On Friday, Voyager Technologies CEO, Dylan Taylor, lay out a timeline that people would be living and working on a moon base by the early 2030s, telling CNBC Converge Live audience that occupying the moon is not about visiting, nor conducting experiments, but residing.
By the end of the 2030s, Voyager Technologies and Max Space want to establish a moon base on the lunar surface through a multi-billion-dollar partnership by developing habitats that provide permanent living spaces for future crews traveling.
The private corporate sector isn’t waiting for governments to draw the blueprint for project moon base. The timeline, a decade ago, seemed speculative, now draws little audible skepticism from the space industry that’s incrisingly organized around its own assumptions.
Project Moon Mase in Deep Space
Voyager Technologies’ chief executive detailed a sequential roadmap, and by aerospace standards, is near-term. Taylor mentioned inflatable habitats, deployable and pressurizable without the mass penalties of rigid structures, would be established as early as 2029. So, it’s not that far off.
Yet, there’s a primary engineering hurdle standing in the way of lunar base project. Finding the right approach to transport large, safe, and pressurized structures across the vast vacuum of space without breaking the financial bank is still something they need to address.
Traditional spacecraft components are notoriously heavy and rigid, making them difficult and incredibly expensive to launch from Earth’s surface using current rocket technology.
To solve this critical hurdle, Voyager Technologies is partnering with the engineers at Max Space to create highly specialized, expandable habitats. These innovative modules are specifically designed to fold into a very compact, aerodynamic shape that fits efficiently inside a standard rocket fairing.
Once they safely arrive on the moon, they are engineered to inflate roughly 20 times their original size to maximize interior volume.
This unique settlement approach helps drastically reduce launch costs while providing enough room for astronauts to conduct vital research and work comfortably.
“Expanding human presence beyond low Earth orbit (LEO) requires infrastructure that is scalable, resilient and purpose-built for permanence,” Dylan Taylor, the CEO of Voyager, explained.
This essential lunar base project is the key to moving past temporary, short-term visits and establishing a highly reliable moon base that acts as a permanent home. By pairing Voyager’s integrated platforms with Max Space’s architecture, the companies are effectively accelerating the transition from small demonstration missions to durable capability, directly supporting NASA’s roadmap to land astronauts on the moon by 2028.
Growing Lunar Economy
The global push for a permanent lunar settlement initiative is part of a much larger, accelerating trend in the modern commercial aerospace industry. As substantial government funding -including a request for more than $300 billion for the 2027 fiscal year from the US Air Force and Space Force- and private investment continue to pour into the sector, the once-distant vision of colonizing space is moving quickly from the pages of science fiction to a tangible, near-term reality.
Voyager Technologies is also busy working on massive projects like the upcoming Starlab, while the practical task of building a lunar settlement becomes a central priority for the broader commercial industry.
Industry leaders firmly believe this is only the very beginning of occupying the moon for the benefit of humanity.
Taylor’s comments come after former Canadian Prime Minister Justin Trudeau described the recent Artemis II mission -which saw the first Canadian fly around the moon- as a “big, big deal.”
“As we start landing on the moon, as we start stretching towards Mars, like those are the things that are going to keep people feeling excited,” Canadian Prime Minister Justin Trudeau said to CNBC.
As we look toward the 2030s, this ambitious lunar base project aims to make the moon base a fully functional workspace for international research teams. With sophisticated plans to integrate high-speed data centers and advanced life support systems into these inflatable modules, humanity is actively building a lunar settlement to last for generations.
As Taylor noted, within a few years, you will be able to look up at the night sky and see the artificial lights of a moon base.
“There’ll be people living and working on the moon,” he ensures.
Ultimately, this firm commitment to a functional moon base serves as a vital, necessary steppingstone for the future of space colonization.
Inside Telecom provides you with an extensive list of content covering all aspects of the tech industry. Keep an eye on our Tech sections to stay informed and up-to-date with our daily articles.