Apollo 11, the NASA mission that put our species on the moon for the first time, celebrated its 50th anniversary two years ago. And, while the event will forever be remembered as the pinnacle of human achievement, we are on the threshold of yet another cosmic triumph. The design for NASA’s first-ever space modules were revealed early last year. To accomplish this big challenge, the government agency teamed up with Axiom Space, a Texas-based firm, to build at least one superstructure capable of housing private individuals visiting our solar system by the year 2024.

Axiom and NASA enlisted the help of Philippe Starck, a French-born designer, to create the inside of each unit. The 71-year-old maestro has built a career out of creating a diverse range of products including clocks and yachts. But it is his most recent concept, which would house individual persons in space, that will allow this people us to see his creativity at its most extreme. The design will serve as a “main base for private explorers and professional astronauts,” according to Starck’s webpage. While the thought of regular people rocketing into space is thrilling, there are other aspects to the endeavor. National astronauts from nations that are not already members of the International Space Station or ISS collaboration will be house in the modules. All Axiom missions to orbit will be piloted by astronauts who have undergone extensive training. Furthermore, any individual or government who pays the flight’s fee (reportedly at least $35,000) and passes a minimal physical test will be allowed to board. Private individuals, on the other hand, will be instructed by Axiom specialists at its Houston facilities prior to the launch. The missions will last around ten days, with eight of those days spent aboard the International Space Station.

To that aim, each living unit will include cushioned walls with touch displays and LED lighting, as well as handrails for maneuvering in zero gravity space. The present concept calls for the space houses to be connected to the International Space Station, with the objective of a cluster of modules branching out and becoming self-sustaining structures in the future.