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When the four astronauts of Artemis II travelled around the Moon in April 2026, they completed humanity’s first crewed lunar mission in more than half a century.
It was an extraordinary moment, but Artemis II was never intended to be the final destination. NASA is already preparing for the next stage of the programme, with work progressing on the Orion spacecraft, Space Launch System rocket and supporting technology for Artemis III.
The goal is not simply to revisit the Moon. Artemis is designed to establish the knowledge, equipment and international partnerships needed to support a lasting human presence beyond Earth.
Building on Artemis II
Artemis II was the first crewed test of NASA’s Space Launch System rocket and Orion spacecraft.
The mission carried astronauts Reid Wiseman, Victor Glover, Christina Koch and Jeremy Hansen around the Moon before returning them safely to Earth. During the flight, the crew tested navigation, communications, life-support systems and spacecraft operations far beyond low-Earth orbit.
NASA will now study the information gathered throughout the mission. Everything from the performance of Orion’s systems to the physical and psychological effects of deep-space travel will help shape the missions that follow.
This gradual approach is essential. Travelling to the Moon involves operating hundreds of thousands of miles from Earth, where assistance cannot arrive quickly and even relatively small problems can become serious.
Each mission must therefore prove that the necessary people, equipment and procedures are ready for the next challenge.
Preparing Artemis III
NASA teams are now assembling and testing the major components needed for Artemis III.
The Orion crew module and its European-built service module have been joined together, while work continues on the enormous Space Launch System rocket that will carry them. Engineers are also progressing with engine installation, booster preparations and crew training.
Artemis III will be another important demonstration of the systems required for sustained human exploration. It forms part of NASA’s revised path towards returning astronauts to the lunar surface, currently targeted for 2028.
Rather than attempting every objective within one mission, NASA is building capability in stages. This allows individual systems to be tested together before astronauts are asked to depend upon them during increasingly complex journeys.
Why return to the Moon?
More than 50 years after Apollo, it may seem reasonable to ask why humanity needs to return to somewhere it has already visited.
The answer is that the Moon still holds an enormous amount of unexplored scientific information.
Its surface preserves evidence from the early history of the solar system that has largely disappeared from Earth. Lunar rocks, impact craters and deposits of ice could help scientists understand how the Moon and our own planet developed.
The Moon also offers an environment in which new technologies can be tested relatively close to Earth. These may include improved spacesuits, habitats, power systems, vehicles and methods of using local resources.
Learning how to live and work on the Moon could provide vital experience before any attempt is made to send astronauts on the much longer journey to Mars.
A different kind of lunar programme
Apollo was created to achieve a remarkable but tightly defined objective: land astronauts on the Moon and return them safely to Earth.
Artemis has a broader and more long-term purpose.
NASA wants to develop a sustainable exploration programme involving commercial companies and international space agencies. Future plans include lunar landers, surface vehicles and Gateway, a small space station intended to orbit the Moon.
The programme also aims to explore more of the lunar surface, including the south polar region. This area is of particular interest because permanently shadowed craters may contain deposits of water ice.
If such resources can eventually be accessed safely, they could potentially provide drinking water, oxygen or even some of the ingredients needed to produce rocket fuel. However, considerable research will be required before those possibilities can become everyday realities.
The tools behind exploration
The scale of Artemis can make it easy to focus entirely on rockets, spacecraft and astronauts. Yet every mission also depends upon thousands of smaller tools and carefully designed pieces of equipment.
Fisher Space Pen has been connected with human spaceflight since the Apollo era, when its pressurised writing technology was selected for use in demanding conditions. That heritage is reflected today in Fisher’s Artemis Space Pen range, created to recognise the new generation of lunar exploration.
It is a small connection to a much larger undertaking – one involving decades of engineering, preparation and human determination.
The next chapter is already being written
Artemis II demonstrated that people could once again travel around the Moon and return safely. The missions ahead must turn that achievement into a repeatable and sustainable capability.
There will undoubtedly be setbacks, revisions and difficult technical challenges along the way. That is part of attempting something no generation has achieved before: extending human activity beyond Earth for the long term.
The Moon is no longer simply a destination from history. Through Artemis, it is becoming the starting point for whatever comes next.
Explore the Fisher Space Pen product range today.
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