Motion control, mobility, chassis, and deployment mechanism systems Motiv built for JPL's CADRE trio of autonomous lunar rovers.
CADRE Lunar Rover Mobility & Mechanism Systems
Motion control, mobility, chassis, and deployment mechanism systems Motiv built for JPL's CADRE trio of autonomous lunar rovers.
Description
For JPL's Cooperative Autonomous Distributed Robotic Exploration (CADRE) mission, scheduled to launch to the Moon, Motiv collaborated with the JPL team to define and implement the robotic configuration of a networked trio of carry-on-luggage-sized rovers that autonomously map a region of the lunar subsurface using ground-penetrating radar. Motiv developed and delivered the electro-mechanical motion control content for the lander deployment system, the rover mobility system, numerous instrument and power-generation deployment mechanisms, and a novel lightweight rover chassis. Motiv's contributions included custom rover motor control boards and mobility actuators (leveraging its motor controller expertise), rover enclosure structure and deployment mechanisms, full system deployer mechanism assemblies, base station structural components, and rover mechanisms such as the camera cover, solar panel hinges, and mobility actuators, plus the lander interfaces and tether spool assembly used for rover deployment.