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What? We’ve made calibrating too easy?

It’s been brought to our attention that people think that Fusion 2 has taken away the need for a surveyor’s skills for long baseline (LBL) operations. Seeing it in action, maybe you could be forgiven for thinking that. The screen tells you what you need to know, and you don’t need to read raw comms …

Advanced Acoustic Concepts selects Sonardyne for underwater target tracking

Undersea weapon, sensors and integrated systems specialist Advanced Acoustic Concepts has chosen underwater positioning technology from maritime technology company Sonardyne to work for the US Department of Defense (DoD). Advanced Acoustic Concepts chose Sonardyne’s portable Micro-Ranger 2 Ultra-Short Baseline (USBL) system following a market review of commercial-off-the-shelf (COTs) systems suitable for its needs, particularly around …

After the Doctorate – applied ocean science with Sonardyne

So you’ve now met our new business development managers for offshore renewables, Mike Ellis, and marine robotics, Aidan Thorn. Now it’s time to meet our third new BDM, Michelle Barnett. Michelle’s moved over from doctoral research into ocean biochemistry to help oceanographers across the globe gain more insight, in whatever discipline they’re in. As a …

UTEC deploys Sonardyne’s Fusion 2 to support offshore construction in Australia

Combined long baseline (LBL) acoustic positioning and inertial navigation system (INS) software from energy technology company Sonardyne has helped to support the latest phase of an offshore project northwest Australia. The project is the first full use of Sonardyne’s Fusion 2 software and associated 6 ‘plus’ (6+) hardware in Australia, cementing the global adoption of …

The science behind BlueComm

Author: Chris Hammersley – Applications Project Manager Why is BlueComm blue? The general rule of thumb is whatever colour the water appears, that is the colour which will be least absorbed. Blue in clean water is the least absorbed electromagnetic wavelength, making it the obvious colour the lights in BlueComm should be using. But what …

Exciting doesn’t cut it when it comes to marine robotics

Last week we introduced Mike Ellis, our (re)new(able) guy! Now it’s time to introduce the second of our recent new starters, Aidan Thorn. If you’re in marine robotics, you’ve probably already come across him. He’s joined us to help us further support the global energy transition, ocean science and defence through advanced underwater robotics as …

Why Optical Comms?

Author: Chris Hammersley – Applications Project Manager Water is an incredibly hard medium to communicate through. In air, we are all used to having almost unlimited data in our pockets and being able to stream the latest YouTube cat video at a moment’s notice. However, go just a few metres underwater and all that stops. …

Meet Mike – the (Re)new(able) guy

We’ve had some new starters in our business development team here at Sonardyne over the past couple of months. They’ve joined to help us further support the global energy transition, to further ocean science and support advanced underwater robotics. We thought it was time we introduce them. First up is Mike Ellis, our new Business …

Sonardyne and Wavefront demonstrate obstacle avoidance capability on UK’s test XLUUV

Underwater obstacle avoidance technology from maritime defence technology companies Sonardyne and Wavefront Systems has been successfully demonstrated on board an extra-large, uncrewed, underwater vehicle (XLUUV) built and operated by Plymouth-based MSubs. The demonstration of the Vigilant forward looking sonar was part of the first phase of the UK’s Defence and Security Accelerator’s (DASA) ‘Uncrewed Underwater …

Seatronics first to order Sonardyne’s new SPRINT-Nav Navigator for VALOR ROV

Subsea technology specialist Seatronics has been announced as the first customer for Sonardyne’s new SPRINT-Nav Mini Navigator, launched just one week ago. Seatronics has purchased the technology, the world’s smallest hybrid acoustic-inertial navigation instrument, for its VALOR remotely operated vehicle (ROV), itself designed to be the smallest, most powerful and capable inspection class ROV in …