NASA nuclear spacecraft set to blaze a trail to Mars by 2028

NASA nuclear spacecraft: the next leap

NASA announced that by ↑ 2028 it will launch the first interplanetary vehicle powered by a compact fission reactor, targeting a rapid Mars transit. The nuclear thrust system, dubbed DRACO, promises to cut cruise time by roughly ↑ 10% compared with chemical rockets, while shaving ↓ 5% of the launch mass budget.

Details remain scarce, but experts consulted by Reuters say the reactor will generate 10 kilowatts of electrical power, feeding ion thrusters that can sustain continuous acceleration. If successful, the mission could give the United States a decisive edge in the emerging space race with China, as outlined in the agency’s nuclear roadmap.

“A nuclear‑powered spacecraft reshapes the economics of deep‑space exploration,” said a senior propulsion engineer.

In parallel, Bloomberg reports that MIT Technology Review is preparing to unveil its 10 Things That Matter in AI Right Now at the upcoming EmTech AI conference on April 21, a list that reflects the sector’s accelerating pace.

Meanwhile, a controversial gene‑therapy trial by Unlimited Bio, highlighted by Reuters, is testing muscle‑growth vectors on a small cohort, sparking debate over “radical longevity” ambitions.

Stay tuned for deeper analysis on the implications of nuclear propulsion, AI breakthroughs, and bio‑engineering on the future of technology.

Analysis by Nova Stirling (Aerospace & Space Tech Correspondent).