Humanity is returning to the Moon – but this time, it is not just for the sake of checking a box or planting a symbolic flag in the dust. The Artemis program was conceived as a large-scale infrastructure project: to establish a permanent human presence beyond Earth and transform the Moon into the first outpost of a new space economy. Its budget is already estimated at over $90 billion by the end of the decade, and the stakes are much higher than during the Apollo era.
Recent months have clearly shown that the path to this goal will not be strewn with roses. NASA is changing its plans, postponing key milestones, and at the same time revising its strategy – shifting from a “quick return” to a cautious, multi-phase exploration of the Moon.
In a new video on the Universe Space Tech YouTube channel, the editorial team explains in detail why these changes do not represent a setback. On the contrary, they signal a shift toward a more mature model of space exploration – the agency is starting to take a long-term view.
From symbolism to engineering
The Artemis II mission is set to be the first human flight to the Moon in over half a century – though, for now, it will not include a landing. Four astronauts will orbit the Moon aboard the Orion spacecraft and return to Earth. This is a necessary step toward the ultimate goal: returning humans to the Moon’s surface.
But this very goal – the Artemis III mission – is now in limbo in its original form. Instead of an immediate landing, NASA is focusing on a much more complex operation: testing orbital infrastructure, including docking and logistics between multiple spacecraft.
This decision may seem purely technical, but it actually has a strategic dimension. Space is no longer just a venue for one-off expeditions – it is becoming a comprehensive system.
Two contractors – one Moon
At the heart of this new system, a battle for supremacy has unfolded between two private giants: SpaceX and Blue Origin.
- SpaceX (Starship). This is an ambitious but extremely complex project. To reach the Moon, the spacecraft must undergo a series of in-orbit refueling operations. This involves dozens of launches, hundreds of tons of fuel, and operations that have never been performed in space before – a complete uncharted territory for engineers.
- Blue Origin (Blue Moon). The company takes a more traditional approach. Their landing module is more compact and simpler. It is launched by the New Glenn rocket and does not require such a complex refueling infrastructure.
In fact, NASA is creating artificial competition to minimize risks. The agency has learned from past mistakes and no longer wants to put all its eggs in one basket – even if a single solution seems the most innovative.
Why the South Pole, of all places?
The next key milestone is Artemis IV, scheduled for 2028. That is when astronauts are set to land on the Moon – and not just anywhere, but in the harsh environment of the South Pole.
This decision is dictated not by politics, but by the laws of physics. At the Moon’s equator, conditions literally swing from extreme heat to extreme cold: temperatures range from +120 °C to −180 °C – a difference of nearly 300 degrees. At the poles, these temperature fluctuations are much milder, and some areas are illuminated by the Sun almost constantly.
But this location’s biggest trump card is water. The craters in the “perpetual shadow” may contain vast reserves of ice, which could pave the way for self-sustaining life: water to drink, oxygen to breathe, and even rocket fuel.
This is no longer a “I came; I saw; I flew away” kind of mission. It is an attempt to put down deep roots.
A base instead of a station
Just a few years ago, the Gateway orbital station was considered the cornerstone of the program. Now its role is being reevaluated, and the project itself has effectively been shelved.
Instead, the focus has shifted dramatically toward establishing a permanent lunar base by 2030. And here, a new powerful factor enters the picture: geopolitics. The U.S. is openly talking about the need to stay ahead of China, which is already breathing down its neck as it develops its own lunar program. In this race, the winner is not the one who gets there first, but the one who stays there forever.
What will life on the Moon be like?
The first bases will be as basic as possible – in fact, they will essentially be the landing modules themselves. But over time, the infrastructure will begin to expand with new elements:
- Lunar Terrain Vehicle: a reusable open-top all-terrain vehicle that will faithfully serve astronauts for up to 10 years.
- Sealed mobile platforms: essentially mobile homes capable of sustaining the crew for up to 45 days.
- Fission Surface Power: a compact nuclear reactor. The energy sector is set to face a real challenge (solar panels simply will not be enough on a moonless night), so this facility is designed to provide a reliable power supply for decades to come.
A New Era
Artemis is not just about the Moon as a celestial body. It is about a fundamental shift in the very rules of the game when it comes to space exploration.
If the Apollo program was a short sprint, then Artemis is a grueling marathon. Infrastructure, logistics, resource extraction, and the creation of an off-Earth economy. The Moon is no longer the ultimate goal, but rather a training ground and a tool.
And if this ambitious plan succeeds, the next stop will be Mars. For now, however, the main question remains unanswered: who will be the first to establish a foothold on the Moon, and can it truly become a “second home” for humanity?
Watch the live broadcast of the Artemis II mission launch with commentary from Ukrainian engineers and scientists:
