Water sampling marine drone BX-USV

for underwater topographic mappingfor bathymetry surveysfor hydrographic surveys

Compact, small size, lightweight, autonomous and efficient, it integrates perfectly with the requirements of each project. With its innovative design and unlimited expansion capabilities, this platform is ideally suited for the development of advanced robotic systems and for missions where human presence is unnecessary, costly or dangerous, offering a sustainable and low-cost solution for various maritime tasks. - Fast deployment: Lightweight and compact, easy to transport with optional handles. - Simple to use: Intuitive interface, quick to learn, no complex settings. Ready to use in just a few steps. - Low maintenance: Built to last, with very little maintenance required. Reliable and stress-free on a daily basis. Technical Specifications: - Dimensions: 830x532x300 mm (fits in car trunks) - Weight: 6 kg - Autonomy: 4 hours - Maximum speed: 3 m/s - Payload capacity: 10 kg - Power system: 2 lithium batteries, 12 Ah each - Required water depth: < 0.1 m; draft 3–8 cm - Wind and wave class: < strong breeze, < 2-meter waves - Transmission range: 20 km (depending on environment) - Charging time: 2 hours Suitable for operations in hard-to-reach areas such as narrow canals, shallow waters or marinas, where larger surface vehicles cannot reach. - Water quality monitoring - Bathymetry - Hydrographic surveys - Coastal and marina Inspection - Border security - Search and rescue operations - Transport - Response to natural disaster The BX-USV is a new-generation drone that integrates the latest technologies in composite materials, underwater propulsion, autonomous navigation, and automatic control. It can carry up to 10 kg of equipment for water quality monitoring, bathymetry, meteorology, sonar, and more. It also enables the measurement of pollution sources, underwater topographic mapping, sediment analysis, and troubleshooting of hidden pipelines up to a range of 20 km. The BX-USV can be manually operated via remote control or computer, or set to automatic mode. In automatic mode, it follows predefined monitoring routes or provides full regional coverage. Once the mission is complete or in the event of low battery or communication loss it automatically returns to its starting station. It can be equipped with advanced sensors (pH, temperature, dissolved oxygen, turbidity, etc.) and a single beam. It can perform precise measurements in real time while reducing the costs and risks associated with human operations. Key Features: - Innovative design and limitless expansion capabilities - Perfect for advanced robotic system development - Low-cost, sustainable solution for maritime tasks - Compact, lightweight, and easy to deploy - Manual or automatic operation modes - Automatic return to base on mission completion or low battery - Supports a wide range of sensors and payloads Technical Specifications (Summary): - Dimensions: 830x532x300 mm - Weight: 6 kg - Autonomy: 4 hours - Max speed: 3 m/s - Payload: 10 kg - Power: 2x 12 Ah lithium batteries - Water depth: <0.1 m (draft 3–8 cm) - Wind/wave: < strong breeze, <2 m waves - Range: 20 km - Charging: 2 hours