SMURF Unmanned Cleaning Boat PAD control Smurf 20 Unmanned Survey Boat
SMURF unmanned cleaning boat is used in open,closed/semi- closed water scenarios and meets the water surface cleaning needs of parks,scenic spots,large reservoirs, offshore water and other water scenarios.All-day online,about 20kg garbage carrying capacity, self-charging, fully automatic operation, daily maintenance water area 11.5acres/person.
Four core functions: unmanned cleaning, daily inspection, data monitoring, and smart management
PAD control: The original PAD tablet front-end interaction is easier to operate than a mobile phone, and lighter and easier to carry than a computer.
| Category item | Smurf 20 | Traditional cleaning | Semi-automatic machiner |
| Maintenance area | 11.5acres/person | 3.2acres/person | 16.4acres/person*boat |
| Length of work | 16h/day (continuous charging) | 6h/day | 6h/day |
| Safety | Driverless, 100% safe | People + tools, high labor risk | Manned driving, driving risk is high |
| Response efficiency | 24h online response | Working time response | Working time response |
| Energy consumption | Clean energy, charging at night, working during the day | Manpower | Gasoline energy, need to be purchased at the petrol station |
| Skill requirements | Smart machine operation, easy to use, no certificate required | Skilled in using tools, skilled in ferrying boats, swimming license required | Skilled in mechanical boat driving, swimming license and crew certificate are required |
| Quality of work | Machine Cleanup, quality maintain unity | Affected by work status and attitude | Affected by work status and attitude |
Since its establishment, OrcaUboat has focused its research on the core technology of surface unmanned driving. The technology has been systematic, and the field of surface maintenance has been deeply digged. Starting from multiple specific scenarios, it has developed such as water surface situation perception and complex water conditions. Trajectory control and decision-making after information collection. After many experiments, research and development and iteration, great progress has been made on these three levels. These three technical levels are basically in the lead in the industry. In addition, the product design is highly integrated. According to the characteristics of specific scenarios, a series of functional and modular ships have been developed to meet the needs of various scenarios such as water surface cleaning, water quality monitoring, security inspection, and waterweed harvesting.
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