To gain a deeper understanding of asteroid composition, the UK Space Agency has submitted a white paper to its 2035 Space Frontiers program proposing the REndezvous Mission for Orbital Reconstruction of Asteroids, or REMORA. The plan envisions deploying a fleet of autonomous CubeSats that will tag, monitor, and characterize several near‑Earth asteroids simultaneously.
REMORA’s design relies on a coordinated swarm of small satellites equipped with advanced sensors and AI‑driven navigation. As the CubeSats orbit individual asteroids, they will collect high‑resolution data on surface properties, mass distribution, and chemical makeup, transmitting the information back to Earth for analysis. This approach offers a cost‑effective alternative to traditional single‑probe missions.
One of the key advantages of the CubeSat architecture is its scalability. While conventional missions typically deploy a single spacecraft, REMORA can observe multiple objects in parallel, enabling comparative studies and a broader understanding of asteroid diversity. The reduced launch mass and shorter development cycle also make the concept attractive for rapid deployment.
Published on the arXiv preprint server, the proposal seeks approval under the 2035 Space Frontiers initiative. If funded, REMORA could mark a significant advance in asteroid exploration and lay the groundwork for future resource‑mining endeavors in space.