

“With wider fronts, you end up double mowing more hay, which traps moisture. By going back to a 4-metre front, the mower lays hay lighter and dries quicker. We’re talking days quicker in some cases.”

With harvest windows getting tighter and hay quality more important than ever, those extra drying days can make a significant difference.

“It’s not always about covering more ground; sometimes it’s

about getting better hay.”

In a milestone year for Schuster Farms, it’s clear that smart decisions and the right support, are helping write the next chapter of a long-running family success story.

LALLEMAND

TACKLING THE RISK OF SOIL CONTAMINATION IN SILAGE

By David Lewis, Technical Services Manager, Lallemand Animal Nutrition

As the silage season approaches with unpredictable weather patterns, one issue becoming increasingly evident over the last couple of seasons is soil contamination in silage. This isn’t just a matter of dirty feed—it’s a serious threat to silage quality, animal health and, ultimately, farm profitability.

Soil in silage often identified from high ash levels in a feed analysis, even when not visible to the naked eye, introduces harmful microorganisms, particularly Clostridia—anaerobic bacteria that thrive in oxygen-free environments. Once established, these bacteria degrade silage quality by:

- Raising pH through lactic acid consumption

- Producing butyric acid which gives silage a rancid smell

- Breaking down proteins , reducing feed value and generating biogenic amines like histamine, putrescine, and cadaverine.

These compounds not only reduce palatability but can also suppress feed intake, affect rumen health and compromise animal performance.

“Silage that smells bad and looks unappealing doesn’t just

sit in the trough—it actively discourages cows from eating their full ration,” says David Lewis, Technical Services Manager at Lallemand Animal Nutrition.

“That drop in intake directly impacts milk yield, growth rates in beef herds and overall herd performance.”

The consequences of soil contamination are far-reaching:

- Clostridia proliferation: These bacteria degrade valuable proteins and produce compounds that make silage unpalatable.

- Reduced nutritional value: Protein breakdown leads to nutrient loss and the formation of harmful biogenic amines.

- Increased spoilage: Contaminated silage is more prone to mould and microbial degradation.

- Economic losses: Poor-quality silage increases feed costs per cow, as more supplements are needed to meet nutritional requirements.

Many silage makers focus on driving the fermentation quality by using MAGNIVA silage inoculants, which promote the growth of beneficial lactic acid bacteria. These bacteria rapidly lower pH during fermentation, creating an environment that inhibits Clostridia and other spoilage organisms.

“While we can’t control the weather, we can absolutely manage the fermentation process,”

pH strip shows the soil contaminated silage with high pH (butyric) layer above the clean silage below with low pH. The blue indicator in the middle of the pH strip indicates high pH, typical of a butyric silage. The orange yellow in the middle of the bottom pH strip indicates acidic and what we should expect to see in a good silage fermentation.

David explains. “Using a proven inoculant like MAGNIVA is a smart investment—it protects silage quality and reduces the need for costly nutritional corrections later and suffering the risk of reduced animal production.”

PRACTICAL TIPS TO REDUCE SOIL CONTAMINATION

In addition to inoculants, con-

sider these field strategies to minimise the risk of soil inclusion in the silage making process:

- Correct machine setup: Properly setup machines for preparing wilted spring silages are a must; mowers, rakes and tedders need to be set to avoid soil inclusion in both dry and wet conditions.

- Adjust cutting height: Raise the mower when fields are

The

PÖTTINGER

MERGENTO VT 9220: PRECISION FORAGE MERGING BY PÖTTINGER

Innovative merging with a focus on forage purity

Pöttinger introduces the Mergento VT 9220, the latest addition to its comprehensive grassland equipment range. Designed for versatility across alfalfa, clover, permanent pasture, and straw, the Mergento delivers working widths up to 9.20m for central and twin side swaths and 8.70m for side swaths, offering high performance across varied crop types and terrain.

Gentle handling, better forage

Unlike traditional rakes that drag material across the soil, the Mergento uses a pick-up and conveyor system lifting the crop cleanly off the ground, leaving behind stones and soil. The result is a significantly lower ash content and a noticeable improvement in feed value.This is particularly evident for delicate, leafy forage. This approach protects crude protein levels and overall energy content, making every pass more efficient and productive.

Consistent

swath formation through advanced engineering

At the core of the Mergento’s design is the conveyor unit. A combination of a six-row cam-controlled pick-up, crop

press roller, with cross conveyor belts. The pick-up tines retract precisely before the belt, using a specially designed cam track. The 120mm higher drop point allows the crop to fall naturally onto the belt, improving flow and reducing mechanical stress.

Performance remains consistent—even downhill or when working with short or light material. The chassis rollers are positioned close to the pick-up tines, ensuring accurate ground contour tracking, while the belt units feature a centre pivot mounting for full 3D movement. The adjustable floatation system standard on the Mergento enables further versatility whilst complimenting the vertical travel ranges from +475mm to -195mm, with lateral float up to +30° and longitudinal tilt up to +11.5°—ensuring adaptability in varied conditions.

Automation and operator convenience

Headland automation means the cross-conveyor belts switch off and on automatically at the end and start of each pass, ensuring clean swath boundaries and saving time. Conveyor delay times are adjustable directly from the in-cab terminal, streamlining operations further.

From the tractor seat, operators can control belt direction, swath placement, and working mode. Whether it’s placing a central swath, side swaths, dual

swaths, or even reversing belt direction to offload forage, the Mergento VT 9220 offers maximum flexibility for changing field conditions and harvesting strategies.

Flowtast glide system for Top 882 C: Clean raking in tough terrain

Pöttinger has upgraded the Top 882 C centre-swath rake—working widths from 7.7 to 8.0m— with the Flowtast glide bar: an innovative solution for clean forage collection on soft, peaty, varied conditions or uneven ground.

Designed for difficult conditions

Wheeled chassis systems is often where crops falter in wet soils, rutted fields, or areas with minimal grass cover. In such conditions, tines can dig in, introducing dirt and contaminants into the swath. The Flowtast system replaces the undercarriage wheels with a high-surface-area glide bar, maintaining clean raking and improving soil protection.

Smart materials, long service life

Constructed from PE 1000, a highly wear-resistant plastic,

the glide bar is both lightweight and robust. It consists of five individually replaceable plates sections, each being 15mm thick. Positioned close to the tine arc and shaped like a sickle, the glide bar tracks the ground evenly along the full working path— even during lateral movement.

A hydraulic cylinder supports rotor unit weight reduction, maintaining a ground pressure of approximately 200kg. This low pressure minimizes frame stress and extends both bar and machine lifespan.

Enhanced tracking options

For even more precise ground adaptation, the Multitast jockey wheel system can be added as an optional complement to Flowtast, delivering Pöttinger’s highest level of raking performance in challenging field conditions.

With the Mergento VT 9220 merger and the Flowtast-equipped Top 882 C rake, Pöttinger continues to set the standard in grassland harvesting—prioritizing crop cleanliness, forage quality, and operational efficiency, no matter the field.

soft or rutted to avoid picking up soil as well as when dry and loose.

- Manage wilting times to the correct dry matter content of

the forage: Drier forage reduces the risk of Clostridia proliferation.

- Clean storage areas: Ensure silage bunkers and areas are

thoroughly cleaned of waste silage and loose soil before filling with fresh silage. By implementing these straightforward practices, you can

significantly reduce the risk of contamination, protect your herd’s health, and maximise the return on your forage investment.

Hay making made simple

The ARCUSIN MULITPACK bundles 14 bales for quicker, easier handling, carting and stacking.

• High compaction for increased load capacity and storage efficiency.

• Less moving parts for simpler operation, lower horsepower needs.

• Make small bale handling a breeze, saving time, labour and effort.

The ARCUSIN AUTOSTACK XP bale wagon is specifically designed for all ground conditions.

• Completely automatic working cycle.

• Independent hydraulic system for total speed and pressure control.

• Self-steering rear axle and 5.4m stacking height.

• Collect and stack 90–100 large bales/hour with single operator, safely and consistently.

finding

THE CONNECTION

A WESTERN AUSTRALIAN FARM FAMILY IS USING PRECISION TOOLS TO UNDERSTAND HOW TO MANAGE DIFFERENT SOILS AND HOW IT DETERMINES OUTCOMES ON THEIR WOODANILLING FARM.

Kerry Crosby, his father Roger and brother Braden have planted 3300 hectares of wheat, barley, canola, oats and lupin. They also run a 4000 commercial flock of self-replacing merino ewes, across 700 hectares.

Kerry and Braden are the fifth generation on the farm, with the family celebrating a century on the land this year.

The region averages between 400mm to 450mm rainfall per year, although the averages have been lower over the last number of years.

The farm has a range of soil types that the family have to contend with, from heavy loam to sandy duplexes and gravel ridges.

Because of the different soil

KERRY CROSBY (RIGHT) AND FATHER ROGER. MAPS SHOWING SOIL TYPE AND CROP PERFORMANCE HELP THEM DRAW BETTER CONCLUSIONS AROUND INTERACTIONS BETWEEN SOIL, NUTRIENT AVAILABILITY AND YIELD.

types and the effect it has on nutrient uptake and yield, the family have been exploring variable rate application and other precision methods for four years.

Kerry says two main challenges are figuring where the point is where the nitrogen response flattens out, and how the curve of diminishing returns works.

KERRY SAYS THEY ALWAYS KEEP PRODUCTION TARGETS FRONT OF MIND WITH THE GOAL OF PUSHING BEYOND FOUR TONNES PER HECTARE IN CEREALS.

Tied to that is having enough data to make variable rate

applications a lot more accurate.

To this end they soil test all paddocks every three to four years, analysing PK and nitrogen, amongst other things.

Kerry says although paddock testing gives accurate results, it cannot fully reflect what nutrients are plant-available.

He uses a range of tools to help him. One such tool is Normalized Difference Vegetation Index (NDVI) maps.

NDVI is a calculation that uses satellite data to determine the health and density of vegetation. He wants to use it to map soil type and crop performance, and draw better conclusions around interactions between soil, nutrient availability and yield.

The Crosby’s also focus on soil pH, with Kerry saying they try to keep soil pH above 5 to 5.5. They do this by soil testing and liming when required, applying roughly 2T/ha every three-five years, depending on soil test results.

He uses CSBP DecipherAg’s platform to help manage soil and plant sampling, which records sampling information in one location, so it’s easy to manage. With it he can map the farm and paddocks, view sample site locations, plan and store sample information such as test selections and sample depth and view daily, monthly and seasonal biomass imagery.

Using CSBP he particularly tries to understand Phosphorous (P) and Potassium (K) in soils.

K is particularly valuable on the farm as heavy red soils are very

KERRY CROSBY, FATHER ROGER AND BROTHER BRADEN PLANT 3300 HECTARES OF WHEAT, BARLEY, CANOLA, OATS AND LUPIN.

high in K, and lighter sandy soil types are typically low in K.

Kerry was one of 10 to test the CropScan 4000VT Grain Analyser released in 2023. It is now a key precision tool he relies on.

Kerry operates a New Holland 9.90 combine, with the 4000VT fully integrated. CropScanAg says the tech includes near infrared transmission tech; the world standard for measuring whole grains and oil seeds.

It also includes real-time protein, moisture, oil, fibre and starch data, across major crop types, with data synching directly to the N-Guage app and server.

It features new sample head design; increased three-four second scan speed for high density field maps and higher spatial density data maps, with 180 readings per hectare. Calibrations include wheat, barley, canola, lentils, chickpeas, lupins, rice, oats, corn and soybeans, with a large sample head to ensure flow.

Kerry says the protein meter shows him that, just because a soil test shows nutrients are present, it doesn’t mean they’re all plant-available.

Kerry says they always keep production targets front-of-mind and, for example, for canola,

typically aim to harvest 2.5 to 3 tonnes per hectare, with the goal of pushing beyond 4 tonnes per hectare in cereals.

“The higher you push yields, the more the soil variance comes into play,” he says. “I honestly do

believe protein content is going to be the next big focus.

“We’ve been using this tech for three years, doing two harvests with it, and we’ve seen the potential when it’s working well.”

The system measures protein,

oil, moisture, starch and fibre in real time.

“From a grain logistics perspective, it’s a game-changer. You can see tank averages as you’re loading trucks, and manage grain movements straight from the iPad — which bin it’s in,

what the protein and moisture levels are, all on the go.”

But for him, the real promise lies in how it links to nitrogen use.

“Being able to overlay protein mapping with soil types or zones in your paddocks, and then build

variable-rate nitrogen maps off that — it’s incredible technology. I can’t wait until we’re able to unlock its full potential.”

The N-Gauge app, developed by Matt Clancy from Next Instruments, will be key to precision growing in the future, he says.

“That’s become a key part of how we use the protein meter.”

While the protein meter itself captures raw data, it’s the app that makes it practical.

“N-Guage takes that data and turns it into maps. We can correlate protein and yield data with other layers — anything from soil types to nitrogen removal.”

A key focus is understanding nitrogen use and removal, and how that affects overall plant performance.

“There’s a huge connection between nitrogen, yield and protein. It’s something we’ve known

BECAUSE

OF THE DIFFERENT SOIL TYPES AND THE EFFECT IT HAS ON NUTRIENT UPTAKE AND YIELD, THE FAMILY HAVE BEEN EXPLORING VARIABLE RATE APPLICATION AND OTHER PRECISION METHODS FOR FOUR YEARS.

KERRY SAYS TWO MAIN CHALLENGES ARE FIGURING WHERE THE POINT IS WHERE THE NITROGEN RESPONSE FLATTENS OUT, AND HOW THE CURVE OF DIMINISHING RETURNS WORKS.

for a long time — if you’re consistently harvesting lower-protein grain, it’s usually a sign that you can have a lot of potential upside in applying more nitrogen.”

That can have an impact on both yield and finances.

“If your protein’s down, you’re potentially losing out — both in grain weight and value. When protein levels increase, you’re improving both yield and quality, and that shows up in the returns.

“We’re definitely seeing that each soil type has a different efficiency when it comes to converting nitrogen into a usable form,” he says.

“In some parts of a paddock, we’re applying around 60 units of nitrogen and pulling over six tonnes of barley, with protein levels above 9.5%.”

But it’s not consistent across the whole field.

“In the same paddock, there are areas where we’re putting on 100 units and only getting two to

three tonnes — even though protein is still over 9.5%. So there’s a massive difference.”

The variability highlights how important it is to understand the relationship between soil type, nitrogen efficiency and return on investment.

“Each soil type has its own response curve — its own point of diminishing returns. That’s where the data really helps us make more informed decisions.

“It’s changing the way we manage those poorer-performing zones,” he says.

“For example, if we’ve trialled 70 units of nitrogen one year, then bumped it to 90 the next and still seen no difference in yield or protein — we understand that – that soil type has reached its capacity.

“There’s no point pushing more nitrogen into a block that’s not responding, so with the use of N-Gauge we can better understand each soil type’s response curve.”

As soon as they start varying rates within a paddock, it’s no longer managed as one block.

“The moment you vary the rate, you’ve effectively created two different paddocks. And you’re going to treat them differently from then on.

“With the use of N-Guage it

is very simple to manage each zone.”

That kind of approach requires a long view.

“It’s not just about this season. It’s about understanding how we’ll manage that land over a three-, five-, or even tenyear period. The big question is whether, with enough data and refinement, will we ever get back to a blanket rate — or if this variability is here to stay.”

At this stage Kerry says he is seeing gains by following the variable rate approach.

Kerry says we have known for years that nitrogen leaches — that it needs to be reapplied annually as standard practice.

Different soil types are clearly holding onto nitrogen in different ways.

That’s shifting how they view nitrogen losses.

Leaching remains on the radar, but it may not be as widespread or severe as once believed. The evidence suggests a more complex picture than traditional blanket assumptions allowed.

While they figure this out Kerry says they are not doing variable applications across the whole farm yet.

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IT’S A GOOD DAY TO BE ON THE FARM WHEN IT LOOKS LIKE THIS.

“There’s still a little bit we want to learn about how it all sort of fits in all together.”

However, in areas where they

focus on precision yield has gone up.

“After year one you might have a 20% to 30% nitrogen appli-

cation variance between your highest and lowest plots. By year five it might be back to a 5% or 10% difference, but with what we

have found so far each soil type is different.”

Kerry says he has been playing around with N-Gauge to

WITH GROWING BECOMING MORE EXPENSIVE THE FAMILY WANTS TO BE AS EFFICIENT AS POSSIBLE, AND NEW TOOLS MAKE IT EASIER TO FIND EFFICIENCIES.

map soil types dependent on crop performance.

“It uses yield and protein data to show patterns — like where you’re getting high yield and high protein, or low protein and low yield. It’s helping us understand where different soils are performing well or falling short.

“You want to put fertiliser where you’ll get the best return,” he says. “Soil tests help, but applying nutrients based on crop response is more complex — that’s where N-Gauge makes it simple.

“The protein meter is only half the tool — the app is the other half.”

The Crosbys run a New Holland 9.90, with a Can Bus protein meter.

With growing becoming more expensive, Kerry says they want to be as efficient as possible, with these tools making it easier to find efficiencies.

Kerry says the industry has many challenges. Climate, as always, is a challenge for the region.

Then there is outside influence with, for example, the sheep live export ban, a key to

AT THIS STAGE KERRY SAYS HE IS SEEING GAINS BY FOLLOWING THE VARIABLE RATE APPROACH. WHILE THEY FIGURE THIS OUT THEY ARE NOT DOING VARIABLE APPLICATIONS ACROSS THE WHOLE FARM YET.

their sheep operation, on the chopping block.

“Which was 100% a political agenda with zero understanding for the wider global agricultural industry,” he says.

“It’s scary how our industry has been negatively affected by people playing politics in Canberra.”

There are also useful ag chemicals that are also on the chopping block.

But it doesn’t help being deterred.

Kerry says we’re not far from tractors driving themselves and fertiliser inputs being precisely calculated, with many in the industry working toward a more efficient future.

On their farm they try and find efficiencies, and keep going forward.

•

•

life decisions in a CHANGING CONTRACTING LANDSCAPE

MATTHEW BOURKE IS CARRYING ON A FAMILY TRADITION THAT STARTED 50 YEARS AGO WHEN HIS GRANDFATHER BEGAN CONTRACT HARVESTING IN NORTHERN VICTORIA.

When he pulls into the Bourke Harvesting business sites straddling Berndt Street, in the little town of Tungamah, Matthew knows every nook and cranny of the yards, workshop and machinery shed, having spent a good portion of his life here.

“You can see in the workshop where we’ve built onto the shed, slowly tacked on bit by bit over the years. Every bit that’s been tacked on tells a bit of a story really,” he says fondly.

Unlike most larger contractors, the Bourkes have never farmed, so the focus has always been on the yards and the machinery in them.

Growing up, the September school holidays had been the best time of the year for Matthew, when he helped the crew work on the last of their pre-season maintenance, packing up

MATTHEW AND BROOKE CHANGED THEIR DEMANDING WORKLOAD ONCE SON MAX ARRIVED ON THE SCENE.

all the trucks for the annual harvest convoy north to southern Queensland.

The end of the holidays was also the worst time of the year, with the yards quiet and almost empty as Matthew headed back to school after the crews had headed north without him.

As with many contractors, the

A BETTER WORK/LIFE BALANCE HAS BEEN AT THE HEART OF POSITIVE CHANGES AT BOURKE HARVESTING.

annual harvest migration north was a big part of business and the Bourke family and harvesting

ACTIVELY SEEKING CLIENTS CLOSER TO HOME IN THE RIVERINA AREA NOW SEES JUST HALF THE TEAM MAKING THE JOURNEY NORTH TO QUEENSLAND AT THE START OF HARVEST.

crews have been making the trip for almost 50 years, with drought the only thing that had occasionally interfered over the years.

One of those years had been during the Great Dry of 1982/83 – probably the worst drought of last century - when almost all of eastern Australia was severely impacted, with huge crop and livestock losses. Victoria was the state worst affected for cropping, with wheat production alone slashed by 85 percent.

With little contracting work available, in desperation Matthew’s father and grandfather had taken two headers across the expansive Nullarbor Plain to find work in Western Australia.

“It was a huge ask back then with dirt roads,” says Matthew.

The Great Dry saw record low rainfall including the northern wet season failing. Huge fires in tinder dry grasslands and forest across Victoria and South Australia in February 1983 killed 75 people, mostly on February 16th - Ash Wednesday.

It was the first time the connection between El Nino weather patterns and drought really entered public consciousness.

When Matthew was young, his father and grandfather had set a cracking pace with the business,

basically harvesting all year round.

“The hours they were putting on the machines was phenomenal,” he says.

“Summer was rice and corn, and was as big or bigger than their winter crop harvest –

They would start harvest in September in central Queensland and work their way through to Victoria and finish at the end of January.

“Then they’d get all the machines in the shed and strip

HARVESTING ALL YEAR ROUND HAS LARGELY BECOME A THING OF THE PAST.

them down, repair and change over to get into harvesting rice which would start in March. It

wheat, barley, canola.”

was a revolving wheel,” reckons Matthew.

By the time Matthew was finally able to step into his father’s and grandfather’s shoes, 11 years ago, after finishing school and qualifying as a fabricator – completing a welding apprenticeship, the contracting landscape and his father’s appetite for the gruelling hours had changed.

“Farmers weren’t getting the return for their investment growing the corn and the rice like they were, and most farmers now have at least one or more of their own headers,” Matthew says.

This had helped Ian make a life decision about 12 years ago to calm the stressful pace of the business and slow things down a bit.

“We still do a little bit of summer harvesting – sorghum and corn but not on the scale it once was,” Matthew says.

While Ian kept the bigger and better jobs in the north, he also began building his client base closer to home, around western NSW in the northern Riverina area of Griffith and Hillston.

“There is a large amount of

broad acre farmland there and also a huge amount of irrigation,” advises Matthew.

This has enabled half the crews to stay in that one area for almost the entire harvest, with just eight of the 16 header machines still heading north in September.

“We have really tried to hone in on there, rather than drag-

ging all the machines all the way to Queensland with the cost of freight and the chance of summer rainfall. We’re trying to diversify and have a bet each way.”

At the end of January, with the main harvest at an end, the yards once again become a centre of activity as the task of wash-

MATTHEW RATES BEING ABLE TO GET ON WELL WITH OTHER STAFF MEMBERS HIGHLY WHEN CONSIDERING NEW EMPLOYEES.

ing and stripping down all the machines begins.

In the past this had been frenetic, getting the machines ready for the start of the rice harvest in March.

Even though the work load is easier to manage now, with 16 headers and nearly 30 fronts, it is still very busy in the workshop year round for the two full-time mechanics.

Many repairs are able to be done on site, with Matthew able to put his background in welding to good use.

This also enables him to take on projects through his local dealer - buying in damaged equipment which he can repair himself and

MOVING AWAY FROM SUMMER HARVESTING HAS SEEN A LESS STRESSFUL WORK ENVIRONMENT.

then put to use in his operation.

By late August, they’re ready for the next harvest season and starting to move equipment up to Queensland and into the Riverina area again.

Different soil types around the agricultural heartland in the east can see different harvesting challenges depending on the weather.

During the wet 2022 season,

the red sandy soils of western NSW were a nightmare to harvest, with machinery constantly sinking.

“We’d get bogged and we’d have 10 headers in the same paddock and get bogged 50 times a day,” Matthew says.

“The farmer hired a little mini excavator to dig around the machine. Then they’d get a tractor and pull us out. It only took

five minutes, but it was very frustrating at the time and a good example of why we can’t send all our machines to the one farm or to one part of the country,” he says.

“We need to spread our risk and work in different areas and with different growers,” he says.

While the black soils of northern NSW and southern Queensland have a good base so the

HALF OF STAFF MEMBERS ARE CANADIAN WITH A GOOD BACKGROUND IN BROADACRE FARMING.

machines didn’t tend to sink in the wet, their high clay content makes them highly prone to compaction, with farmers big on all equipment running on the same wheel track to combat this.

Meeting this challenge saw Matthew invest in a Case 8250 tracked header specifically aimed at these farms.

Tracked machines are popular with most farmers as the tracks spread the weight of the machine better, while pulling it across the ground rather than pushing, and seeing significant-

ly less compaction.

With increasingly variable weather patterns generally, including wetter harvests in the last few years, Matthew has found the advantages of tracked machines far outweigh any negatives, with two more tracked headers on order for this coming season.

WITH BROOKE HAVING SOLD HER BUSINESS THE COUPLE CAN NOW TRAVEL TOGETHER WITH MAX DURING HARVEST.

