ESA astronaut Sophie Adenot and NASA astronaut Anil Menon performed a spacewalk Tuesday to replace a communications antenna on the International Space Station [1].
The mission marks a historic milestone for European space exploration as Adenot becomes the first French woman to conduct a spacewalk [1]. This achievement highlights the expanding role of international partners in maintaining orbital infrastructure, and the increasing participation of women in extravehicular activities.
The spacewalk began at approximately 1400 CET [2]. NASA said the excursion was scheduled to last six and a half hours [2]. The primary objective was to replace a space-to-ground antenna that enables high-speed communications between the orbital complex and Earth [2, 3].
Adenot is the second European woman to venture outside the station, following Samantha Cristoforetti in 2022 [4]. A NASA spokesperson said Sophie Adenot will become the first French woman to conduct a spacewalk during the next excursion outside the International Space Station [1].
Anil Menon accompanied Adenot during the mission. Menon previously completed his first spacewalk on Aug. 6 with station commander Jessica Meir [2]. The pair worked together to ensure the antenna replacement was completed according to protocol, a critical task for maintaining the station's data links.
The operation was livestreamed for a global audience, showcasing the technical precision required for EVA missions. The replacement of the antenna is essential for the continued operation of the ISS as a research hub, ensuring that scientists on the ground receive real-time data from the orbiting laboratory [2, 3].
“Sophie Adenot will become the first French woman to conduct a spacewalk”
The successful completion of this EVA demonstrates the continued operational viability of the International Space Station and the deepening integration of the European Space Agency (ESA) in critical maintenance. By diversifying the pool of astronauts capable of performing complex external repairs, space agencies reduce reliance on a small number of specialists, ensuring the station remains functional as it nears the end of its projected lifespan.
