Artemis II mission was a triumph. Now comes the hard part

NASA’s Artemis II mission successfully orbited the Moon’s far side with four astronauts and returned them safely to Earth. The Orion spacecraft executed its tasks flawlessly, and the images shared by the crew have sparked renewed excitement about space exploration. Yet, the question remains: will this enthusiasm translate into tangible opportunities for future generations to live and work on the Moon, or even venture to Mars as the Artemis program envisions?

While circling the Moon was straightforward, the real challenge lies in what comes next. The Apollo missions, though historic, were driven by Cold War competition rather than a long-term vision for lunar habitation. Neil Armstrong and Buzz Aldrin’s historic landing in July 1969 marked a pivotal moment, but subsequent missions saw dwindling public interest and were eventually abandoned. The Artemis program aims to change this by establishing a sustainable Moon base, with its first crewed landing targeted for 2028.

For this goal, NASA has partnered with private firms to develop new lunar landers. SpaceX’s Starship variant, a towering 35-meter structure, and Blue Origin’s Blue Moon Mark 2, a more compact design, are both critical. However, both projects face delays. A March 10 report revealed SpaceX’s Starship is at least two years behind schedule, with additional setbacks anticipated. Blue Origin’s Blue Moon is eight months late, and nearly half the issues identified in 2024 remain unresolved a year later.

Unlike the small Eagle module used in 1969, today’s landers must transport extensive infrastructure—equipment, pressurized rovers, and base components. This demands vast amounts of propellant, far exceeding what a single rocket can carry. To address this, the Artemis plan includes an orbital depot for fuel storage, replenished by over a dozen tanker flights launched regularly. While the concept is elegant, the engineering hurdles are formidable, particularly maintaining super-cold oxygen and methane in space and transferring them between vehicles.

Artemis III, set for mid-2027, will test how the Orion capsule connects with landers in Earth orbit. This milestone is ambitious, especially since Starship hasn’t yet completed a successful orbital flight. Blue Origin’s New Glenn rocket has managed only two launches so far. Dr. Simeon Barber, a space scientist from the Open University, acknowledges the physics behind the plan makes sense, but notes the challenges are magnified when scaling up from the launch pad to orbit.

Setting the Stage for Lunar Expansion

NASA’s 2028 target for a Moon landing is partly political, aligning with President Trump’s space policy to re-establish American presence on the lunar surface. The agency’s focus now shifts from orbital achievements to building a long-term infrastructure. This requires not just technological innovation, but also coordinated efforts to sustain operations beyond a single mission.

“The Moon economy will develop,” says Josef Aschbacher, Director General of the European Space Agency (ESA). “It will take time to set up the various elements, but it will develop.”

With delays mounting and systems evolving, the success of Artemis III will be a crucial test. If the challenges of fuel management and docking are overcome, the path to a lunar base could finally take shape. But if obstacles persist, the dream of a sustained human presence on the Moon may remain just a vision for now.