“Despite higher service costs and being more difficult to transport, in a wet year they are a gamechanger for the business,” he says.

Case and, more recently, New Holland, have been the mainstay of the business for more than 30 years since Ian moved over from Massey Ferguson with the purchase of a Case IH 1680 back in the early 1990s.

The Axial-Flow rotor setup was more suited to the wide variety of crops they were harvesting. Working well with rice and corn as well as wheat and barley, the change turned the business around, he reckons.

Matthew also scores Case highly for reliability - although he was happy to see Case release the AF 10 recently as he felt capacity had fallen behind other competitors.

While 14 of their headers are Case machines, they have recently bought in two New Holland combines to add capacity with their machines in Victoria, trying to get more tonnes per hour. Good growing conditions locally, with plenty of rain over the last few years, have seen bumper crops with outstanding yields.

Case tractors and Coolamon chaser bins round off the work kit, along with a couple of trucks for shifting equipment around, including a twin-steer tri-axle drive Volvo, purpose-built for carting headers, and a drop deck as well.

When it comes to fronts, all had been 40 and 45ft wide MacDon draper fronts up until now, with a 50/50 split between rigid and flex, although Matthew has recently added 61ft wide MacDon FT261 draper headers to the mix, for a control traffic system with some of their clients in the Riverina area.

Going up to the 61ft is completely new for them and has been a game changer, he reckons, with the flex machine getting “unbelievable” ground speed when harvesting on the deck for lentils.

But the wider fronts also mean other upgrades are needed.

“Because the fronts are bigger, you need bigger unloading augers, bigger chaser bins – just a lot more to handle. An experienced driver will pick it up more easily.”

Fortunately, many of their 30-member harvesting team already have extensive experience with around half coming from Canada each year where they are familiar with broadacre farming already. They also have experience with Case and New Holland.

“They’ve often just finished their own harvest. They can just hop on and go,” says Matthew.

Australians often need a bit more training, he reckons, as they are not as familiar with the equipment.

Having a good reputation means finding staff each year usually comes down to wordof-mouth, with about half of the crews coming back each year.

“The photos of harvest look pretty amazing, but when you’re in it, it‘s hot and dusty, and there’s a lot going on. It’s not a laid-back operation so we try and make the harvest as enjoyable as possible.

“I tell staff I will choose people who may not be as experienced but who are easy to get on with

CASE MACHINERY HAVE BEEN THE MAINSTAY OF THE BUSINESS FOR 30 YEARS.

FARMERS APPRECIATE SEEING FAMILIAR FACES RETURNING EACH YEAR.

over staff who are very good at their job but difficult to get on with.”

It helps if the group know each other, and get on year-on-year, Matthew reckons. Growers also appreciate having a good rapport with familiar staff as well as himself.

Together since their early teens, and now both in their early 30’s, Matthew and wife Brooke made a life decision of their own 10 months ago when baby Max joined the Bourke family household.

While long involved with the contracting, Brooke also owned and operated her own hairdressing salon in Yarrawonga, a 15-minute drive from the workshop on the shores of Lake Mulwala where they live.

During harvest, this could be very stressful with extended weekends away from the salon and long hours spent driving to catch up with Matthew.

With a full schedule already and a baby on the way, she made the decision to step back

and dedicate more time to their new arrival and the family business by selling her salon.

Now during harvest, Brooke can bring Max and spend time away with Matthew on the road, instead of the sprint to and from the salon.

Even so, life is still pretty

full-on. Brooke looks after the books and wages, cooks and runs meals around for staff, shifts vehicles and machinery, all while looking after Max. Matthew is the first to admit he couldn’t do what he does without Brooke’s support - they’re a good team, he reckons.

It seems it won’t be long before Max will also know and love every nook and cranny of the yards, workshop and machinery shed, at Bourke Harvesting. And, when he’s old enough for school, it will be his turn to long for the September holidays – the best time of the year.

grounded in growth: THE MOLLOY AGRICULTURE STORY

IN 1985, DAVID AND SONIA MOLLOY TOOK A QUIET BUT DETERMINED STEP TOWARD INDEPENDENCE WHEN THEY FITTED THEIR FIRST SPRAY UNIT TO A J1 BEDFORD TRUCK.

There was no grand marketing plan or long-term corporate strategy. It was a practical decision made by two people who knew their land, their region and the needs of the farmers around them.

since those early days. Now some are second or even third generation. It is not just a business, but a legacy built on reputation and reliability.

THE BUSINESS HAS ALWAYS BEEN ANCHORED IN SPRAYING AND THAT REMAINS ITS ENGINE ROOM.

When general manager Henry Ross joined the business in 2022, he brought with him more than two decades of agricultural experience and a leadership role from Farmlands, where he had overseen teams across dairy, arable, fuel, and nutrition.

For Henry, the opportunity to

lead Molloy Agriculture wasn’t just a career move. It was a return to the practical, grounded work that makes a real difference to growers. “David and Sonia built something really special here,” he says.

That decision grew into a business that now sprays over 130,000 hectares annually across Mid and Central Canterbury, employing more than thirty people and offering a seamless combination of agronomy, chemical supply, liquid fertiliser and recycling services alongside a fleet of sixteen highly specialised spray units.

across ditch the

David remains at the helm as managing director, focusing on strategy and growth opportunities. Sonia too continues to play an active role as a shareholder. Both remain deeply invested in the company’s culture of quality and customer care. Many of their clients have been with them

GENERAL MANAGER

HENRY ROSS AND MANAGING DIRECTOR

DAVID MOLLOY.

“From a single truck to a fleet of sixteen, it’s been consistent steady growth built on doing the job properly.” In 2023, both Henry and his wife Emma became shareholders in Molloy Agriculture. Their involvement is not only a sign of commitment to the company’s future but also a deliberate step in the Molloys’ succession planning. By sharing equity and responsibility with trusted leadership, David and Sonia are ensuring the business they built continues with the same values and direction for years to come.

The business has always been anchored in spraying and that remains its engine room.

Seven fully computerised 4WD spray trucks, a mix of Isuzu and Mercedes, operate with 24-metre booms, GPS guidance, auto section control and tanks ranging from 2,850 to 4,000 litres. The Bateman fleet, first introduced in 1997 now includes eight self-propelled sprayers fitted with Ag Leader GPS, 24 and 32-metre booms, induction hoppers, adjustable row crop axles and multi-nozzle bodies. Variable rate application is available across the board, and

each machine is maintained on a preventative schedule to ensure minimal downtime during the tight spraying windows of Canterbury’s windy seasons. “From October to January, we’re racing the nor’westers,” says Henry. “The scale and reliability of the fleet are what allow us to get the job done.”

The team behind the machines is just as impressive. Tim Morgan, one of the longest-serving members, began in 1991 and

remains a key figure on the team today. “We’re lucky,” Henry says. “Our people know the machines, know the land and take pride in what they do. That shows in the quality of work we deliver.”

While spraying remains the core, the company is now structured across five distinct but connected divisions: spraying, agronomy, chemical and seed supply, liquid fertiliser and recycling. This full-service approach allows Molloy Ag to meet a wide

THE MOLLOY AGRICULTURE FLEET LINED UP AND READY— SPECIALIST EQUIPMENT BUILT FOR PRECISION AND RELIABILITY ACROSS CANTERBURY.

range of client needs, whether that means providing complete seasonal support or stepping in with targeted services as required.

A TRUCK AND SPRAY UNIT PREPARES FOR DISPATCHPART OF THE WORKFORCE THAT SCALES UP TO MEET PEAK-SEASON DEMAND.

Agronomy has become a cornerstone of the business. Formally established in 2007, the division now includes a team of four agronomists. The Grow Pro package is the company’s most comprehensive service and includes everything from soil and foliage testing, fertiliser recommendations and pesticide planning to weekly in-season visits and cost analysis after harvest.

The Grow Supply and Grow Comply packages offer reduced but targeted services, including spray diaries, crop care programmes and access to Agworld software for real-time recordkeeping. Grow Custom allows

farmers to select only the services they need. “Some farms want the whole package,” Henry says. “Others just want input advice or help with compliance. We let them build the right fit.”

Agworld is the backbone of the agronomy division, enabling digital crop recording, proof of placement and nutrient budgeting. Recommendations are fully traceable and easily shared. “It’s an essential part of meeting farm environment plans and nutrient regulations,” Henry explains. “It’s also about giving growers the confidence of knowing exactly what was done, when and why.”

Chemical and seed supply follows the same logic. The company offers two options: full container supply or Chemical Supply & Apply, where only the exact quantity needed for the job is provided, applied and the containers taken away. “It’s our

most popular service,” Henry says. “No leftovers, no compliance worries and no wasted money. We buy in bulk, so our pricing is competitive and the zero-hassle model is a big win for clients.”

Seed is supplied from all major seed houses, with options for on-farm delivery or collection from the Methven yard. Stephen Mealings, who joined in 2022 oversees the chemical division and brings with him a mix of business and agricultural knowledge. His approach has helped streamline supply while keeping compliance front of mind.

The fertiliser division is a major part of the business. Since 2008, Molloy Ag has operated as a manufacturing site for Ravensdown’s Flowfert products, with a daily production capacity of 75,000 litres and 210,000 litres of on-site storage. The company is also a consign-

MOLLOY AGRICULTURE SUPPLY CHEMICAL FREE AND TOP QUALITY SEED DIRECT TO YOUR FARM.

ment store for Ballance, maintaining 120,000 litres of product. Flowfert N and Flowfert N + S (the liquid equivalent of Ammo 31) are the most commonly requested products, but custom blends are increasingly popular. These include combinations with magnesium sulphate, bio fish fertiliser, broadleaf herbicides, gibberellic acid and insecticides for integrated pest management. “If a client wants nitrogen, a growth stimulator and porina control in one pass we can deliver it,” Henry says. Products are dispatched via a 26,500-litre truck and trailer unit or a smaller 4,000-litre unit depending on delivery requirements. Calibrated flow meters ensure accurate loading into sprayers, tankers or IBC shuttles. “It’s about efficiency and accuracy,” says Henry. “We’re not just moving product. We’re delivering results.”

Sustainability is not just a buzzword at Molloy Agriculture. It is operational reality. As a main AgRecovery hub, the company accepts all chemical containers bearing the AgRecovery logo, up

MOLLOY AGRONOMISTS IN THE FIELD WORK CLOSELY WITH GROWERS TO TAILOR NUTRIENT PLANS AND CROP PROTECTION STRATEGIES.

to 60 litres and either processes them onsite or arranges pickup under contract. Containers must be triple rinsed, free of residue and labelled. The company also partners with Plasback to provide on-farm recycling of balewrap, pit covers, shrink wrap, HDPE drums and bulk bags.

The process is simple: farmers purchase a bin and liners, place their waste plastics in as they go and once full, use Plasback’s online form to request collection.

The Molloy team handles the rest. “It’s all about reducing legacy chemical and plastic waste,” says Henry. “We had to build a solution for ourselves, so we extended it to help our clients too. Zero waste isn’t just a targetit’s our way of working.”

Davin Mangin, who began with the company in 2002, now manages both fertiliser logistics and recycling. His role spans production, delivery and coordination of AgRecovery and Plasback collections. “It’s not a sideline,” Henry says. “It’s a core part of what we offer. And our clients appreciate that it’s both effective and compliant.”

HR, health and safety and immi-

gration compliance are handled by Emily Molloy, who joined the business in 2015. With a background in law, Emily ensures the business remains compliant with NZ employment and immigration standards and also manages the health and safety system. Her work has been key in supporting the company’s seasonal and international staff programme, ensuring that recruitment is both ethical and efficient. In recognition of her contribution and

to further support the Molloys’ succession plans, Emily has also become a shareholder in the business. Her involvement ensures that the next generation of leadership remains closely tied to the company’s founding family and its long-term vision. During peak season, staff numbers climb to around 33, including a mix of full-time and seasonal workers. The workforce includes spray operators, agronomists, truck drivers, mechanics

and administrative support. “It’s a big operation,” says Henry. “But we’ve got good systems and great people. And that makes a real difference.”

Customer loyalty is something the company doesn’t take for granted. “We’ve got clients who’ve been with David from the very beginning,” Henry says. “That loyalty isn’t built on price. It’s built on showing up, doing the job right and standing behind the work.”

