|Size:||variable size: in standard pose the robot has a footprint of 240cmx240cm and a ground clearance of approximately 50cm. The height of the manipulation tower is then 120cm. The length of the stretched manipulation arm is 180cm|
|Power supply:||Lithum Polymer Batteries at 48.8V|
Brushless DC motors with customized FPGA based local electronics
Stereo camera and laser range finder to the front,
single camera and laser range finder to the back,
single cameras to both sides.
Customized Force-Torque Sensors for each swing unit.
IMU for orientation measurements
Position, speed, current and temperature sensors for each joint
|Number of Degrees of freedom:||
30 DOF in total: 4DOF per swing unit + 2DOF per wheel (4 swing units and wheels in total) and 6 DOF manipulation arm
|Team:||Team V - Behavior Control & Simulation|
|Application Field:||Space Robotics|
Machina Arte Robotum SimulansPhobos
An add-on for Blender allowing editing and exporting of robots for the MARS simulationRock
Robot Construction Kit
|This system is not actively used anymore.|
Sherpa is a wheeled rover with an actuated suspension system. This means, that on the one hand the rover can make use of the relatively energy efficient wheeled locomotion, while being on the other hand highly flexible concerning the adaption to various terrains and the possibility to overcome a high range of obstacles.
The manipulation arm is a multipurpose device, apart from the manipulation and assembly tasks that are required in the RIMRES project, it furthermore can be used as a flexible “hazard cam” for a human operator. The manipulator is designed and optimized in a way that allows it to be used for locomotion support as well.