NASA pushes Moon base plan, sets sights on nuclear spacecraft to Mars by 2028
NASA has unveiled a sweeping plan that combines a faster push to build a permanent Moon base with a bold step toward nuclear-powered deep space travel, including a mission to Mars before the end of 2028.
Announced during the agency’s Ignition event, the strategy reshapes how NASA approaches both lunar exploration and interplanetary missions.
The plan emphasizes more frequent Moon landings, greater reliance on commercial hardware, and a phased path toward sustained human presence on the lunar surface.
At the same time, NASA confirmed it will launch Space Reactor-1 Freedom, a nuclear-powered spacecraft designed to demonstrate nuclear electric propulsion in deep space.
The system could enable more efficient cargo transport and support missions beyond Mars, where solar power becomes less viable.
“NASA is committed to achieving the near-impossible once again, to return to the Moon before the end of President Trump’s term, build a Moon base, establish an enduring presence,” said NASA Administrator Jared Isaacman.
The agency is also shifting its Artemis program toward a more repeatable model. Instead of bespoke missions, NASA plans to standardize systems and increase launch cadence, targeting annual Moon landings after 2027 and eventually aiming for missions every six months.
Moon missions gain speed
The revised lunar strategy is built around three phases, starting with rapid testing and technology validation through robotic deliveries and early surface missions.
These will include rovers, instruments, and power systems designed to support future human operations.
In the next phase, NASA will begin establishing semi-habitable infrastructure and regular logistics support, enabling astronauts to operate on the Moon more frequently.
International partnerships will play a key role, with contributions such as Japan’s pressurized rover and other collaborative systems.
The final phase focuses on long-duration human presence. Heavier infrastructure, including habitats and mobility systems, will be delivered using advanced landing systems capable of transporting larger payloads.
This marks the transition from short missions to a permanent lunar base.
NASA is also rethinking its Gateway space station plans, shifting focus toward systems that directly support surface operations.
The agency said it will reuse existing hardware where possible while aligning with partner contributions.
“On the Moon, we are shifting to a focused, phased architem,iu87cture that builds capability landing by landing, incrementally,” said NASA Associate Administrator Amit Kshatriya.
Nuclear push toward Mars
Alongside lunar ambitions, NASA is accelerating work on nuclear propulsion. Space Reactor-1 Freedom will be the first spacecraft to use nuclear electric propulsion for an interplanetary mission, targeting a launch before 2028.
The technology offers significantly higher efficiency compared to traditional chemical rockets, allowing spacecraft to carry more cargo over longer distances.
It also enables high-power missions in regions of space where solar energy is limited.
Once it reaches Mars, the spacecraft will deploy helicopter-class drones to continue surface exploration, building on the success of earlier aerial missions on the Red Planet.
NASA said the mission will also help establish regulatory frameworks and industrial capabilities for future nuclear-powered systems, including propulsion and surface power applications.
The broader strategy reflects a shift toward integrating advanced technologies, commercial partnerships, and international collaboration to maintain U.S. leadership in space
