Moon Quest: Robots, Rovers and a Nuclear Power Plant Roll Out
NASA is charting an ambitious course for the Moon, with a wave of robotic missions slated to begin in 2027. The agency plans up to thirty landings over a few years, aiming to establish a small yet functional lunar base that will serve as a springboard for future Moon and Mars missions.
Key Mission Highlights
- VIPER Rover – A resource‑exploration rover targeting lunar volatiles.
- LuSEE‑Night – A night‑time lunar science mission.
- Open Call for Proposals – March 24 deadline for companies, universities, and international partners to contribute small devices such as rovers, hoppers, or drones.
Powering the Future: The Fission Surface Power System
In partnership with the Department of Energy, NASA is developing a tiny nuclear reactor—the Fission Surface Power system. Its goals include:
| Feature | Details |
|---|---|
| Power Output (2030) | ≥ 40 kW, enough for ~30 U.S. homes |
| Future Expansion (2025) | Units >100 kW for larger habitats |
| Fuel | Low‑enriched uranium |
| Technology | Heat‑pipe transfer to Stirling engines or Brayton cycle |
| Weight & Longevity | Lightweight, 10+ year operation without refueling |
The reactor will arrive unpowered, be activated upon landing, and can be moved a short distance from living areas by rover to keep astronauts safe. Lunar dust will provide additional shielding, and no crew maintenance is required after installation.
Rovers: Crew‑Ready & Autonomous
NASA’s rover strategy now includes both crewed and uncrewed vehicles, with operational targets set for 2028.
- Uncrewed Rovers
- Range: ≥ 800 km
- Endurance: 1 year
Capabilities: Basic autonomy or remote control
- Crewed Rovers
- Range: ≥ 900 km
- Designed to extend astronaut exploration distance
These vehicles will play a pivotal role in transporting astronauts and equipment across the lunar surface, supporting both scientific research and infrastructure development.
