The Driverless Sweeper is the "star of the future" in the sanitation service industry.
Through the autonomous cleaning mode, made by lidar and visual sensors, the sweeper can obtain real-time road dynamics to perceive and recognize in different environments day and night to and plan its own cleaning strategy. In theory, it can reach 24 hours of uninterrupted cleaning operations.
According to actual calculations, the work of a sweeper is approximately equal to the total work efficiency of 12-15 people, which not only greatly improves the cleaning efficiency, but also greatly reduces the cost of human resources.
Compared with the traditional manual cleaning operation, the operation time of the Driverless Cleaning Vehicle is not limited. It can be on standby for 24 hours in different environments day and night. In the future, labor costs will gradually increase, and as the technology matures, the cost of Driverless Sweepers will decrease. Driverless driving will liberate manpower and reduce environmental sanitation costs.
The Driverless Sweeper operates in strict accordance with the planned cleaning path and operating speed, which can avoid manual operation errors. Through lidar and visual sensors, the sweeper can obtain real-time road dynamics, extract speed bumps and road teeth, classify garbage, identify road cleanliness to adopt different cleaning strategies for making the entire cleaning process safer.
The Driverless Sweeper can be used in airports, communities, ports, highway service areas, industrial parks and other places. Through the self-developed dispatch system, multiple sweepers can be set to coordinate and dispatch, making cleaning more efficiently and intelligent.
The Driverless Sweeper can operate in environments with high risk factors, including high pollution and nuclear radiation environments. The sweeper is not affected by haze, sandstorms, high temperatures and severe cold weather. The maximum speed is 25km/h and the operation efficiency can reach 14,400㎡/h, which is a significant improvement, compared to the traditional manual operation efficiency.
|Dimensions ：3.0m*1.8m*2.0m||Vehicle weight ：1100kg|
Navigation mode: laser, GPS and vision combination
|Braking distance ：≤0.6m|
|Sweeping Width：1.8m||Sweeping efficiency ：14400㎡/h|
|Operating Speed：0-8km/h||Maximum speed ：25km/h|
|Water tank volume ：100L||Garbage tank volume ：150L|
|Battery type: Lithium battery||Battery life ：≥6h|