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AT A TIME WHEN AGRICULTURE FACES INCREASING PRESSURE FROM REGULATION, MOLLOY AGRICULTURE OFFERS A MODEL OF HOW TO DO THINGS RIGHT.

That pride is shared by the staff. Whether they are agronomists helping growers make better decisions, or spray operators out in the paddock applying product on the Canterbury plains or hill country, the sense of purpose is clear. “Our people want to make a difference,” says Henry. “They know that if we do the job well, the crop thrives, the farm performs and everyone wins.”

Machinery is another area where Molloy Agriculture sets itself apart. The Bateman sprayers are central to the company’s performance. Built in Devon, UK, and tailored for high-efficiency performance in demanding conditions, Bateman machines are renowned for their reliability and simplicity. Features include pulse-width modulation spray-

lines, individual nozzle control and turn compensation all contributing to accuracy, efficiency and reduced chemical use. “They’re a serious bit of kit,” Henry says. “And we maintain them to the highest standard.”

Molloy Ag also serves as a Bateman dealer, providing sales and servicing support to other operators. Their close relationship with Ag Leader ensures their equipment remains at the forefront of GPS guidance and application technology. “We know our machinery inside out,” Henry says. “It’s part of our DNA.”

Despite market volatility, Henry says the work remains steady. “Returns might go up or down on-farm, but crops still need to be sprayed. We’re not doing extra passes just because payouts are up. Our role is to deliver quality crop support regardless of the season.”

The autumn season has been kind this year, with mild temperatures and good pasture growth.

But Henry knows how quickly things can change. “Weather’s always a factor, especially in Canterbury. That’s why we build

MOLLOY RUN A MIX OF ISUZU AND MERCEDES TRUCKS THAT OPERATE WITH 24-METRE BOOMS, GPS GUIDANCE, AUTO SECTION CONTROL AND TANKS RANGING FROM 2,850 TO 4,000 LITRES.

in scale and flexibility. When the window opens we move fast.”

The company’s relationship with the land is mirrored in its relationship with the community. Molloy Agriculture supports schools, sports clubs and community events throughout the region from Ashburton and Methven to Rakaia, Dunsandel and Leeston. “These towns were built on the back of agriculture,” says Henry. “And rural businesses like ours play a role in keeping them going, whether it’s sponsoring a rugby team or helping with a local fundraiser.”

The company’s philosophy is to give back where it can and to support both its staff and its community in meaningful ways. “We’re part of something bigger than ourselves,” Henry says. “The work we do matters not just to the farmer but to the wider rural economy.”

In many ways, Molloy Agriculture reflects the best of what rural New Zealand business can be. It’s independent, local, grounded in experience and ambitious for the future. It’s technical without being flashy,

efficient without being impersonal and successful without losing sight of its roots.

David and Sonia’s legacy lives on not just in the machines or the hectares covered, but in the relationships that continue, the staff who stay, and the clients who return. “We’ve built a business that works for our people, our clients and the land,” Henry says. “And that’s something we’re proud of.”

At a time when agriculture faces increasing pressure from regulation, climate and shifting expectations Molloy Agriculture offers a model of how to do things right: not by cutting corners or chasing trends, but by showing up, doing the job well and standing behind your name.

“We believe farming is the backbone of this country,” says Henry. “Especially here in Canterbury. And we’re proud to play our part in keeping it strong.”

As the business has grown, so too has its commitment to developing the people within it. Internal progression is a cornerstone of the company’s culture. Spray operators have stepped into management. Long-serving staff are given the space to evolve. And newer recruits are mentored with the same attention that goes into machinery or agronomy plans. Henry is keen to emphasise this point. “You can’t run a business like this on machines alone. You need good people, people who want to be here and want to do it well. That’s what we have.”

Staff training is continuous, covering everything from safe application methods to record-keeping, machinery maintenance and customer service. The company invests in licensing, accreditation and ongoing upskilling, knowing that capability in the field reduces risk and adds value. “If you want consistency, you’ve got to support your team to reach a standard and stay there,” says Henry. “And that means investing in them.”

Many clients notice the difference. One long-term customerrecently remarked that it wasn’t just the equipment that had improved over the years, it was the professionalism of the operators. “They turn up knowing the land, knowing the job and knowing how to handle a conver-

sation,” the farmer said. “That’s not something you get from the machine. That’s culture.”

Those long-term relationships are not rare. Many of the clients Molloy Agriculture works with have been with the business for decades. Henry often reflects on how significant that is. “When you’ve got clients who started with David and are now handing the farm to their kids and still choosing us, that’s not something you take lightly. That’s trust built over years of doing the job right.”

These relationships are nurtured not just through service delivery, but through simple consistency. The same people return each season. The same contact picks up the phone. Advice is offered freely and product is recommended based on need, not margin. “We don’t sell for the sake of selling,” Henry says. “If something isn’t right for a client, we’ll say so. That honesty is what keeps people coming back.”

The company’s integration of multiple service lines, spraying, agronomy, fertiliser and recycling makes them more than just a contractor. They become part

of the client’s decision-making loop. By offering everything from crop planning to chemical handling and waste management, Molloy Agriculture helps farmers simplify operations, reduce compliance risks and save time.

“It’s a huge weight off people’s shoulders,” Henry says. “And they appreciate that.”

The practical result of this approach is evident in how the business runs. There are fewer missed windows, fewer logistical hiccups and fewer surprises. Fertiliser turns up when it’s needed. Sprayers arrive with the right nozzles, on the right paddock, at the right time. Agworld records are filled out, accurate and ready

when auditors call. Future technology is always something that Molloy is keeping an eye on.

“We don’t just chase the shiny new thing,” Henry says. “We bring it in when we know it works.”

In the broader picture, Molloy Agriculture remains a strong example of how rural businesses can grow in size and sophistication without losing their local character. Its values are steady: do the work properly, treat people well and stay flexible. Whether it’s a late-season spray pass or a complex crop plan, the company brings the same steady attitude. “We’re here to help farmers grow good crops effi-

ciently, safely and with as little waste as possible,” says Henry. “Everything we do points back to that.”

He’s clear-eyed about the challenges ahead. Labour remains tight. Compliance pressure isn’t going away. And as consumer and regulatory expectations shift, the company will need to continue adapting. But Molloy Agriculture has never been afraid of change, only of losing the values that made it strong in the first place. “We’ve grown, sure. But we’re still grounded in the basics,” Henry says. “Service, quality, reliability, that’s what we’re built on. And that’s what will carry us forward.”

what’s new in...

AUSTRALIAN-MADE MACHINERY

AUSTRALIAN MANUFACTURERS HAVE A PROUD HISTORY OF PRODUCING ‘HOME-GROWN’ AGRICULTURAL MACHINERY DESIGNED TO STAND UP TO THE TOUGH CONDITIONS CONTRACTORS AND FARMERS FACE. IN THIS FEATURE WE EXAMINE THE LEADING CROP ESTABLISHMENT, HARVESTING, SPREADING AND SPRAYING EQUIPMENT MADE IN THIS COUNTRY.

EAGLE SEEDING BARS: PRECISION ENGINEERING FOR MODERN AUSTRALIAN AGRICULTURE

Established in 2021, Eagle Seeding Bars is a Western Australian manufacturer committed to delivering high-performance seeding equipment tailored for large-scale cropping operations. Since its inception, the compa-

ny has successfully sold seven 60-foot bars and one 40-foot bar, marking a significant entry into the competitive Australian agricultural machinery market.

DESIGN AND BUILD EXCELLENCE

Eagle Seeding Bars are engineered with a focus on durability and efficiency. The 60-foot models feature a robust

100x100x9mm fully-welded frame, designed to withstand the rigors of intensive farming. With four ranks and a 4300mm depth, the frame ensures superior trash flow, minimizing blockages and enhancing operational efficiency.

The dual-shank tine assembly is a standout feature, offering independent digging and seed placement. This design allows for precise seed depth adjustment and consistent

EAGLE SEEDING BARS

seed-to-soil contact, crucial for optimal germination. Additionally, the pivoting press wheel, equipped with Vesconite bushes, eliminates the need for regular greasing, reducing maintenance time and costs.

TAILORED SOLUTIONS AND SUPPORT

Understanding the diverse needs of Australian farmers, Eagle Seeding Bars offers customizable options to suit various soil types and farming practices. Customers can select between 10” or 12” (250mm or 300mm) tine spacing, ensuring compatibility with their specific requirements. The company also provides air kit installations, either at their Perth factory or directly on the farm, offering flexibility and convenience to clients.

To further support their customer base, Eagle Seeding Bars includes a comprehensive spare parts package with each purchase.

This package comprises essential components such as extra sets of points, full row units, press wheel assemblies, and backshoots, ensuring that farmers have the necessary tools to maintain their equipment and minimize downtime.

COMMITMENT TO QUALITY AND SERVICE

Eagle Seeding Bars prides itself on its in-house manufacturing capabilities, encompassing design and drafting, steel

fabrication, CNC lathe operations, and hydraulic systems. This vertical integration allows for stringent quality control and the ability to quickly adapt to customer feedback. While sandblasting and painting are outsourced, the company plans to establish a dedicated facility in Goomalling to handle these processes internally, further enhancing production efficiency.

LOOKING AHEAD

As Eagle Seeding Bars continues to expand its presence across Australia, it remains committed to innovation and customer satisfaction.

For farmers seeking reliable, high-performance seeding equipment, Eagle Seeding Bars

offers a compelling choice. With a focus on precision engineering, tailored solutions, and exceptional customer sup -

port, the company is poised to become a significant player in the Australian agricultural machinery sector.

Displays data directly to a Virtual Terminal on the Pro 700 or Intelliview IV monitors

Stores data layers to the CropScanAg Cloud Portal

Displays Grain Logistics and Field Maps directly to a smart phone or tablet Includes N-GAUGE Harvest Manager 5yr subscription

Contact your local CASE IH or New Holland dealer or call CropScanAg: Tel: 02 9771 5444, Email: sales@cropscanag.com, Web: www.cropscanag.com

SERAFIN

IMPROVED SEEDER RAISES THE EFFICIENCY BAR

Now that sowing season is complete, it’s the best time to think ahead for next season and decide if it’s time to get into a new or upgraded seeder.

With this in mind, Griffith-based tillage and seeding equipment manufacturer, Serafin Machinery, has introduced new features to its popular single disc seeder range, the Ultisow.

Renowned for its robust construction and accurate seed placement, the Serafin Ultisow range is available in widths from 5 to 24m.

The Ultisow has been developed over many years with thorough testing and farmer and contractor input, Serafin’s Vincent Musolino says.

“The Ultisow has proven to be the right balance for all conditions as its SM Row Unit is extremely versatile, requiring little to no maintenance, has a robust frame that can withstand the tough Australian conditions and achieves superior seed placement,” he says.

The latest improvement to the SM row unit is the low-maintenance hydraulic downforce pressure system with its own cylinder, which replaces a traditional spring.

“The single-acting hydraulic ram option allows for more consistent down pressure, reduced row-unit vibration and increased durability, improving seed placement,” said Vincent.

“Many customers are upgrading from the traditional spring to the Ultiforce cylinder and are happy with results.

“The Serafin SM row units on

our single disc seeders are performing with flying colours.

“With reduced maintenance and less down time and more hectares sown before needing to spend more money, farmers are more confident in the unit,” he says.

The unit comprises a large 508mm (20-inch) disc blade, needle roller bearings, Serafin long-life cast closing wheel, three-spoke Buco depth wheel, replaceable mud scraper, depth adjustment handle, adjustable seedboot and Buco Hard Vee rubber press wheel.

Vincent says the Serafin range also offers the forward fold range of seeders including 18m and 24m models., as well as the new Serafin Ultisow row crop 12m single disc seeder.

This new offering isn’t just an upgrade, but marks a major leap forward in row crop seeding, and is purpose-built for sowing winter cereals straight after cotton, corn, or rice.

The seeder has 48 rows on 250mm spacings, a three-point

https://www.serafinmachinery.com.au/machinery/ultisow-forward-fold/

https://www.serafinmachinery.com.au/machinery/serafin-ultisow-stpl-row-crop-singl-disc-seeder/

linkage swivel hitch for tighter turns and load sharing rear wheels for consistent ground contact.

It also has Ultiforce hydraulic down pressure system for spoton seed placement — even on hills and beds.

The 18 and 24m seeders provide a huge working width with up to 96 rows for big broadacre sowing and are ideal for those with controlled traffic operations with multiples of 12m.

