NASA Will Send Astronaut Deniz Burnham to Space in 2027
The NASA astronaut is scheduled to fly on a Soyuz spacecraft for a seven-month mission to the International Space Station.
Updated on Oct. 6, 2026 in Space
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NASA has assigned astronaut Deniz Burnham to a mission aboard the International Space Station, with a scheduled launch date in March 2027. She will serve as a flight engineer for Expedition 76 while traveling on the Soyuz MS-30 spacecraft.
Why it matters
The crew will conduct vital scientific investigations and technology demonstrations that are essential for supporting future human exploration missions to the Moon and Mars.
The mission, designated Expedition 76, features a planned seven-month duration. It utilizes the Russian-built Soyuz MS-30 spacecraft for crew transport to the International Space Station.
The players
Deniz Burnham
She is a NASA astronaut who was born in Adana, Türkiye, and serves as a key participant in future orbital research missions.
NASA
The United States government agency responsible for the nation's civilian space program and for aeronautics and space research.
Dmitri Petelin
He is an astronaut assigned to accompany Burnham on the upcoming Soyuz MS-30 flight to the International Space Station.
Konstantin Borisov
He is an astronaut designated to join the Expedition 76 crew for the planned seven-month mission.
The details
Born in Adana, Türkiye, Burnham will be joined on the flight by crewmates Dmitri Petelin and Konstantin Borisov. The trio is set to depart from the Baikonur Cosmodrome in Kazakhstan to begin their residency on the orbiting laboratory.
Timeline
NASA announced the spaceflight assignment in July 2026.
The mission is scheduled to lift off in March 2027.
The Big Picture
The mission continues the long-term occupancy of the International Space Station, which serves as the primary testbed for human life in orbit. This flight extends the research mandate of the station by preparing for future deep-space missions.
The technology demonstrations performed by the crew will directly impact the development of life-support systems for future missions to the Moon and Mars. These advancements may eventually yield improvements in resource recycling and long-term hardware durability used in extreme environments.
The takeaway
This assignment highlights the continued international cooperation required to sustain human research in low-Earth orbit. As missions extend in duration, the data gathered becomes increasingly vital for protecting human health during long-distance space travel.
Further reading
For more on upcoming orbital missions, visit the Space section.
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