Crew-13 reaches the Space Station on the fastest US trip ever

On October 1, 2026, at 11:10 a.m. EDT, a SpaceX Falcon 9 launched NASA's Crew-13 mission from Cape Canaveral. The Crew Dragon "Grace" docked to the International Space Station (ISS) at 7:05 p.m. the same day — about 7 hours 55 minutes later, the fastest trip by a US spacecraft to the station, according to NASA.

What it is / how it works

The crew has four people: commander Jessica Watkins and pilot Luke Delaney of NASA; Joshua Kutryk of the Canadian Space Agency; and cosmonaut Sergey Teteryatnikov of Roscosmos. It is Delaney's first spaceflight. They are expected to stay about six months aboard, running science experiments and maintenance.

Why was the trip so fast? Reaching the ISS is not just pointing the rocket and going. The station orbits about 400 km up, circling Earth every 90 minutes. The spacecraft has to enter a slightly lower orbit and, through a series of engine burns, "catch up" with the station at the right point. The better the alignment at launch and the fewer manoeuvres needed, the shorter the chase. Earlier Dragon missions often took close to a day; this time NASA planned a trajectory of under 8 hours. Docking was automatic, at the Harmony module.

Why it matters

Fewer hours cramped in a capsule means more comfort and less exposure to risk for the crew. But the most important point is continuity: the ISS relies on regular crew rotations, and this mission keeps the station staffed as Crew-12 departs, with its return scheduled to begin no earlier than October 5.

The mission also shows that day-to-day US–Russia space cooperation still works, with cosmonauts flying on American spacecraft and vice versa, and it helps keep the ISS running until its retirement, planned for the end of this decade.

Evidence

Launch, docking and station entry all happened on the same day; the hatch opened at 9:43 p.m. EDT.
NASA described the transit as "the fastest by a U.S. spacecraft in space station history."
Commander Watkins summed it up: "It is hard to believe that we're already here, but we are super glad to be here."

What could still go wrong

There was a scare before the success: in early September, technicians found an oxidizer leak in the capsule's propulsion system during processing, and the launch, planned for mid-September, was postponed. NASA and SpaceX cleared the flight after investigating, but such episodes are a reminder that every crewed mission depends on complex systems.

For the coming months, the risks are the usual ones for an ageing station: air leaks in older modules, equipment failures and possible schedule changes for the return. In addition, relying on a single US spacecraft type in regular service leaves the programme vulnerable if Dragon has to be grounded.

And a note on interpretation: the speed record is an operational gain, not a new technology. The capsule is the same; what changed was trajectory planning.

What to watch