Launch & Recovery System Demonstrated for Towed Synthetic Aperture Sonar

A new Autonomous Launch and Recovery System from Kraken Robotics allows for rapid mobilization and demobilization of a towed synthetic aperture sonar on a range of vessels By Abi Wylie / 18 Nov 2024

Marine Environmental Sonar

Discover cutting-edge solutions from 5 leading global suppliers
SUPPLIER SPOTLIGHT
Launch & Recovery System Demonstrated for Towed Synthetic Aperture Sonar
Follow OS&T

Kraken Robotics Inc. has completed demonstrations for its new Autonomous Launch and Recovery System (ALARS) for the KATFISH™ towed synthetic aperture sonar (SAS). 

The new ALARS was built to fit a 20-foot International Organization for Standardization (ISO) container footprint to increase interoperability with different vessels, allowing for rapid mobilization and demobilization on multi-role platforms. The system enables autonomous launch and recovery of KATFISH up to Sea State 5.

During the demonstrations, participants were able to view the KATFISH SAS data live-streaming onboard the vessel, detecting and classifying seafloor contacts in real-time, including high-resolution imagery of the Governor Cornwallis shipwreck.

High-resolution SAS data and command and control information were also streamed wirelessly back to shore and displayed to the attendees of Canadian Naval Mine Countermeasures Symposium taking place at HMCS Scotian in Halifax, Nova Scotia the same week.

Kraken’s new ALARS will be delivered to an Asia-Pacific naval customer by the end of the year.

Greg Reid, President and CEO of Kraken Robotics, commented, “This was a great opportunity to both test our new ALARS and demonstrate KATFISH for key naval clients. The ocean is an unforgiving environment, and the highest risk to technology and personnel is during launch and recovery. 

“Demo participants were able to witness our technology in action, observing both the advanced autonomy of the ALARS as well as the high-resolution real-time SAS data from KATFISH while aboard the vessel.”

David Shea, Executive Vice President and CTO of Kraken, added, “The ability to stream live, high-resolution seafloor data to analysts and mine warfare officers in real-time, from both manned and unmanned platforms, is a critical enabler for modern navies. 

“Kraken was excited to be able to provide a live demo simultaneously in-person and for a remote audience, showing how remote operation and intelligent autonomy helps get humans out of the minefield. 

“These capabilities are standard with the KATFISH system and are being continuously improved as our NATO customers deploy them in operations every day. We look forward to getting this new ALARS out into the field with our customers.”

Posted by Abi Wylie Edited by Abigail Wylie, Editor and Copywriter experienced in digital media with a keen interest in ocean science technology. Connect & Contact

Latest Articles

High-Temperature MEMS Accelerometer for Directional Drilling at OTC 2025

Tronics Microsystems will showcase a high-temperature MEMS accelerometer for directional drilling at booth #2569 at the Offshore Technology Conference 2025

Apr 16, 2025
Profile Spotlight: NORBIT’s Cutting-Edge Multibeam Sonar for Subsea Mapping

NORBIT Subsea has partnered with OST to showcase its advanced multibeam sonar solutions, supporting high-resolution subsea mapping, imaging, and monitoring across offshore and marine industries

Apr 16, 2025
Kraken Robotics to Offer KATFISH Towed SAS Systems for Offshore Rentals

Kraken Robotics will introduce a synthetic aperture sonar (SAS) service for offshore energy in July 2025, offering KATFISH towed systems for rental to improve offshore surveys

Apr 15, 2025
Providing Offshore Precision for Innovative Marine Construction

Discover how GNSS technology from Trimble Applanix is driving accuracy and supporting innovation in offshore engineering

Apr 15, 2025
ECO V2: New Optical Oceanography Technology Launched

Sea-Bird Scientific has released their cutting-edge ECO V2 Series, delivering 16-bit resolution and improved signal-to-noise performance across up to four channels

Apr 15, 2025
Long-Range AUVs Acquired for Scientific Research

A leading European research, technology and innovation organisation has chosen cutting-edge autonomous underwater vehicles from the UK’s National Oceanography Centre (NOC) to help advance its marine research capabilities

Apr 14, 2025

Featured Content

OST’s Ocean Business 2025 Round-Up

OST has released a round-up of the latest technological advancements, announcements, news, and live demonstrations to come out of Ocean Business 2025

Apr 14, 2025
Charles River Analytics Software to Advance Autonomous Vessel Escort Safety

Charles River Analytics’ PAVE system enhances naval escort operations by using AI-powered perception to improve safety, tracking, and threat detection in crowded harbors

Apr 10, 2025
Who to see at Ocean Business 2025

OceanScienceTechnology.com is proud to be collaborating with a wide range of innovative companies participating in Ocean Business 2025

Apr 04, 2025