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6U Cuberover
ROVER MASS
ROVER DIMENSIONS
Top speed - 10 cm/s
Nominal speed - 4 cm/s
0.5 W/kg continuous & 10 W peak power
CubeRover uses 2.4 GHz 802.11n Wi-Fi radio using TCP/IP to communicate with the lander.
To Be Announced
10 - 12 kg
Up to 6 kg
Solar powered, Recharegeable batteries (Lithium-ion)
Customer payloads communicate with the CubeRover using a wired RS-422
connection.
$4.5 M per kg of payload on the rover
for Lunar payload delivery.
ROVER MOBILITY
PAYLOAD BAY (AVAILABLE MASS)
PAYLOAD BAY SIZE
POWER SOURCE
POWER GENERATION & USAGE
POWER DISTRIBUTION (FOR PAYLOAD)
INTERFACES AVAILABLE (FOR PAYLOAD)
COMMUNICATIONS AVAILABLE
COST
LANDER COMPANY
LAUNCH VEHICLE
ROVER MANIFEST
1) Front and Rear facing cameras
2) Two monocular, 16-megapixel cameras are used for navigation and localization
3) Main structure material - Aluminum
4) The system utilizes a combination of visual odometry and onboard sensors to determine its position relative to the Peregrine Lander
5) Capable of accommodating 4 dual stereo 5 megapixel cameras
MISSION PLAN
The CubeRover delivers payloads across the Moon after deploying to the lunar surface. The CubeRover driveline is four-wheel drive and skid steer, unsuspended and driven by four, flight qualified actuator modules. Customer payload will be integrated with the CubeRover and then the Peregrine or Griffin Lander.
MISSION DURATION
Approximately 8 Earth days after touchdown
Last Updated on August 2022
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