With the unique forward folding arms controlled from the cab, the 18-24m models quickly fold down to 4.85m transport width and 4.2m height requiring no special transport permits.

The telescopic hitch on the Forward Fold range allows the seeder to be closer to the tractor while working for the ultimate manoeuvrability on such a massive machine.

The Ultisow S12 Forward Fold design incorporates two ranks to give this model the ability to sow at 250mm (10-inch) row spac-

ings on two ranks, or at 375mm (15-inches) on one rank while all the time achieving a consistent and uninterrupted trash flow.

The S12 folds to 3.7m width and 4.2m height again meaning no special permits are required.

It also has a high lift feature allowing it to lift up on its wheels using hydraulics.

“This brings the Forward Fold row unit up to chest height, making it easy to make any adjustments while in the paddock, if required,” Vincent says.

Other features of the Forward Fold range is the main frame with full powder-coat finish, six large heavy-duty flotation tyres fitted as standard and electric-overhydraulic control of the row unit’s down pressure, controlled from inside the cab.

A simple hydraulic adjustment on the drawbar also allows the operator to level up the seeder to ensure perfect consistency in down pressure between the front and rear row units, for optimal seed placement.

GOLDACRES

Goldacres, an Australian specialist sprayer manufacturer, began producing agricultural sprayers in 1978, at a time when chemical weed control was still a relatively new concept in the country. Early sprayers were basic trailers with modest capacities of around 1,200 litres and boom widths of about 12 metres.

In the late 1990s, Goldacres took a significant step forward by introducing its own self-propelled sprayers. These machines were based on technology from their trailing sprayer range, utilizing a mechanical drive cab chassis platform that would serve as the foundation for the company’s future developments.

The ‘Crop Cruiser’ name was born that would soon establish itself as a serious contender in the Australian self-propelled sprayer market.

The first machine featured the now familiar Cummins engine Allison auto Direct mechanical drive combo that Goldacres have become synonymous for. Early machines were up to 4000L tank capacities with 30m booms

which at the time was the industry standard.

As the years passed, the Goldacres self-propelled offering range grew to allow for many broadacre and horticultural applications with models featuring smaller and larger tank capacities up to 6000L.

In 2010, major developments of the Crop Cruiser were released,

a Claas cabin was now fitted for added operator comfort, along with a revised Tritech boom platform featuring options such as tiered nozzles and an industry first boom recirculation system. Goldacres released the G4 Crop Cruiser (4000L up to 36m) in 2014, which was predominately sold in to horticulture and specialist cropping areas, with

its wide range of axle configurations.

The G6 Crop Cruiser hit the market in 2015, offering a 6000L product tank and up to 42m booms. This machine cemented the Goldacres name in self-propelled spraying throughout Australia.

In 2020, the G6 Crop Cruiser Series 2 hit the market and

FACTORY DIRECT SALES, SPARE PARTS AND SUPPORT AVAILABLE NOW

For over 40 years, Roesners have manufactured the all purpose Marshall Multispread, designed for Australian Agriculture.

The Marshall Multispread delivers proven performance and versatility with over 11000 units in the field across Australia, backed up by superior customer service and support.

Multispread machines are available with advanced features such as the D3 spinner system for accurate spread patterns up to 36m and the i4M Variable Rate controller with loadcell weighing system and GPS auto shut-off.

To discuss your fertiliser spreading requirements, call Roesners today to speak directly to our dedicated sales, spare parts and support team.

CROPSCANAG

CROPSCANAG DEVELOPS NIR ON-COMBINE GRAIN ANALYSER FOR CASE IH AND NEW HOLLAND NEXT-GENERATION COMBINES

CropScanAg, a global leader in Near-Infrared (NIR) grain analysis technology, is proud to announce the development of an advanced NIR on-combine grain analyser for Case IH and New Holland’s next-generation combines.

Through close collaboration with Case IH and New Holland engineers, CropScanAg has successfully integrated its CropScan 4000VT Software with Case IH and New Holland’s cutting-edge dual 12-inch monitors, enhancing real-time grain quality analysis and harvest efficiency.

The CropScan 4000VT is a proven on-combine grain analyser that measures protein, moisture, oil and starch in grains as they are harvested.

This seamless integration with Case IH and New Holland Dual 1200 monitors provides farmers with instant insights into grain quality, empowering them to make informed harvesting, storage, and fertiliser decisions for the next season.

The integration of CropScan 4000VT software with Case IH and New Holland next-generation combines represents a technological leap in smart harvesting, offering key benefits such as:

- Maximized nitrogen efficienc y – Applying nitrogen fertiliser in the right place at the right rate;

soon became the company’s most popular seller of all-time, featuring an all-new RivX boom platform in 36–42m and the in-house designed G-Hub total machine control system. Included in the options list was the popular Tri-Tech 48m boom. Following shortly after was the upgraded G4 Crop Cruiser Series

- Grain inventory management and marketing – Maximising profits and making informed selling decisions;

- Profitability and sustainability – Reducing fertiliser waste while maintaining or improving yields.

By embedding NIR analysis within the Case IH and New Holland’s combine interface, CropScanAg continues to lead the way in precision farming solutions, helping farmers worldwide to harvest smarter, not harder.

Josh White, Precision Farming Regional Manager, McIntosh and Sons, Geraldton, WA, comments, “It’s great to offer this technology to our next gen combine customers, allowing them to continue to gather their protein data, gain deeper insights and improve their farm efficiencies.

“We noticed that during the New Holland CR11 2025 harvest demo program, the integration of the Cr4000VT into the 12-inch consoles really simplified the experience as well.”

ABOUT CROPSCANAG

CropScanAg is one of the leading innovators in agricultural technology, specialising in Near-Infrared (NIR) grain analysis solutions. With a commitment to advancing precision farming, CropScanAg’s cutting-edge technologies help farmers optimise crop quality, efficiency and profitability.

For more information about CropScan 4000VT and its integration with Case IH and New Holland next-generation combines, visit CropScanAg website; www.cropscanag.com, or contact sales@cropscanag.com:

2 machine which included many and the features found on the G6 Crop Cruiser Series 2.

By 2025, Goldacres has become one of Australia’s largest sprayer manufacturers, offering an extensive range of both trailing and self-propelled models, all specifically designed for Australian farming conditions.

Over the years, Goldacres has consistently expanded its product offerings, incorporating regular upgrades and new additions to its sprayer line-up.

This year, Goldacres is set to unveil the G8 Crop Cruiser Series 3—the first Australian-built, high-capacity, high-clearance self-propelled sprayer. This

all-new, ground-up redesign is poised to revolutionize agricultural spraying. The G8 will feature an impressive 8,000-litre tank, a seamless mechanical drive system, enhanced comfort, and precision technology that promises to deliver unmatched spraying accuracy and set a new standard for the industry.

Engineered for the land: Ausmix champions Aussie farming with locally-built feed mixers

Amid growing challenges in agriculture—from global supply disruptions to the need for more efficient feeding solutions— Ausmix, based in Wodonga, continues to deliver machinery that meets the moment. Built on Australian soil for Australian conditions, Ausmix feed mixers are quickly becoming the go-to choice for farmers seeking dependable, high-performance equipment tailored to local needs.

At the heart of every Ausmix machine is the Fibre-X auger, a cutting-edge component engineered specifically for Australian feeding programs. Designed with a razor-sharp edge and opti-

mized for mix consistency, the Fibre-X ensures quicker processing, reduced fodder waste, and improved palatability—benefits that translate directly to healthier livestock and streamlined operations.

Whether you’re feeding dairy herds or managing large feedlots, Ausmix offers a broad range of configurations—including single, twin, and triple auger models, available in trailed and truck-mounted formats. With capacities ranging from 8 to 45 cubic meters, and built from heavy-duty materials paired with premium Italian gearboxes and planetary drives, these mixers are designed to go the distance—even under the toughest working conditions.

Feedback from the field paints

a clear picture: Ausmix mixers don’t just meet expectations— they exceed them. Farmers report faster feeding cycles, more uniform rations, and measurable gains in efficiency and herd performance. It’s all part of the Ausmix difference: machinery built not only with precision, but with purpose.

What sets Ausmix apart isn’t just robust engineering—it’s their commitment to listening.

Ausmix Feed Mixers

• Australian Made with BlueScope steel

• 8m to 45m capacities

• Built to your specifications

• HD bowl with 10mm walls

• Demo machines available

• Trades welcome

Every innovation stems from direct conversations with farmers, turning real-world challenges into practical, long-lasting solutions.

As Ausmix showcases its latest models at the upcoming Toowoomba Agfest Field Day, it’s more than a product display—it’s a celebration of Australian resilience, innovation, and the power of local manufacturing in shaping the future of farming.

HARDI

At Hardi Australia, our commitment to Australian farmers runs deep. For decades, we’ve been manufacturing sprayers locally and working closely with growers to deliver the tools they need to protect their crops and maximise productivity. Built for Australian conditions, our sprayers are designed to be reliable, efficient, and easy to operate – because we know farming doesn’t stop for downtime.

Hardi began when company founder Hartvig Jensen – a farmer in need of a good quality sprayer – produced the first 1-cylinder Hardi pump in 1957. In the years that followed, Hardi evolved into a global manufacturer of agricultural sprayers with production facilities in Denmark, France, North America and Australia.

Hardi International established Hardi Australia to deliver solutions tailored to the unique challenges of local farming.

Today, the South Australian site spans more than 10,000m2

of engineering, manufacturing, assembly, testing, and parts logistics. The majority of Hardi sprayers sold in Australia and New Zealand are proudly built locally.

This local production model enables us to respond directly to the evolving needs of Australian farmers. With the country facing another challenging drought season, we understand that growers are under pressure. Our goal is to continue offering accessible, effective solutions that support long-term sustainability and resilience – helping farmers protect their crops and their livelihoods.

Hardi’s comprehensive product range includes self-propelled, trailed, linkage, mistblowers, UTV and hand operated sprayers – all backed by Hardi parts and service. Whether operating a large-scale broadacre enterprise or managing a small vineyard or orchard, Australian farmers can rely on the quality and versatility of Hardi equipment.

We also maintain a dedicated parts warehouse and logistics centre, designed to ensure timely supply and ongoing support across our national dealer network. Because, when timing matters, farmers need to know help is close at hand.

As the agricultural landscape shifts, Hardi remains focused on making precision farming accessible and reliable. Through thoughtful design, ongoing product development, and local support, we’re helping reduce wasted chemicals, improve accuracy, and safeguard the land for future generations.

Hardi’s GeoSelect system, developed right here in Australia, is one example of this purpose in action. GeoSelect enables site-specific spraying, helping farmers reduce chemical use, save money, and increase the precision of their operations –one pass at a time.

At Hardi Australia, we’re proud to stand with Australian farmers. Our mission is clear: to keep delivering dependable, locally built spraying solutions that support productivity, sustainability, and success – now and into the future.

INNOVATIVE AG

OPTISEED

As farmers, the team at WA’s Innovative Ag, understands the need for better farming techniques, and wants to ensure its customers get the most out of their farming equipment to protect their farming future.

The Kojonup-based company has developed the Optiseed series of seeder bars and modules – products that have been developed through extensive research and constant improvement based on testing in the field.

OPTISEED BARS

Optiseed bars have a super high lift frame, designed for health and safety reasons such as injuries to backs, knees and banging your head, as well as operator comfort whilst servicing or altering seeding depths.

As one farmer said, “We weren’t so fussed about it when we bought the machine, but now we wouldn’t be without it,” one of Innovative Ag’s farming customers says.

The super high lift frame was designed to incorporate a depth control cylinder at each wheel which is used for frame levelling and also digging depth at the point or disc.

Ensuring operating time whilst in the field is key to the design, with reduced servicing time due to greaseless pivot points for most of the frame, with only axles and wing fold points to be greased.

External wheels and optimised distance between tool bars allow for increased trash handling ability.

Optiseed machines are generally two-row, three-row or five-row for our hybrid seeding machine, although custom-built frames can be provided to suit the farmer’s needs, allowing them to decide on the seeding module that suits their farming system, even if it is not part of the Innovative Ag range.

OPTISEED PRECISION MODULE

With Optiseed’s systems, the sowing module is separate to the tine, which allows the tine to move independently without having any impact on the

sowing module. However, if the tine encounters a large rock and needs to trip out, it will get to a point and take the seeding module with it to keep it safe.

