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Jared Isaacman: NASA’s Moon base by 2028, Optimus robots on the Moon, and the truth about UFOs

Jared Isaacman lays out a faster NASA: lunar base by stages, humanoid robots, space nuclear power, and cautious UAP transparency.

Peter H. Diamandis speaks with Jared Isaacman about a sharper, faster version of NASA: one focused less on symbolic milestones and more on building a repeatable path from the Moon to Mars.

The Moon as an iterative proving ground

Isaacman argues that NASA should avoid locking in a perfect lunar-base architecture too early. Instead, the agency should land many small rovers and landers near the lunar south pole, learn from failures, and let those lessons shape the next phase.

The first version of the Moon base may look messy — even like a junkyard of failed hardware — but that is the point. It creates data, urgency, and flexibility rather than a single oversized program that arrives late and becomes politically fragile.

Humanoid robots before routine human work

Humanoid robots are framed as a practical safety tool. If astronauts are going to live on the Moon or Mars, robots should handle as much construction, logistics, and maintenance as possible before humans leave the habitat.

Isaacman suggests the first humanoids could appear on the Moon within roughly four to six years, possibly on uncrewed lander demonstrations by SpaceX or Blue Origin.

AI, science data, and nuclear propulsion

AI has two major roles in his plan: mining decades of NASA data for overlooked discoveries, and giving distant probes enough autonomy to prioritize the most valuable data when communication windows are short. He points to the Da Vinci mission to Venus as an example.

He also presents nuclear power and propulsion as a necessary step toward sustainable Mars missions and outer-solar-system exploration. SR1 Freedom is described as a pragmatic first demonstration, reusing already funded hardware to get nuclear space systems out of the lab.

China, competition, and UAP disclosure

Isaacman sees China as highly likely to reach its lunar goals around 2030 because it is focused and has less institutional baggage. He views competition as useful, and potentially as a path toward later cooperation.

On UAPs, he supports releasing data and says some observations remain unexplained. But he also states that he has no knowledge of crashed spacecraft, biological material, or a secret reverse-engineering program.

Key takeaways

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