Max Space: A New Era of Space Habitats

Living and working in space has transitioned from the realm of distant fantasy to an almost inevitable reality. However, the question remains: what will the next generation of space habitats look like? For the company Max Space, the answer is clear and has been for decades, if not centuries. The new generation of expandable habitat modules will offer not only safety but also enough space for comfortable living. The first launch of these modules is planned for 2026.

The startup was founded by Aaron Kemmer, who previously worked at Made in Space, and Maxim de Jong, an engineer who always preferred to stay in the background despite his significant contributions to the development of expandable habitat modules similar to those already in use on the International Space Station.

They are confident that a breakthrough for this type of space construction will occur in the coming years. Positioning themselves as the heirs and improvers of projects developed by other companies over the past decades, Max Space has the potential to capture a multi-billion dollar market.

Max Space's expandable habitat modules promise to be more spacious, stronger, and more versatile than any previously created analogs. At the same time, they will be significantly cheaper and lighter than monolithic structures. Despite their spherical shape, they possess high resistance to numerous space threats.

The Legacy of TransHab

The history of expandable habitat modules began with the TransHab project, which was developed by NASA in the 1990s and laid the fundamental approach to such structures. The outer layer of expandable modules is not the load-bearing part; it only reflects light and dissipates heat. The main strength of the structure is achieved through the inner layers, created using a "basket weaving" principle.

In the weaving process, strips of Kevlar and other strong materials are laid in different directions and stitched together manually. This creates a strong structure that evenly distributes internal pressure.

Maxim de Jong, working with Bigelow Aerospace through his company Thin Red Line Aerospace, participated in the development of such woven structures. However, he always had doubts about the predictability of so many stitches and interactions between them. A small defect could cause a cascade of failures, even when all safety standards were met.

Mylar and Bernoulli

The solution came to de Jong by chance when he noticed a Mylar balloon, holding it in his hands. The shape of the balloon redirected forces so that the pressure acted only in one direction. This principle was described by French mathematician James Bernoulli as early as 1694.

The shape that the balloon takes redirects forces in such a way that the pressure actually acts only in one direction: from the point where the two halves are joined. This observation prompted de Jong to the idea of creating space structures based on the isotenzoid principle.

The Introduction of Max Space

The creation of Max Space was made possible through collaboration with Aaron Kemmer. Kemmer, previously working at Made In Space, realized the need for larger volumes of space facilities for the commercialization of space projects.

Max Space, a startup founded to commercialize the new approach, plans its first launch in 2026 aboard SpaceX. This launch will serve as proof of concept, allowing the company to gain the necessary experience and become a leading player in the space habitat market.

The Future of Space Habitats

The first expandable module by Max Space will be comparable in size to the modules of the International Space Station, and in the future, they plan to create habitat modules with a volume of several thousand cubic meters. These modules can be used for living, research, production, and other purposes, providing the necessary volume for the development of the space industry.

As demand for such solutions grows, Max Space will be ready to offer its innovative and reliable designs.