Description
Flat Design for Free Shuttle
The flat design of the body brings extreme bearing capacity. The two-wheel drive puts the universal wheels in motion, which can realize differential rotation and free shuttle in the indoor environment. It is additionally equipped with swing arm independent suspension which leads to easy surmounting of small obstacles.
Multiple-load Expansion, Rapid Secondary Development
TRACER can be adapted to lightweight operation mode. Users can communicate with the main control through CAN bus protocol, and the open source SDK and ROS_ PACKAGE are also provided.
Slide rails are reserved for quick building top load (sensor, industrial control, IMU, routing, camera, etc.)
Supports customized design of sensor A1 profile bracket
Supports access of more advanced automatic driving system (such as ROS, Apollo, etc.)
Flat Design for Free Shuttle
The flat design of the body brings extreme bearing capacity. The two-wheel drive puts the universal wheels in motion, which can realize differential rotation and free shuttle in the indoor environment. It is additionally equipped with swing arm independent suspension which leads to easy surmounting of small obstacles.
Multiple-load Expansion, Rapid Secondary Development
TRACER can be adapted to lightweight operation mode. Users can communicate with the main control through CAN bus protocol, and the open source SDK and ROS_ PACKAGE are also provided.
Slide rails are reserved for quick building top load (sensor, industrial control, IMU, routing, camera, etc.)
Supports customized design of sensor A1 profile bracket
Supports access of more advanced automatic driving system (such as ROS, Apollo, etc.)
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