French astronauts Thomas Pesquet and Arnaud Prost will travel to space on separate missions in 2027 [1].
The announcement signals a strategic shift in France's approach to orbital flight by leveraging private American infrastructure to maintain a consistent presence in space. This partnership allows France to advance its national space ambitions without relying solely on traditional governmental agencies.
The missions are scheduled for 2027 [1]. According to reports, the two astronauts will fly on two separate missions [2]. These flights will be facilitated through a partnership with Vast, a U.S.-based company specializing in space station development, and orbital logistics [3].
Thomas Pesquet is already a veteran of the International Space Station, while Arnaud Prost represents the next generation of French space exploration. By utilizing a private partner like Vast, France aims to increase the frequency and accessibility of its crewed missions, a move that aligns with a broader global trend toward the commercialization of low Earth orbit.
The collaboration underscores the growing reliance of European space agencies on the U.S. commercial sector. By securing seats on Vast missions, France ensures its astronauts continue to gain critical experience in microgravity and orbital operations [3].
This initiative is part of a larger effort to solidify France's role in the future of space exploration. The use of private American contractors provides a flexible alternative to the complex scheduling and bureaucratic hurdles often associated with international government-led programs [4].
“French astronauts Thomas Pesquet and Arnaud Prost will travel to space on separate missions in 2027”
This partnership reflects a transition toward the 'New Space' economy, where national space agencies act as customers for private companies rather than solely as operators. By partnering with Vast, France is diversifying its launch options and reducing its dependence on a single provider, ensuring that French astronauts can maintain operational readiness and scientific continuity in orbit.