The quick set depth control has numerical slots and requires no tools to alter. The super high lift frame menas you can change the seeding depth of an 18m machine in around seven minutes with one person.

Optiseed’s smooth travelling parallelogram system consists of longer arms and angle to make for a smoother ride at the press wheel, which increases precision placement of the seed.

“We can reduce our seeding rates with this module; it is very accurate,” commented one grower this year.

Point change is quick with a one bolt system, involving no hammers or punches, which saves your fingers, while the completely greaseless seeding module reduces down time.

To provide longevity and longterm cost savings, Agri hub bearings are used for the press wheel and dual-acting hydraulic cylinders decrease road transport height and width. Taps fitted to each cylinder allow the grower to quickly set up for wide row sowing.

The system provides for in-cab control and screen readout of hydraulic system pressures, which is useful if you want to be able to use different pressures and also gives the grower some comfort that the machine will be operated correctly by operators.

The controller controls the pressure at the tine, coulter or packing wheel (if fitted).

OPTISEED HYBRID SOWING SYSTEM

Innovative Ag says, “This is by far one of the best, if not the best, seeding systems on the market.”

The Optiseed Hybrid sowing system has a unique five-row tine and disc sowing design, with the front three rows of the machine made up of tines which the ripping and placement of fer tiliser.

This has been designed for high rates of fertiliser with seed safety in mind. It’s not unusual to see 200kg combined fertiliser

per hectare commonly observed.

With no closing tool for stubble to get caught up on, the hybrid system has a extremely high trash flow.

Due to this high productivity machine having three rows of tines at the front and the two rows of discs at the rear doing the seeding, there is no furrow

fill, allowing an increase in speed or maintained speed through all soil types without compromising seed depth by furrow fill.

The rear two rows of the fiverow machine are double discs, designed to provide the ultimate in precision placement of the seed.

A common misconception of

GRAYTILL

WEEDWIPER

Sprayer and seeder specialist Graytill has been focusing research and development on their sprayers lately. Along with their larger truck mount boomsprays, Graytill has also been developing their all-terrain WeedWipers.

Graytill owner Dave Grayling says, “The WeedWiper was developed as a heavy duty alternative to current products available on the market. We initially developed it to suit mine and forestry conditions, however it

is equally at home on undulating pastures.”

The large 200mm diameter carpet rollers are driven by 12V motors. This means the rollers rotate at a constant speed, regardless of ground speed. It also prevents the rollers from dripping when the machine is stopped. A lightweight but strong RHS frame protects the rollers from collisions.

Dave says, “The frame also acts as a bash bar. It knocks down the taller weeds, bruising them at the same time, which

allows the leaves to absorb more chemical, leading to a better kill.”

The WeedWiper is available in sizes from 4 to 8m, with all models folding up for easy transport. The wings are also able to float up and down, to ensure excellent contour following. Heavy duty 12 ply rated land cruiser wheels ensure the WeedWiper will go anywhere you can tow it.

this system is that the discs are a high cost wearing item, but this is not the case, as the discs are working in disturbed soil so disc wear is actually minimal. Depending on soil type, the discs wear at an average rate 2 - 3mm per 4000ha.

“We put this machine away and we pull it out and go seeding without touching it; it is a very low maintenance machine,” onegrower commented.

As on the precision seeding module, the hybrid seeder has a quick set seed depth control and

it also has the option of using it as a disc machine by raising the tines. However, consideration to fertiliser rates needs to be considered when doing this.

Tine pressure is reduced through rocks without compromising seed placement.

The smaller 4m unit is designed to be towed behind a ute, however it can also be towed behind a tractor or side by side. It features manual height adjustment from 200mm to 800mm, and manual fold wings, with ball bearing breakaways. Torsion bar suspension provides smooth travelling and easy height adjustment. “The ball bearing breakaway system makes for easy folding, whilst also providing added protection in case of collisions,” says Dave.

The 4m WeedWiper folds up to under 2.5m for transport, and at just 720kg, it is able to be registered for road use, without the need for brakes.

The larger 6m and 8m models are designed to be towed behind a tractor and are ideal for larger properties. Hydraulic fold and lift make it easy to change from working to transport, while the hydraulic accumulator suspension provides a smooth ride during transport.

For more information, visit the website graytill.com.au or call 02 6777 2028.

With an extremely smooth ride at the press wheel, this would make a great machine for planter boxes to be added to.

For more information, go to the Innovative Ag website at iagwa. com.au or the Innovative Ag team on 0401354568.

LIQUID SYSTEMS (SA)

BOOST YOUR LIQUID GAME: NEW LQS P600 4000LT LIQUID BRIDGE UPSCALES JOHN DEERE LIQUID CART CAPACITY

For growers chasing greater efficiency and fewer refills at sowing time, Liquid Systems (SA) has unveiled a game-changing upgrade for the 2026 season.

The new LQS P600 4000Lt Liquid Bridge bolts directly to John Deere’s P600 precision air hoe drills, adding a 4,000 L product tank—all seamlessly integrated with the C-Series Liquid Ready commodity carts. When paired with a C650, total liquid capacity leaps from 4,800 L to 8,800 L, unlocking longer runs, greater flexibility, and uncompromised precision. Farmers can choose between two configurations: - Version 1: Tank Bridge —a simple capacity expansion: boosts C550 carts to 7,720 L and C650 carts to 8,800 L.

- Version 2: Tank Bridge + LQS120 Module —Adds full pump and control functionality for dual-liquid applications or retrofitting granular-only carts.

This factory-assembled Liquid Bridge is designed to add capacity and flexibility with ease, helping customers boost productivity and meet tight seeding windows. It mounts directly to the P660, P670, P680, and P690 chassis and integrates seamlessly with John Deere’s Dealer-Fit C-Series carts (C500, C550, C650) in both leading and trailing configurations—delivering a true plug-and-play liquid delivery solution. In short, the LQS 4000 P600 Liquid Bridge transforms the C650 into a high-capacity, precision workhorse, perfectly suited to the demands of modern large-scale seeding. For more information, contact your John Deere dealer today.

AUSSIE KNOW-HOW KEY TO HEADER AND HARVESTER ENHANCEMENTS FOR 2026

JOHN DEERE HAS ANNOUNCED NEW AUTOMATION AND EFFICIENCY UPDATES ON 2026 MODEL COMBINE HARVESTERS THAT PROVIDE MORE CAPABILITIES AND BOOST PRODUCTIVITY BY UP TO 20%* ON AUSTRALIAN FARMS.

Designed with farmer input, the new features, announced at Commodity Classic in Denver, Colorado, focus on maximising harvest productivity in a range of conditions, and are designed to deliver more with less operator intervention.

“These updates will unlock the full potential of the John Deere combine harvester, whether it’s anticipating crop variability, fine-tuning weed detection sensing or improving the grain unloading experience,” Royce Bell, John Deere Australia and New Zealand Production and Precision Ag Marketing Manager, said.

“They are designed to help farmers to fully optimise working time in tight harvest windows.”

HARVEST AUTOMATION UPDATES

The updates work to create a smoother harvesting experience and enable less skilled operators to maximise crop quality and include:

THE 2026 MODEL RANGE INCORPORATES UPDATES DESIGNED TO ENHANCE PRODUCTIVITY WITH LESS OPERATOR INTERVENTION, ENSURING HARVEST QUALITY IS MAINTAINED REGARDLESS OF OPERATOR EXPERIENCE.

- Ground speed will automatically adjust to varying field terrain such as waterways and non-cropped areas in the field to maintain harvest progress. Operators previously had to disengage the Predictive Ground Speed Automation feature in sensitive areas.

- Predictive Ground Speed Automation now supports edible beans and lentils, as well as the current crops of peas, wheat, barley, canola, soybean and corn.

- Cab-mounted cameras used for Predictive Ground Speed Automation can now sense individual weed patches that are mixed in with the crop by detecting weed-like characteristics of plant shape and height. Depending on the weed density and operator-defined sensitivity, the combine will reduce ground speed as it harvests through these areas to reduce slugging and help prevent reel or rotor wrapping.

*Results from using optional Ultimate Technology Package. Anonymised John Deere Operations Center™ data gathered in soybeans, corn, and small grains. Performance varies based on machine size and field and crop conditions.

- John Deere Operations Center™ will automatically send harvest automation files, including crop data from planting, so that satellite views of Predictive Ground Speed Automation are available on all eligible harvesters.

- Harvest Settings Automation sets concave clearance, fan speed, rotor speed, sieve clearance and chaff clearance, based on the harvester model, crop type and geolocation.

- Harvest Settings Automation now includes an out-of-crop setting that engages when the harvester is passing through areas already harvested, helping to reduce grain loss and maintain a cleaner tank sample in sparse areas of the field.

PRODUCTIVITY ENHANCEMENTS

The 2026 model range incorporates updates designed to enhance productivity with less operator intervention, ensuring harvest quality is maintained regardless of operator experience.

- AutoTrac™ Turn Automation provides hands-free turning, by automatically raising and lowering the machine front as it crosses specific field triggers. This update

TO ENSURE CUSTOMERS CAPTURE AS MUCH CROP AS POSSIBLE, JOHN DEERE HAS RELEASED A NEW THREEPIECE CAM REEL WITH DENSE PACK FINGERS, DESIGNED FOR OPTIMAL PERFORMANCE WHEN HARVESTING CHALLENGING CROPS SUCH AS PULSES.

reduces the likelihood of missing a crop or starting a new pass in the wrong place, and also benefits operators harvesting at night with poor visibility.

- A new auto-unload camera mounted to the auger, along with supporting hardware and software, helps to evenly fill the grain cart, reducing pressure on operators during unloading. The camera senses the grain fill level inside the cart and sends in-line nudge commands to the tractor. This feature is also available as a precision upgrade for older-model combines.

GAINING MORE INSIGHTS

Following successful trials in Australia’s unique conditions, operators can now monitor harvest with at-a-glance views on their mobile device thanks to updates available through Operations Center. These include:

- Grain Sensing with HarvestLab™ 3000, previously only available on S700 harvesters, has been extended to all model year 2021 and newer X9 harvesters plus the new S7 and T6 models. Grain Sensing collects and records the percentages of crop moisture, protein, starch and oil content of wheat, barley, canola, corn, soybeans, oats and rye crops.

- Grain harvest weight sharing shows how much grain is in harvesters and chaser bins, so that the bins are in the right place at the right time.

To ensure reliable capture of field and machine data, John Deere will offer JDLink® Boost™ in Australia from mid-2025. This satellite connectivity solution ensures custom-

ers can work in fields with little to no cellular coverage.

The field-installed kit allows machines to transmit data in real time and better supports remote display access, which reduces the time taken to diagnose a machine issue.

NEW FRONT-END EQUIPMENT OPTIMISES CROP CAPTURE

To ensure customers capture as much crop as possible, John Deere has also released a new three-piece CAM reel with dense pack fingers, designed for optimal performance when harvesting challenging crops such as pulses.

The innovative design features 32% more tines compared to previous flip-over reels, providing an efficient sweep from the knife to maximise grain capture, particularly in lodged crops.

IN-CAB UPGRADES

John Deere has taken on board customer feedback and introduced new in-cab upgrades.

A new instructor ‘stadium’ seat will be included in all 2026 harvesters. When not in use, the seat flips up and the back can be folded down to serve as a shelf.

A dual USB-C charging module has been installed in the new models, to charge batteries quickly for mobile devices.

To find the header that best suits your operation and determine which updates are available for 2025 models or available on 2026 models, contact your local John Deere dealer or visit deere.com.au.

FIFTH GENERATION DAIRY FARMERS RELY ON JOHN DEERE TO MAKE HISTORY

VICTORIAN DAIRY FARMER, DARYL FLEMING, CHUCKLES AS HE ACKNOWLEDGES THAT LOCALS HAVE CHRISTENED THE DISTRICT AROUND HIS FAMILY’S WILLUNG FARM, ‘FLEMINGVILLE’.

Daryl’s Irish great grandfather and his English wife originally settled the farm near Traralgon around 1910, and their nine children and descendants proceeded to buy adjoining farmland throughout the valley.

These days, Daryl, his wife Emma, and two of his three sons, Lachlan and Ethan, are the fourth and fifth generations of the family operating a 486ha dairy, hay and contracting business, milking 375 cows twice a day.

“We’re very proud to be the fifth generation of Flemings in the district. We feel it’s an honour to continue the work of the families before us,” Daryl said.

