The next giant leap requires more than just better rockets

Space · Published 8 October 2026 Swipe more like this →

In short: Getting humans back to the Moon isn't just a feat of engineering; it is a challenge of sociology, biology, and law. While NASA builds the most powerful rockets in history, experts argue that surviving deep space requires developing sustainable habitats, healthy communities, and new institutional frameworks.

NASA’s Artemis program represents a shift toward a multi-partner architecture. Unlike the Apollo era, current missions rely on deep space architecture developed with insights from private industry leaders like SpaceX and Axiom Space. For example, in April 2024, astronauts Doug Wheelock and Peggy Whitson tested the AxEMU spacesuits inside SpaceX’s Starship Human Landing System (HLS) to ensure that hardware layouts, mechanical assemblies, and mobility aids—like handrails—function correctly for future lunar walks.

However, the technical hurdles of thrust and orbit are only half the battle. During the Harvard Radcliffe Institute's 2026 Gellert Family Science Symposium, it is noted that 'human space exploration requires more than rocket science.' Achieving enduring stays on extraterrestrial objects demands that scientists address intricate issues involving individual identity in solitude, physical wellbeing, and building viable societies. This includes addressing bioengineering, computational biology, and psychiatry to ensure crews can thrive in radically different environments.

The scale of this ambition is reflected in the hardware. The Space Launch System (SLS) rocket generates approximately one million more pounds of thrust than the Apollo-era Saturn V. Yet, as flight controllers at Johnson Space Center monitor real-time data for missions like Artemis 2, the focus remains on 'all systems go'—a state where complex computer warnings and human oversight align to keep astronauts safe during their journey into deep space.

Ultimately, the goal is a transition from exploration to habitation. This requires a synthesis of private sector expertise, international cooperation, and academic research into how humans will live, work, and govern themselves beyond Earth's atmosphere.

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