The Crew-13 manned mission crew has successfully arrived at the John F. Kennedy Space Center in Florida, where specialists will begin the final phase of pre-flight preparations. This event marks the transition of the international team to the final stage before launching to the International Space Station, which is scheduled for the coming days.
International Crew Composition
The new expedition includes representatives from several space agencies, emphasizing the high level of ongoing global cooperation in orbit. Roscosmos cosmonaut Sergey Teteryatnikov joined the prime crew along with his international colleagues. Experienced NASA astronaut Jessica Watkins has been appointed mission commander, joined by NASA astronaut Luke Delaney and Canadian Space Agency representative Joshua Kutryk.
Preparation and Launch Schedule
The launch of the Falcon 9 launch vehicle carrying SpaceX's newest Crew Dragon spacecraft is scheduled for October 1, 2026. Intensive training for this international crew lasted for over a year, during which participants practiced emergency situations, docking, and working with ISS systems.
Contradictory Data
While official press releases from space agencies clearly record the arrival of all crew members in Florida for final training, a number of industry Telegram channels and news reports have emerged suggesting that the cosmonauts may have already entered strict quarantine before launch. Official representatives from NASA and Roscosmos have not yet detailed this information, citing standard crew health safety protocols, but they confirm that contact with outsiders ahead of the launch has been reduced to an absolute minimum.
Significance of the Mission for the Orbital Station
The successful implementation of the Crew-13 mission will ensure the stable functioning of the Russian and American segments of the ISS and allow for a series of important scientific experiments in microgravity. The expedition program is designed for several months, during which the crew will receive several cargo ships and perform spacewalks.