- NASA is seeking innovative ideas to develop a solution for rescuing injured astronauts on the Moon’s surface and is offering a $45,000 prize to encourage creative designs.
- NASA seeks detailed designs with CAD models by 23 January 2025, with winners announced on 27 February 2025.
What happened
How do you move an injured astronaut across the moon’s rugged terrain? NASA wants creative solutions for this challenge and is offering a share of a $45,000 prize for the best ideas.
The Apollo programme had the Buddy Secondary Life Support System to share cooling resources during emergencies. However, Artemis missions face a tougher task. NASA needs a lightweight, compact system to transport a fully incapacitated crew member up to two kilometres back to the lunar lander, without using a lunar rover.
The device must weigh under 23 kilograms, work in extreme temperatures, and resist lunar dust. It also needs to handle slopes of up to 20 degrees, as well as rocks and craters. It doesn’t need to provide medical care—just efficient and safe transport.
With the first Artemis crewed landing expected in 2026, time is short. NASA is accepting detailed designs, including CAD models, by 23 January 2025. Winners will be revealed on 27 February 2025. This is a unique chance for innovators to shape the future of lunar exploration.
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Why it is important
This challenge is vital as it tackles a major safety concern for astronauts on the Moon. Artemis missions will place crew members in extreme conditions, far from immediate help. If an astronaut becomes incapacitated, a reliable way to transport them back to the lander could save their life. The solution must be lightweight and compact, as astronauts will carry it during spacewalks. It must handle the Moon’s harsh environment, including extreme temperatures, lunar dust, and rugged terrain with slopes and craters. While it doesn’t need to provide medical care, it must ensure safe and effective transport.
With the first Artemis crewed landing planned for 2026, time is short to develop and deliver this technology. This effort also drives global innovation, offering a unique chance to enhance astronaut safety and contribute to the success of lunar exploration.
