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CubeRover

CubeRover

Astrobotic

Not yet assessed

Height
Payload
Verified autonomy
not assessed
Real deployment
not assessed
Status
Price
verified / really deployed unverified / demo-stage

CubeRover

Astrobotic
Unverified

CubeRover is a class of small, modular lunar surface rovers developed by Astrobotic Technology (Pittsburgh, PA) in partnership with Carnegie Mellon University, available in 2U/4U/6U form factors weighing as little as ~4 kg. CubeRover-1 completed its acceptance test campaign in June 2025 and is flight-ready for the Griffin Mission One (Griffin-1) launch targeting late 2026 on a SpaceX Falcon Heavy to the lunar south pole. The rover's primary navigation mode is teleoperated with autonomous safeguards, using a visual-inertial system and the Spacefarer™ Mission Control platform for real-time commanding; autonomous docking and GPS-denied navigation capabilities are under development via a NASA Tipping Point-funded Bosch partnership. The program represents 16 years of development, 37 contracts, and over $20M in funding, with the BEACON mission demonstration planned as its first lunar operational test.

Availability

Shipping

Specification

hardware_power
0.5 W continuous power per kg of payload; wireless charging capability under separate Tipping Point contract for lunar night endurance
price_payload_service
$4.5M per kg of payload delivered to the Moon via CubeRover
griffin_lander_payload_capacity
625–650 kg payload capacity; aluminum isogrid structure

Price

No public price — contact the supplier for a quote.

About the company

Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.