“These days we all have designated roles –Lachlan is in charge of fodder and silage production, the making, carting and feeding of it on-farm, and Emma, Ethan and I handle the day-to-day running of the herd, and we have beef country too. It all works well.”

JOHN DEERE THE FIRST WORD IN TRACTORS

It’s not surprising that a fleet of John Deere machinery is integral to the smooth running of the Fleming’s business, especially since Lachie’s first word as a toddler was not ‘Mum’ or ‘Dad’, but “tractor”.

“Lachie was tractor-mad from an early age, and every time we considered making a pur-

THE PURCHASE OF A JOHN DEERE C451R COMBI BALER HAS BEEN TRANSFORMATIONAL FOR THE FLEMINGS’ HAY AND SILAGE PRODUCTION.

chase at the John Deere dealership, he was more excited about the free toys than the new machine!” Daryl said.

These days it’s definitely all about the machines and new technology for Lachie, aged 22.

“We run a range of John Deere 6M Series tractors and Combi balers and for us, the choice was easy, because these machines are reliable, tough and fuel-efficient workhorses,” he said.

“There’s never a day when we don’t have to feed cows, so it’s nice to be able to jump in a tractor and know it’s going to run reliably.

“It’s very important that we get crops in on time too, so the machines have to run at 110% every day. The John Deere tech ecosystem is all integrated and easy for operators to use, and the Operations Center™ remote display means that anyone can jump in at any stage and go.

“Most days we’re in a tractor for eight hours-plus. The cab is essentially our office, and being comfortable is key.”

DARYL FLEMING AND HIS SON LACHLAN ARE THE FOURTH AND FIFTH GENERATIONS OF THE FAMILY OPERATING A 486HA DAIRY, HAY AND CONTRACTING BUSINESS, MILKING 375 COWS TWICE A DAY AT WILLUNG IN VICTORIA.

PRECISION AG TECHNOLOGY CRITICAL TO REDUCING INPUT COSTS

Lachie Fleming sees precision ag technology like John Deere’s AutoTrac™ and Operations Center as critical to the business of dairy farming, to monitor and control rising input costs such as fuel.

“My advice to anyone considering Operations Center is to definitely check it out – it’s truly something that needs to be seen to be believed,” Lachie said.

“Fuel efficiency is a major factor for us, and we use Operations Center to assess how much fuel is used in transport, work or idle times. From there, it’s easy to make adjustments. Fuel is a massive input cost, so any saving is a good saving.

“I’ve started using remote display too, so no matter who is in the tractor, I can get on my mobile, go into remote display and talk the operator through any problems or queries about any of the settings.

“Operations Center is good for monitoring where a tractor is in the field and its exact settings, right down to how much hydraulic flow is going through a valve at any time.

“Dad was discing one day and rang me to ask how much hydraulic flow should be going through one valve at a time to operate the discs. By logging into Operations Center, I could tell him how much pressure was going through on his tractor and how much he needed to cut it back.”

AUTOTRAC CONTRIBUTES TO FARM PROFITS THROUGH ACCURACY

AutoTrac is used for tillage, mowing, raking and seeding, and has also made their operation more profitable, Lachie Fleming said.

“I can remember teaching myself to drive our first tractor with auto steer, and thinking, ‘This is the way forward’.

“The John Deere AutoTrac system is very easy to operate, very streamlined, and because AutoTrac ensures that 100% of the time we’re bang-on where we need to be, it’s lifted productivity.”

COMBI BALER A ‘NO BRAINER’ FOR DAIRY FARM

The purchase of a John Deere C451R Combi Baler was transformational for the Flemings’ hay and silage production, combining the function of baling and wrapping in one machine and reducing the need for multiple tractors and operators.

Lachie said the family liked the idea of not having to sit in the paddock until all hours of the night, wrapping silage.

“The Combi Baler was a no-brainer for us, and the number one reason was its ease of use. We’re very fussy about the bales we produce and the C451’s net system is very good,

STILL IN FRONT!

LACHIE FLEMING SAID JOHN DEERE TECHNOLOGY IS BECOMING MORE CRITICAL BECAUSE IT ALLOWS THEM TO MONITOR ALL THEIR INPUTS TO PRODUCE A HIGH-QUALITY FEED FOR COWS.

the rolls come straight out of the back and they’re wrapped very fast in one motion.

“The technology is also progressing. Hopefully we’ll soon have a baler that tells us exactly how much weight is in a bale, how much dry matter, so then we can calculate exactly how much needs to go into the cow’s mouth.”

DIVING INTO TECHNOLOGY FOR PROFITABILITY, SUSTAINABILITY

In the future, Lachie said he plans to “dive into John Deere technology a bit more” and looks forward to working in tandem with the company to continue another Fleming generation of dairy farming in Willung.

“The technology is becoming more critical because it allows us to monitor all our inputs to produce a high-quality feed for cows, and in this business that is the number one goal,” he said.

“It’s not as simple as just cows eating grass. At the end of the day, good grass puts the milk in the vat. And for us, it’s all about production, profitability and sustainability.”

IS IT TIME TO UPGRADE YOUR SEEDING SETUP?

WITH SEEDING UNDERWAY, NOW IS THE TIME TO TAKE NOTE OF HOW YOUR EQUIPMENT IS PERFORMING. IS YOUR EQUIPMENT KEEPING UP WITH THE DEMANDS OF THE JOB? ARE BREAKDOWNS SLOWING YOU DOWN AND CUTTING INTO YOUR PRODUCTIVITY? IF SO, IT MIGHT BE TIME TO CONSIDER AN UPGRADE TO MAXIMISE YOUR OPERATIONAL EFFICIENCY.

Investing in new seeding equipment is a big decision, but the cost of inefficiency and downtime from outdated machinery can add up quickly. Updated equipment offers better precision, efficiency, and ease of use, giving you more control over your seeding.

Here’s why upgrading could be the game-changer you’re looking for:

Conquer Costly Breakdowns - Older seeders require more maintenance as they age, and when they break down mid-season, it can throw off your entire schedule. The cost of repairs, combined with lost time in the field, can make running older equipment more expensive in the long run. New machinery is built to last longer with fewer interruptions, ensuring you can stay on track when it matters most.

Embrace Seamless Integration - With significant advances in seeding technology, older

equipment models may not smoothly integrate with modern tractors and precision ag systems. New seeders are designed for seamless communication with GPS, auto-steer, and variable-rate technology, helping you optimise seed placement and input use for better yields.

Maximise Productivity - Larger air carts and bars allow you to carry more seed and fertiliser, reducing refill stops and making your operation more efficient. Innovations in design mean that despite the larger sizes, these new seeders are easier to pull and more fuel-efficient, saving both time and money.

Accelerate Your Seeding - With fewer delays with maintenance and improved technology, modern seeders provide faster and more consistent coverage. Larger working widths to cover more ground per pass, reducing the time spent in the paddock while maximising output.

Precision Planting - Older seeders can struggle with accuracy, leading to uneven seed depth and poor germination. Newer models cut through soil more efficiently, ensuring minimal disturbance and precise seed placement. Better accuracy leads to stronger, more uniform crop emergence, improving yields and profitability.

Developed for Australian Conditions - Australian farming conditions can be unforgiving, and equipment needs to be up to the task. Modern seeders are designed for durability, built with high-quality materials to with-

stand harsh environments while maintaining peak performance season after season.

The Benefits of New Technology in Agriculture - Agricultural advancements aren’t just about convenience—they directly impact your bottom line. Improved seed placement, better germination rates, and reduced maintenance mean you can make more efficient use of your time and resources. Tasks that once required multiple passes with older machinery are now completed in one, reducing fuel and labour costs.

If any of these points click with you, upgrading your seeding equipment could be one of your best investments this year for the 2026 season. A more efficient setup means less downtime, more productive seeding, and ultimately, better yields.

Bourgault Australia, the leader in seeding technology, offer air carts, implements, and tillage equipment — engineered for Australian conditions to deliver unmatched durability, reliability, and performance.

Take advantage of Bourgault’s Early Order Program and secure your industry-leading seeding equipment for 2026. Explore the options and submit an enquiry to find the right setup for your farm: https://bourgault.au/eop.

BYPY TRANSMISSIONS: BUILT FOR BIG OPERATORS

WHEN YOU’RE RUNNING HIGH-HORSEPOWER BALERS OR HEAVY-DUTY ROTARY HOES ACROSS THOUSANDS OF HECTARES, YOUR DRIVELINE COMPONENTS CAN’T JUST BE GOOD – THEY HAVE TO BE BULLETPROOF.

For Australia’s large-scale contractors, BYPY Transmissions is the trusted partner keeping machines moving, seasons on schedule, and downtime to an absolute minimum.

POWER WHERE IT MATTERS: PTOS AND GEARBOXES FOR HEAVYDUTY IMPLEMENTS

In high-output operations, the performance of your PTO shafts, clutches, and gearboxes directly impacts your bottom line. Whether you’re handling high-density baling in peak harvest or working heavy ground with rotary hoes in tight windows, a failed driveline can bring a multi-million dollar operation to a grinding halt.

That’s why BYPY focuses on the

components that make or breakproductivity in serious contracting operations.

As the exclusive Australian distributor of Bondioli & Pavesi—a premium Italian manufacturer trusted by European OEMs— BYPY brings elite engineering to Australian conditions. These gearboxes and PTOs are proven

in the field, delivering longer service life, reduced breakdowns, and fewer service interruptions for operators who simply can’t afford to stop.

THE PREFERRED CHOICE FOR CONTRACTORS NATIONWIDE

Bondioli & Pavesi driveline systems aren’t just for OEMs— they’re the first choice for contractors pushing machinery to its limits.

Built to handle high torque, extended daily run times, and

tough field conditions, these components are ideally suited for large-scale operations using:

- Large square and round balers

- Rotary hoes and power harrows

- High-output mulchers and mowers

- Manure spreaders, tillage tools, and feedout wagons.

To meet growing demand, BYPY has invested heavily in national stock—ready for sameday dispatch Australia-wide.

“We know time is money for contractors. If a shaft goes down mid-run, you need a fix now—not in three days”, says Ashley Male of BYPY.

Beyond replacement: Offering prevention, customisation, and

LATEST QUADTRAC OFFERS ENHANCED FEATURES

AFTER ALMOST 30 YEARS, THE CASE IH STEIGER QUADTRAC

RAISES THE BAR AGAIN, ENHANCING COMFORT AND PRODUCTIVITY.

Case IH Australia has launched the latest model of its popular Steiger Quadtrac, focusing on more power, greater productivity and enhanced operator comfort.

Launched in 1996, the Case IH Steiger Quadtrac will celebrate its 30th anniversary next year, with the model standing the test of time through its durability, reliability and superior performance.

A key focus of the new design is the Steiger Quadtrac Heavy-Duty Suspension (HDS) which promises an upgrade in comfort and productivity, in even the toughest conditions.

A key feature of the new HDS is the suspended undercarriage which offers:

- Increased operator comfort due to the hydraulically-suspended, ground-conforming undercarriage;

- 6% larger footprint to minimise ground pressure and compaction;

- Longer track life with an 11% larger drivewheel and 5% longer track than the previous model;

- Higher field travel speeds in

real support, BYPY isn’t just a parts supplier. They’re an endto-end driveline support partner.

At their national facility in Dandenong, BYPY operates a computerised torque clutch testing lab, giving contractors a way to ensure their overload systems are functional before heading into the season.

It’s a crucial service for machines coming out of storage, where rusted or seized clutches can silently fail—often at the worst possible time.

“One seized clutch can wreck a baler gearbox or twist a PTO shaft. Our testing avoids that headache before it happens,” says Ashley.

rough conditions – 11% faster road speed than the previous model;

- An automatic track tension system tied to the tractor hydraulics;

- Independently-suspended roller and idler wheels in the undercarriage to provide a smoother ride;

- Ease of maintenance with grease-less, maintenance-free bushing and pin design;

- Availability on all Quadtrac models from 475-715.

The Steiger Quadtrac 715, the highest horsepower tractor in the Case IH range and launched to the Australian market in 2024, took out Tractor of the Year in the High Power Category for models of 300hp+ at EIMA in Bologna, Italy, last year, with the HDS widely praised by the judges.

The panel of judges also rewarded the Quadtrac for its engine performance, fuel efficiency and emission standards, transmission smoothness and reliability.

