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Epsilon Mission: Adenot Completes ISS Tenure via Crew-12 Undocking

European Space Agency astronaut Sophie Adenot has concluded her orbital operations aboard the International Space Station, departing via the Crew-12 vehicle to begin the return phase of the Epsilon mission.

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Epsilon Mission: Adenot Completes ISS Tenure via Crew-12 Undocking
ESA YouTube

Orbital Departure Confirmed

The European Space Agency (ESA) has confirmed the successful undocking of the Crew-12 vehicle from the International Space Station (ISS), marking the tactical conclusion of the Epsilon mission. According to ESA YouTube broadcasts, the spacecraft separated from the station’s docking port following a series of finalized pressure checks and hatch seals, initiating the homeward trajectory for French astronaut Sophie Adenot and her international crewmates.

Epsilon Mission Parameters

Adenot’s tenure aboard the ISS was defined by a rigorous schedule of scientific experimentation and station maintenance. The Epsilon mission serves as a critical data-collection point for ESA’s ongoing human spaceflight programs, focusing on physiological adaptation to microgravity and the testing of next-generation life support systems. The undocking procedure followed a standard automated sequence, with the vehicle performing a series of separation burns to move clear of the ISS Keep-Out Sphere.

Re-entry and Recovery Protocols

With the physical link to the orbital laboratory severed, the Crew-12 capsule is now executing its descent profile. The mission team at ESA’s European Astronaut Centre (EAC) in Cologne, alongside international partners, is monitoring the vehicle’s telemetry as it prepares for the atmospheric re-entry burn. Following splashdown, Adenot will undergo an immediate medical evaluation and a multi-week rehabilitation program to mitigate the effects of long-duration weightlessness. This departure signals the transition from orbital operations to the post-flight analysis phase, where the data harvested during Epsilon will be integrated into future lunar and Martian mission planning.