CubeRover is designed for robustness and could be infused into any NASA mission to the Moon. To date, the team has identified six Lunar SKGs that could be studied using CubeRover and small, relevant scientific instruments with a clear path to flight. Due to its relatively low deployment and development cost, CubeRovers will be excellent platforms for technology demonstration missions. Specific technologies that might be tested include rover batteries that could withstand high temperatures, space computing, novel materials or sensors, motors, power systems, or dust mitigating technologies. CubeRover will allow developers an affordable route through which to increase the Technology Readiness Level of their technology, and lower a barrier to technology development (and, while these technologies will be demonstrated on CubeRovers, the components that are validated and developed are likely to be relevant to rovers of all sizes). Additionally, small rovers will allow engineers, entrepreneurs, and scientists to test novel, exciting, and high-risk concepts of operations. CubeRovers will be the first to demonstrate recharging from a centralized power source in a regolith environment, repair of surface assets, and establish a local communication infrastructure network. Demonstrating these concepts will be critical to enabling the establishment of long-term habitats on the Moon, but they are neither relevant nor economically feasible for investigation with a larger rover.
Astrobotic intends to commercialize CubeRover to allow entrepreneurs to develop tools and components for the platform. The hope is that the release of a standard will lead to increased development interest and investment in affordable, compatible parts for CubeRovers in the same way that CubeSats drove industry to centralize around common standards and components. The goal, long term, is that these rovers are well suited to technology demonstrations and a range of commercial endeavors on the lunar surface, including lunar volatiles prospecting, habitat building, monitoring and repair, and the establishment of local infrastructure (such as communication relay).
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