POWERED BY:
Oculus M750d Dual Freq. Multibeam Sonar System The Oculus M series multibeam sonars are a new generation of imaging sonar, designed for use across a wide variety of underwater applications.
Oculus M1200d Dual Freq. Multibeam Sonar System The Oculus M-series multibeam sonars are a new generation of imaging sonar, designed for use across a wide variety of underwater applications.
MRS900S
Echologger DS900
Super light mini scanning sonar MRS900S. MRS900S is made of fully plastic materials, weighing only 380g (140g in water). There is no metallic part exposed to water, so no risk of corrosion. This ultra compact super-light device is optimally designed for Navigation of Underwater Vehicles (ROVs or AUVs) in shallow water up to 100m depth.
This unique device is one of the most powerful and practical sonar systems in the market for the savvy divers. It is a hand-held underwater imaging system that gives high-resolution expressions. Every diver can make use of this dynamic product to enjoy visibility in dark and turbid environments for their tasks such as search & rescue (SAR), structure monitoring or obstacle avoidance. Professional bodies such as US Navy have commended the sublime nature of this fascinating device.
Clariscan
M3 Sonar - 4000 m
Clariscan combines Kongsberg Mesotech's wide bandwidth composite transducer technology with a patented acoustic lens to provide exceptional image quality. Previous versions of domed sonar introduced beam defocusing in two conditions, warm & shallow and cold & deep. The beam defocusing effect becomes more extreme in warm shallow water as temperature increases and more extreme in cold deep water as depth increases.
The Kongsberg Mesotech M3 Sonar is a multibeam system with both imaging and profiling capabilites. The M3 Sonar provides high-resolution and easy to interpret images by combining the rapid refresh rate of a conventional multibeam sonar with image quality comparable to a single-beam sonar.
24
24-25_overzimagingsonar.indd 24
Products4Geo Industry Guide Issue 1 - 2019
25-03-19 15:56