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Autonomous Underwater Vehicle Detects Threats to Ships

The vehicle can locate, identify and map structural issues on a ship’s hull.

Launching the H-AUV from Bluefin Robotics.
Launching the H-AUV from Bluefin Robotics.
Bluefin Robotics

The Bluefin Robotics H-AUV locates, identifies and maps structural issues on a ship’s hull including large ocean going cargo ships, petroleum and chemical tankers, cruise ships and military surface and sub-surface vessels without dry-docking the ship (see photos in gallery).

It operates autonomously and navigates along a hull, bridges or piers. High-resolution images are streamed, recorded and stored by the H-AUV for shipboard or shore-based operators to observe in real time, or study once the scan is complete.

The H-AUV can also conduct undersea observation for port and harbor security, underwater law enforcement investigations, archaeological and academic research.

“Inspecting ship hulls and other underwater surfaces can be a manpower- and cost-intensive part of a ship’s observation and maintenance,” said Matt Graziano, director of Autonomous Undersea Systems for General Dynamics Mission Systems. “This H-AUV also reduces the risk to divers when inspecting potential threats attached to a ship’s hull or other structure.”

General Dynamics Mission Systems develops, builds and operates a portfolio of Bluefin Robotics Autonomous Underwater Vehicles (AUVs) and related technologies for defense, commercial and academic customers worldwide.

General Dynamics Mission Systems featured the Bluefin Robotics hovering-autonomous underwater vehicle (H-AUV) at OCEANS 2016 in Monterey, California.

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