News / Revolutionizing Visuals: The Future of New Imaging Technologies /

Introducing a Revolutionary Untethered Underwater Observation Vehicle!

new imaging technologies logo2.webp

SWIR Cameras & Sensors for Infrared Imaging Applications With Drones & Unmanned Systems

Introducing a Revolutionary Untethered Underwater Observation Vehicle!

New Zealand-based Boxfish Research and Norwegian partner Transmark Subsea have launched a new class of underwater observation vehicle, the

Introducing the ARV-i: A Revolutionary Underwater Observation Vehicle

Boxfish Research, hailing from New Zealand, in collaboration with Norwegian firm Transmark Subsea, has unveiled an innovative underwater observation vehicle known as the ARV-i.

Overview of the Autonomous Underwater Resident Vehicle

The Autonomous Underwater Resident Vehicle (ARV) is the result of a strategic partnership aimed at creating a state-of-the-art solution for the continuous monitoring of underwater assets. This versatile vehicle is designed for various offshore sectors, including renewable energy, oil and gas exploration, wind energy, and aquaculture.

Operational Versatility and Features

The ARV-i is engineered for operational adaptability, allowing for both fully autonomous navigation and manual piloting. When functioning as a resident vehicle, it can remain submerged for extended periods, thanks to a specialized subsea docking station that supports wireless battery recharging and data transfer from its missions. With pre-programmed routes and onboard intelligence, the ARV-i can autonomously navigate and monitor underwater environments.

Advanced Technology integration

Incorporating Transmark Subsea’s cutting-edge underwater power and interaction systems, the ARV-i also leverages the advanced capabilities of the Boxfish ROV platform.Weighing in at just 25 kg, this lightweight and compact vehicle is designed for operation in confined spaces, while its eight-thruster configuration ensures exceptional stability and maneuverability.

Unmatched Observation Capabilities

The ARV-i excels in delivering high-quality underwater observations,equipped with up to six machine vision cameras,a 4K navigation camera,and an extraordinary 17,000 lumens of lighting. High-speed optical and acoustic communication systems allow for remote operation, and a manual piloting mode is available for onshore personnel who need direct control, utilizing live video feeds or a digital twin of the environment. Furthermore, the vehicle can store 4K video footage, enabling 3D modeling capabilities.

Flexible Connectivity Options

While the ARV-i operates as an untethered solution, it can also be equipped with a fiber-optic connection for enhanced video quality. Utilizing a subsea tether Management System allows for uncompressed 4K video streaming and expedited data transfer, catering to the needs of various operational scenarios.

Launch and Industry Impact

This groundbreaking underwater vehicle was officially launched at Ocean Business 21, an ocean technology exhibition and training event that took place from October 12 to 14, 2021, at the National Oceanography Center in Southampton, UK. the ARV-i is poised to make significant contributions across multiple industries,enhancing the efficiency and effectiveness of underwater asset monitoring.

new imaging technologies.webp
SWIR Cameras & Sensors for Infrared Imaging Applications With Drones & Unmanned Systems

1 impasse de la Noisette, 91370 Verrières le Buisson

Send Message

Supplier's Products

Discover the Power of WiDy SenS: The Next-Gen SWIR Camera!
Low-SWaP qVGA & VGA format SWIR camera cores
Discover the Power of the SenS 1280 SWIR Camera: Unleashing New Possibilities!
High-sensitivity SXGA format SWIR camera for drones & robotics
Discover the Power of the SenS 1920 SWIR Camera: Unleashing New Possibilities!
High-sensitivity Full HD SWIR camera for UAVs & robotics
Capture Every Moment: The SenS 1920 CameraLink Experience
Full HD SWIR Camera for Versatile Industrial & Defense Integration

More News from Revolutionizing Visuals: The Future of New Imaging Technologies