Unmanned Surface Vessel (USV)
This unmanned surface vessel (USV) features an internal moon pool-style hatch structure and a single hatch, designed using fluid dynamics simulation. It boasts a large interior space, high displacement, and high speed, enabling a two-person operation mode.
The hull is constructed from carbon fiber and Kevlar composite materials through high-temperature, high-pressure molding. The hull manufacturing process results in lightweight construction, high strength, excellent water tightness, and a visually appealing textured appearance. Its large interior space meets the energy loss requirements for carrying heavy equipment.
It is widely applicable to water environments such as ports, reservoirs, hydropower stations, rivers and lakes, enabling real-time scanning and measurement of underwater three-dimensional topography, reservoir capacity, underwater building structures, and waterways.
Key features of the system:
⚫ Large space, large displacement and high speed;
⚫ Compact vessel size and weight, easily transportable by one person;
⚫ Stable vessel measurement route;
⚫ Millimeter-level automatic obstacle avoidance;
⚫ High carrying capacity, capable of carrying single-beam, multi-beam, laser, ADCP, water quality sensors, automatic profile winches and other instruments;
⚫ Modular design, eliminating the need for multi-beam measurement calibration;
⚫ High multi-beam resolution, performance, and stability;
⚫ World-leading inertial navigation and positioning system;
System advantages
➢It can be integrated with a high-precision multibeam echo sounding system to obtain high-resolution terrain data;
➢It can remotely monitor multi-beam measurements in real time;
➢ The autonomous navigation survey line is stable with small errors;
➢ It has strong environmental adaptability and can be used for scanning of reservoirs, hydraulic structures, dams, and wharves;
➢ It can achieve simultaneous scanning both above and below water;
➢ Multi-beam frequency is adjustable in real time, allowing for frequency adjustment according to the measurement environment;
➢ Integrated high-precision positioning and attitude determination measurement system;
➢ The measurement data is of reliable quality
Specification
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item
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value
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Material
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Carbon fiber and Kevlar composite materials
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Load Capacity
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80kg
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Size
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1500mm * 775mm * 425mm (L * W * H)
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Hull Weight
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7.5 kg
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Maximum Payload
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80 kg
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Wind/Wave Resistance
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Level 5 Wind, Level 3 Waves
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Hull Protection
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Layered bulkhead design, unsinkable
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Maximum Thrust
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12 kg
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Video
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360° omnidirectional video
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Battery Specification
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Standard two 50Ah rechargeable lithium batteries
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Endurance
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6h @ 2m/s
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Maximum Speed
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6 m/s
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