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Base Technology > Rover Technology

Rover Technology - Rover Technology research in MTP is developing new capabilites for autonomous planetary surface exploration, including long-range traverse, science target approach and instrument placement, and onboard science data processing. Core technical capabiilities that are being expanded under current funding include: proximal, regional, and global navigation; terrain classification; position estimation using visual and inertial methods; manipulation planning and control; and onboard contingent planning and execution. In addition, novel mechanical systems for mobility and sampling are being developed to aid these objectives, and field tests are being performed to exercise technology and expand the envelope of mission concepts.

Software products from all research are required to be delivered into the MTP software infrastructure named "CLARAty". Complementary integration and validation efforts are conducted under the MTP Focused Technology Program to infuse these technologies into future missions. Target missions are MSL where technology components are most mature, or Scout missions, MSR, and AFL, otherwise.

Point of Contact: Paul Schenker

Image Gallery
CLARAty Capture of Competed Task Products
CLARAty Capture of Competed Task Products
Multi-Sensor Terrain Classification and Terrain-Adaptive Navigation for Rovers in Very Rough Terrain
Multi-Sensor Terrain Classification and Terrain-Adaptive Navigation for Rovers in Very Rough Terrain
Reliable and Efficient Long-Range Autonomous Rover Navigation
Reliable and Efficient Long-Range Autonomous Rover Navigation
Rover Navigation for Very Rough Terrain
Rover Navigation for Very Rough Terrain
Roverware: WITS-CLARAty-ROAMS Integration
Roverware: WITS-CLARAty-ROAMS Integration
Semi-Autonomous Rover Operations
Semi-Autonomous Rover Operations
Single Command Approach and Instrument Placement (SCAIP)
Single Command Approach and Instrument Placement (SCAIP)
Stowable, Inflatable, Large, Vectran, Rigidizable, Color-Resistant, Lightweight, All-Terrain Wheel (SILVRCLAW)
Stowable, Inflatable, Large, Vectran, Rigidizable, Color-Resistant, Lightweight, All-Terrain Wheel (SILVRCLAW)
Universal Decision-Layer Executive
Universal Decision-Layer Executive
Very Rough Terrain Nonholonomic Trajectory Generation and Motion Planning for Rovers
Very Rough Terrain Nonholonomic Trajectory Generation and Motion Planning for Rovers
Whole Rover-Arm Coordination
Whole Rover-Arm Coordination

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