Aquaculture unmanned surface vehicle HV220

autonomousteleoperatedelectric

Product overview
The HV220 is an aluminum-hull unmanned surface vessel (USV) designed for aquaculture tasks: automatic feeding, water-quality monitoring, multi-point sampling and routine patrols. It supports GPS navigation, 4G real-time communication and automated mission execution for reduced manual labor in commercial fish and shrimp farms.

Key specifications

• Type: HV220
• Hull material: aluminum
• Dimensions (L×W×H): 2.2 m × 1.4 m × 1.6 m
• Feed capacity: 120 L
• Load capacity: 150 kg
• Endurance: up to 10 h at 1 m/s (typical endurance may be ~5 h depending on payload/configuration)
• Draft: < 0.3 m
• Remote control distance: 500 m–10 km (operation radius typically 2 km)

Features & Functions

• GPS satellite positioning and automatic navigation with programmable routes
• Integrated robot-control logic for automatic mission execution
• 4G real-time video and telemetry for remote monitoring and alerts
• Automatic feeding with programmable schedules and multi-point distribution
• Online water-quality inspection and onboard water-quality analyzer
• Automatic and manual sampling for emergency response and routine checks
• Long-distance real-time video monitoring and audible/warning functions

Standard Equipment

• Water jet propulsion — 2 sets
• Feed machine — 1 set
• Webcams — 2 sets
• Weather instrument — 1 set
• Bird repeller — 1 set
• Water quality analyzer — 1 set
• Radio remote control — 1 set
• Base station remote control system — 1 set

Applications

• Large reservoirs, lakes and wharves
• Commercial aquaculture (shrimp, shellfish, fish farms)
• Water-quality monitoring and environmental surveillance
• Rapid response to pollution incidents and restricted-area sampling

Operation & Data Management
The USV can execute preplanned routes, monitoring points and sampling tasks automatically. Ground control software records and stores coordinates and sensor data in real time, generates monitoring and sampling reports, and produces distribution maps of water-quality parameters for analysis and compliance. Remote control and video links enable live inspection and alarm calls.

Notes

• Specifications depend on configuration and optional equipment; consult supplier for final data.
• Remote range, endurance and data link quality depend on environment, payload and network availability.