“The Steiger Quadtrac has been a favourite on Australian farms for almost 30 years, prov-

JUSTIN BRYANT, CNH HHP PRODUCT MANAGER FOR ANZ, WITH A STEIGER QUADTRAC 645 AT THE RECENT FARMFEST FIELD DAYS.

ing its worth in the often challenging conditions our farmers face and valued for its reliability and consistency of performance,” said Justin Bryant, CNH HHP Product Manager for ANZ.

“In 2025, the Quadtrac has been redesigned to enhance the experience for the operator with a smoother ride and increased levels of comfort, and boost the productivity potential of the tractor with increased speed and durability.”

Other innovations on the latest Quadtrac include configurable buttons allowing operators to set up controls to suit preferences, AccuTurn – a fully automatic headland turn system – and up

to 428 l/min of oil flow with smart torque hydraulic pump to match demanding implements. Comfort and convenience features include automatic pivoting steps and 76,620 lumens total output from a new lighting package.

The new Quadtrac 715 also features AccuGuide auto steering and works with the new Case IH FieldOps™ monitoring and management app.

Visitors to the recent FarmFest field days near Toowoomba had a chance to see the latest Steiger Quadtrac, along with the new Case IH AF9 combine.

For more information on the 2025 Steiger Quadtrac, contact your local Case IH dealer.

BYPY also custom-builds PTO shafts to spec, tailored to your equipment’s horsepower rating, torque demands, and application type.

Whether you’re working with OEM spec gear or a mix of retrofitted machines, BYPY has the parts and knowledge to adapt.

And if it’s not Bondioli & Pavesi?

That’s not a problem. BYPY supports, services, and rebuilds any brand’s PTO shafts and driveline systems, often identifying problems with nothing more than a photo texted from the paddock.

“We’re not just here to sell. We’re here to help contractors fix problems fast—whether it’s

a new shaft, a spare part, or advice,” Ashley adds.

SAFETY THAT SCALES

High-horsepower implements demand high safety standards. Missing or broken shaft guards on large balers or tillage gear can be catastrophic—especially with rotating components spinning at high rpm under load.

BYPY stocks full safety cover kits for the Bondioli & Pavesi range and offers universal protection systems for other brands. All meet or exceed Australian and international safety standards, and BYPY can quickly source specialty components as needed.

“A single exposed shaft can change lives in seconds. We make sure our customers have the right protection—and know how to fit it,” says Ashley.

READY WHEN YOU ARE

BYPY’s national warehouse at 16 Dingley Avenue, Dandenong, is fully stocked and operated by a team which understands the high stakes of commercial contracting.

Whether you’re mid-season and need an urgent dispatch or prepping your fleet in the off-season, BYPY is ready to move.

Contact the team at 03 9794 5889 or visit www.bypy.com. au.

VIC CONTRACT SEEDING INVESTMENT FITS THE BILL

MACHINERY TRANSPORT IS NATURALLY A BIG FOCUS FOR CONTRACT SEEDERS AND FOR A VICTORIAN BUSINESS THAT PREDOMINANTLY SUPPORTS A CORPORATE FARMING ENTERPRISE ALSO TARGETING PRODUCTIVITY AND EFFICIENCY, INCLUDING REDUCED STAFF FATIGUE, SWITCHING TO AN ALTERNATE SOWING RIG HAS SO FAR TICKED ALL THE BOXES.

Based near Beulah in the Mallee, Chivell Ag Contracting has been operating since the late 90s. Zeb Chivell and his wife, Amanda, who have three children, Layla (11), Benji (9) and Kensley (5), have taken over the reins from Zeb’s father, Joe. The family, including Zeb’s grandfather, Allan, have also run a small 650-hectare property in the region.

In addition to contract seeding on Warakirri properties in the area, the business offers contract spraying services, which has been undertaken mainly for a corporate farm.

Chivell Ag Contracting has maintained a long-term relationship with Warakirri and Zeb recently encouraged its support for upgrading from an 18-metre seeding bar to a 24m Morris Quantum air drill for its cropping program, which follows a controlled traffic farm-

ing system. It was the first 24m Morris Quantum to be sold in Victoria, and, surprisingly considering its size, it had a narrow transport width.

“The transport aspect was the best. I got down a lot of roads that I hadn’t got the 60-foot bar down,” Zeb said.

The Chivell’s 24m Morris Quantum air drill folds to 7.6m wide and 5.9m high.

“It’s 80 kilometres between the farthest points where we are seeding on properties and the transport width of the Quantum was three times better than I thought it would be,” Zeb said.

The family’s Quantum air drill is set on 30-centimetre tine spacings, uses a Primary Sales in-line, dual chute seeding boot and features Morris’ auto-lift and auto-pack technologies, as well as a blockage monitoring system and automatic end-of-row turning. The auto-lift allows for automatic lifting and lowering of tynes, making headland turns easy, while auto-pack automatically adjusts the air drill’s packing pressure according to the soil conditions, providing for correctly closed and packed furrows to help achieve the most ideal seedbed for germinations.

“It’s a well-built bar and there are a lot of Morris bars around now. The other benefit with that is there is a representative (from Morris’ Australian distributor) in the area and a dealer at Warracknabeal (Bellevue Machinery) with parts sitting there, so there are seven to eight people I can call if I have any issues,” Zeb said.

The local Warakirri cropping program is close to 10,000ha, traversing soils ranging from sands and loams to heavy clays, including seepy crabhole areas.

Pulled by a 590-horsepower John Deere tracked tractor, Zeb said the renowned frame

VICTORIAN MALLEE SEEDING AND SPRAYING CONTRACTOR ZEB CHIVELL, CHIVELL AG CONTRACTING, WITH TONY WILLIAMS, MCINTOSH DISTRIBUTION, AND THE FAMILY’S 24-METRE MORRIS QUANTUM AIR DRILL. ZEB SAYS THE 24M MODEL, WHICH WAS THE FIRST TO BE SOLD IN VICTORIA, WAS EASIER THAN EXPECTED TO TRANSPORT AND ITS LARGE WHEELS ALLOWED EXCELLENT FLOTATION.

strength of the Morris Quantum air drill almost stalled the tractor last season and it had to work hard in heavy clay soils due to the dry start.

He said the bar’s excellent flotation via its large wheels meant there were no seeding problems even in heavily deep-ripped sands.

“The bar just sat on top and, overall, seed placement was very good and everything came up. It was just the canola establishment that was not so good last year due to the season.”

In addition to the transport benefits, there were strong gains in the targeted areas of seeding productivity and efficiency.

“We were doing 20-21ha per hour and averaging about 150ha per fill,” Zeb said.

“It was a big effort and a really solid five weeks, but the year before we were doing 15-16ha/hr and going 24/7 for six to seven weeks. Last year we had just two days that were around the clock, otherwise we were only doing 18hrs per day, six days a week and we had Sundays off.

“Our staff also took to the new system like a duck to water. It was all easy, so they could largely just sit there and monitor everything,” Zeb said.

JUMBO 5000 –THE SUCCESS STORY CONTINUES

THE JUMBO SEES PÖTTINGER OFFER A HIGH-PERFORMANCE LOADER WAGON WITH MAXIMUM OUTPUT, HIGH EFFICIENCY, OUTSTANDING RELIABILITY AND THE HIGHEST LEVEL OF OPERATING CONVENIENCE.

To meet a wide range of expectations in the field, the high performance Jumbo series has been extended. Introducing the Jumbo 7000 and 8000’s younger sibling: a compact loader wagon with proven technology. The Jumbo 5000 is available in six new models ranging in DIN capacity between 32 and 54 m3 . This loader wagon combines all the key performance features in just one machine and is an all-rounder that covers many application scenarios.

CLEAN AND TIDY CROP COLLECTION FOR CLEAN FORAGE

One of the greatest challenges ensured by the Jumbo 5000 is collecting the crop cleanly and tidily in all operating conditions. It is able to do this thanks to the 6-row all-rounder pick-up with an effective width of 1,890mm and the 7-row Profi pick-up with a DIN width of 2,350mm.

Both pick-ups are controlled from both ends by a steel cam track. Their tines are slightly trailing, which prevents them from digging into the ground and damaging the sward.

The jockey wheels on each side form a stable support triangle together with the optional jockey wheel chassis. The floating pick-up has a freedom of movement of 170mm at the jockey wheel so that it can compensate for bumps and deliver perfect ground tracking.

The central component of the Jumbo 5000 is the loading rotor with its optimised tine geometry and a tine thickness of 10mm. The loading rotor has a diameter of 800mm and, thanks to the helix 8-row tine arrangement, it can actively feed the forage smoothly through the chopping system. With a width of 1,580mm, the rotor on the JUMBO 5000 is particularly effective. The loading rotor transfers the forage from the pick-up smoothly, even when the crop is wet and short. This adds durability and ensures an extended service life.

STAY SHARP

Short-chopped forage is not only beneficial for feeding ruminants, it can also be compacted effectively and efficiently in the clamp.

Thanks to the Powercut short-chop chopping system with 45 knives, the forage is cut to just 34mm in length. The knives are all individually protected against foreign objects, which prevents inefficient downtime. The Easy Move swing-out knife bank makes it easy to change and reverse the knives while maintaining an ergonomic posture.

Only really sharp knives can guarantee optimum chopping quality, lower power consumption and increased output. The optional autocut knife sharpening system with its electro-hydraulic drive system is a convenient way of sharpening the knives fully automatically directly on the loader wagon.

LARGE CHOICE OF MODELS

The Jumbo is a multipurpose loader wagon that combines the tasks of crop collection, chopping, compaction and transport, all in one machine.

The Jumbo 5000 is available with DIN load capacities between 32 and 54 m3 . The movable front panel is standard, offers an additional load capacity of 4.3 m3 with the same wagon length, and makes the loader wagon more compact. The front panel also improves manoeuvrability in small fields and on narrow farm tracks.

The automatic loading system is fitted as standard to provide a high level of assistance by ensuring optimum compaction and filling the loading chamber right up.

The Jumbo 5000 is also available as a DB

(Discharge Beater) model with drive system and two or three beater rotors for loosening the harvested material and unloading it evenly.

The Jumbo DF (Dry Forage) model is a loader wagon for harvesting dry crops such as hay, straw and alfalfa. A robust cover is absolutely essential here. It needs to be able to retain the crop so that it cannot expand upwards while the rotor feeds more material into the loading chamber. The strong and robust dry forage cover is standard equipment on the Jumbo 5540.

HIGH LEVEL OF CONVENIENCE AS STANDARD

Automated functions increase operating convenience and provide support in every situation. The comprehensive lighting package available in various configurations ensures the highest level of convenience for long working days. With its standard self steering axle, the Jumbo is particularly manoeuvrable and conserves the soil, which means it can easily handle fields of all shapes and sizes.

The ISOBUS-compatible Jumbo 5000 can be operated using the optional Power Control, Expert 75 or CCI 1200 control terminals.

Pöttinger - the world market leader - further expands its range of compact, high performance loader wagons with the Jumbo 5000. For more information on our product line, contact Pottinger at (03) 83532770. www. poettinger.com.au.

Ever y leaf counts

Ever y leaf counts

MERGENTO VT 9220

MERGENTO VT 9220

„ Clean forage without disintegration losses even with leafy crops such as clover or alfalfa

„ High pick-up performance and perfect crop transfer to the conveyor belt thanks to the six rows of controlled pick-up tines

„ Clean forage without disintegration losses even with leafy crops such as clover or alfalfa

„ High pick-up performance and perfect crop transfer to the conveyor belt thanks to the six rows of controlled pick-up tines

„ Perfect crop flow along the pick-up thanks to the adjustable, damped crop swath roller with baffle curtain

„ Perfect crop flow along the pick-up thanks to the adjustable, damped crop swath roller with baffle curtain

„ Flexible swath placement: Centre swath – side swath merged left or right – two individual swaths – flexibly adjustable swath width

„ Flexible swath placement: Centre swath – side swath merged left or right – two individual swaths – flexibly adjustable swath width

„ The best ground tracking – wide tracking rollers close to the pick-up – both merger belt units have three-dimensional freedom of movement

„ The best ground tracking – wide tracking rollers close to the pick-up – both merger belt units have three-dimensional freedom of movement

For more information on our product line contact us at (03) 8353 2770, www.poettinger.com.au

For more information on our product line contact us at (03) 8353 2770, www.poettinger.com.au