News / UAV Propulsion Tech /

Amsterdam’s Museum of the Canals to Unveil Cutting-Edge Autonomous Underwater Resident Vehicle

uav propulsion tech 1024x523.jpg

UAV Hardware Solutions: Propulsion & Fuel Systems, Servos & Flight Controllers, Imaging Solutions, Launchers & Parachutes

Amsterdam’s Museum of the Canals to Unveil Cutting-Edge Autonomous Underwater Resident Vehicle

The Autonomous Underwater Resident Vehicle (ARV-i), developed by Boxfish Research and powered by Transmark Subsea, will be used to create a

ARV-i

Revolutionizing Underwater Exploration: The ARV-i

The Autonomous Underwater Resident Vehicle, known as ARV-i, has been developed by Boxfish Research in collaboration with Transmark Subsea. This cutting-edge technology is set to enhance the experience at the Museum of the Canals in Amsterdam (Grachtenmuseum Amsterdam) by introducing a new multimedia exhibition.

Boxfish ARV-i

enhancing Visitor Experience with Underwater Insights

While the museum already narrates the history of Amsterdam’s canals, the integration of video footage and data gathered by the ARV-i will provide a deeper understanding of the waterways. This autonomous vehicle is engineered to navigate and monitor underwater environments independently, utilizing pre-set programming and advanced onboard intelligence to identify and analyse submerged structures.

Exploring Key Themes in Water Management

The exhibition will delve into various critical topics, including water management practices, the ecosystem within the canals, their usage, visibility challenges, and maintainance strategies. This thorough approach aims to educate visitors on the intricate relationship between the canals and the city.

ARV-i in Amsterdam

ARV-i: A Game Changer for Underwater Monitoring

The ARV-i stands out as a pioneering autonomous underwater vehicle designed for the continuous surveillance of submerged assets. its applications extend to the automated inspection of offshore energy facilities, oil and gas platforms, wind farms, and aquaculture sites. Remarkably, the ARV-i can operate entirely underwater for durations of up to 12 months per deployment, making it an invaluable tool for ongoing underwater research and monitoring.

uavpt da ust1.webp
UAV Hardware Solutions: Propulsion & Fuel Systems, Servos & Flight Controllers, Imaging Solutions, Launchers & Parachutes

Tampa, FL 33606, USA

Send Message

Supplier's Products

Mission-critical DO-certified autopilots for UAVs
Brushed & BLDC motors, ESCs, and starter/generator systems for UAVs
ADS-B & Remote ID transponders & transceivers for UAS & UTM
Gyro-stabilized day- and nighttime imaging solutions for UAVs
Lightweight rescue & recovery parachutes for fixed-wing drones
Pneumatic drone catapult launcher & mechanical PRS
MEMS-based INS & inertial sensors for UAVs & unmanned systems
Rugged rotary actuators for UAVs, UGVs & UUVs
High-performance hydrogen fuel cells for drones & robotics
Compact engines delivering exceptional thrust-to-weight performance
Lightweight gasoline & heavy fuel drone engines

More News from UAV Propulsion Tech