Apollo Mission (1969): NASA

Orion space craft

Scientific Purpose

During the mission, the crew will:

• Travel farther from Earth than any humans since the Apollo era
• Observe the far side of the Moon
• Study and image impact craters, ancient lava plains, and geological formations
• Support training and data collection necessary for future missions to the lunar South Pole

Thus, Artemis II is essentially a crewed test mission aimed at validating systems and preparing for future landings.

NASA’s Long-Term Lunar Roadmap

NASA’s long-term goal is to begin establishing a permanent base on the Moon within the next few years.

Key Elements of the Roadmap

• Create a system of frequent and repeated Moon missions
• Build a facility capable of supporting long-term astronaut stays
• Send:
  • humans
  • robots
  • fuel
  • logistics
  • scientific and habitat equipment
• Use locally available lunar resources to support long-duration habitation

NASA is targeting a Moon landing, crewed or uncrewed, at least once every six months.

Why the Moon Matters Again

NASA has addressed the common question: why return to the Moon when humans already went there over 50 years ago?

The New Logic of Lunar Exploration

This time, the Moon is not the final goal but a platform for deeper space missions.

The Moon can serve as:

• A site for permanent human presence
• A laboratory for testing systems needed for Mars missions
• A launchpad for deeper space exploration
• A place to develop technologies for survival beyond Earth

Thus, the Moon is strategically important because it helps humanity learn how to live, work, and operate sustainably in outer space.

Moon Base and ISS

NASA’s proposed lunar set-up resembles the model used in the International Space Station (ISS).

Similarities with ISS

• Regular missions carrying crew and logistics
• Continuous or frequent astronaut presence
• Ongoing experiments
• Multi-partner and modular approach

Why ISS Matters in this Context

The ISS, located about 400 km from Earth, has remained continuously manned for around 25 years and has played a major role in:

• advancing knowledge of outer space
• understanding human adaptation to space
• testing life-support and operational systems

The Moon is about 400,000 km away, making operations much harder, but the ISS experience offers a working model for sustained extraterrestrial presence.

Transition Beyond ISS

The ISS is expected to retire in the next three to four years.

What Happens Next?

• It may be replaced by multiple space stations
• These may be developed by:
  • private players
  • countries such as China and India

NASA has indicated that it will not build a direct replacement of its own in low-Earth orbit, but will maintain its presence there through industrial and international partners.

This reflects a wider shift in space exploration from purely state-led models to hybrid public-private and international frameworks.

Nuclear Propulsion and Deep Space Plans

NASA has also announced plans to use nuclear energy for propulsion.

Space Reactor-1 Freedom Mission

• Planned for Mars in 2028
• Intended to be the first nuclear-powered interplanetary spacecraft

Significance

Nuclear energy can:

• increase mission efficiency
• support longer-duration travel
• reduce time and energy costs in deep space missions

This shows that NASA’s Moon programme is not isolated; it is linked to a larger vision of interplanetary exploration.

Global Race to the Moon

Unlike the 1960s and 1970s, the current lunar phase is multipolar.

Key Players

• United States – Artemis programme
• China – planning human landing by 2030 under the Chang’e Project
• India – plans human landing by 2040 under Space Vision 2047
• Japan – serious contender
• European countries – expected to play important collaborative roles
• Russia – less aggressive than others at present

This shows that lunar exploration has now become a field of strategic competition as well as international cooperation.

India’s Position and Opportunities

When Apollo 11 landed in 1969, ISRO did not yet exist; it was established within a month of that event. Today, India is no longer an observer but both a collaborator and a competitor in lunar exploration.

India’s Lunar Ambition

• Human landing on the Moon targeted by 2040
• Vision anchored in Space Vision 2047

Strategic Alignment

India is a signatory to the Artemis Accords, which are a set of non-binding bilateral principles for sustainable and peaceful civil space exploration, especially relating to the Moon and Mars.

Importance of Artemis Accords for India

• Signals strategic alignment with the United States in space
• Opens pathways for closer ISRO–NASA cooperation
• Provides learning opportunities from NASA’s lunar experience

Existing Cooperation

• India and the US already have strong cooperation, including the NISAR earth-observation joint mission

NASA has also said that its lunar plans will involve private industry, academic institutions, and international partners, which means India may gain valuable operational and technological experience that can support its own lunar programme.

Challenges and Concerns

1. Technical Delays

Artemis II has faced technical issues, especially related to:

• hydrogen leaks
• seal replacement
• reduced hydrogen flow during tests
• faulty ground support equipment

2. Timeline Slippages

NASA had only a narrow set of possible launch windows in March, with the risk of delay into April and beyond.

3. Cost and Complexity

Building a permanent Moon base requires repeated missions, logistics, technology integration, and sustained financing.

4. Deep Space Sustainability

Long-duration human presence on the Moon requires reliable systems for:

• habitat creation
• life support
• fuel supply
• local resource use

5. Strategic Rivalry

The new Moon race is also geopolitical, involving competition among major space powers.

Way Forward

• NASA must ensure technical readiness of Artemis systems before crewed operations deepen
• Sustainable lunar exploration will require continued cooperation with:
  • private industry
  • allied countries
  • scientific institutions
• The Moon programme must remain linked to larger deep-space goals such as Mars exploration
• India should use Artemis-related engagement to strengthen:
  • human spaceflight capability
  • lunar science
  • deep-space technology
  • global space partnerships

Conclusion

The Artemis II mission represents far more than a return to the Moon. It is part of a long-term strategy to establish sustained human presence on the lunar surface, build deep-space operational capacity, and prepare for future interplanetary missions. Unlike the Apollo era, the present phase of lunar exploration is collaborative, incremental, and aimed at permanence. For India, this evolving lunar order offers both strategic opportunities and technological lessons as it pursues its own long-term ambitions in human space exploration.