The XHX-ROV-H8 is a remotely operated underwater vehicle for search, inspection, and observation where operators may also need to handle objects. Rated to 350 m, it combines multi-directional maneuvering, a camera and adjustable lighting, and an integrated manipulator on a portable platform.
H8 Mission Capabilities
● Maneuver and Hold Position
Four horizontal vector thrusters and four vertical thrusters support forward and reverse travel, sideways movement, turning, ascent, and descent. Depth-hold and heading-hold modes assist controlled positioning; the specified maximum speed is 1.5 m/s.
● Built for Deep-Water Deployment
The aluminum-alloy vehicle measures 470 × 590 × 260 mm and weighs 14 kg. Its removable 18 Ah battery is specified for at least six hours of runtime. Actual endurance depends on thruster and lighting use, payload, depth, and conditions.
● Inspect with Camera and Lights
The camera provides 1080p video, at least a 160° field of view, and single-axis gimbal tilt up to ±60°. Adjustable LED lighting offers eight brightness settings for underwater observation.
● Integrated Manipulator for Recovery Tasks
The manipulator can grasp objects, handle a recovery line, or release snagged ropes. It has a maximum opening width of 140 mm, a listed gripping force of 220 N, and an opening-and-closing cycle time of no more than 2.8 seconds. Maximum payload is up to 8 kg, depending on configuration.
● Ground Control and Field Equipment
The ground station has dual touch displays and Windows 10 control software for vehicle monitoring and thruster, camera, and lighting controls, with depth, temperature, leak, and electrical-status readings. The Kevlar neutral-buoyancy tether is specified at 200 m or longer with a breaking strength of at least 260 kg. Compatible add-ons include an external LED light, GoPro camera, laser measurement tool, and sonar; confirm configuration before deployment.
H8 applications include emergency response, vessel and dock inspection, aquaculture monitoring, scientific exploration, and underwater photography. Confirm payload, tether, battery, and site requirements before each mission.
