NASA and SpaceX Target Thursday Crew-13 Launch From Cape Canaveral After Dragon Leak Delay

NASA and SpaceX are targeting 11:10 a.m. EDT Thursday, Oct. 1, to launch the Crew-13 mission to the International Space Station from Space Launch Complex 40 at Cape Canaveral Space Force Station, nearly three weeks after an oxidizer leak in the Dragon spacecraft's propulsion system scrubbed the original September date. If the Falcon 9 rocket flies on time, NASA says the four-person crew is scheduled to dock with the orbiting laboratory at about 7 p.m. the same day, a planned trip of roughly 7 hours and 50 minutes that the agency describes as the fastest by a U.S. spacecraft in station history.

The crew includes NASA astronaut Jessica Watkins as spacecraft commander, NASA astronaut Luke Delaney as pilot, Canadian Space Agency astronaut Joshua Kutryk and Roscosmos cosmonaut Sergey Teteryatnikov as mission specialists. Delaney, according to NASA and Central Florida broadcasters, grew up in Volusia County, giving the Space Coast a hometown connection to a flight that will lift off only a short drive from where he was raised.

Weather is the main question on launch morning. Launch weather officers with the Space Force's 45th Weather Squadron have forecast a 55 percent chance of favorable conditions at the planned liftoff time, down slightly from a 60 percent forecast NASA published earlier in the week. The primary concerns are the cumulus cloud rule and the risk of flying through precipitation, both common issues during late-season Florida afternoons and mornings when showers build quickly along the coast.

Why the launch slipped from September

Crew-13 had been scheduled to launch on Sept. 12. During prelaunch processing, NASA and SpaceX found an oxidizer leak in the Dragon spacecraft's propulsion system, the network of thrusters and tanks that the capsule uses to maneuver in orbit, approach the station and later steer itself home for reentry. The agencies stood down to troubleshoot and repair the problem rather than fly with an open question about a system that is central to crew safety.

NASA has not described the leak as a design flaw, and the agency's public updates since then have focused on the new target date and the work to prepare the vehicle for flight. Delays of this kind are not unusual in human spaceflight, where NASA and its commercial partners routinely hold launches for issues that would be tolerated on an uncrewed cargo or satellite mission. A slip also ripples through the station schedule, since an incoming crew's arrival is coordinated with the departure of the crew already on board.

For Brevard County, the delay meant a second round of launch-week preparation: hotel bookings, road traffic planning and beach-park crowds that typically accompany a crewed flight from the Cape. Crewed launches remain among the most heavily attended events on the Space Coast, even in an era when Falcon 9 rockets lift off from Florida several times a week.

Who is flying and what they will do

Watkins, a geologist by training, is returning to space after flying on NASA's SpaceX Crew-4 mission in 2022, which makes this her second trip aboard a Dragon spacecraft. As commander she is responsible for the vehicle from launch through docking and again during the return to Earth at the end of the mission. Delaney, a former military aviator, will serve as pilot, monitoring vehicle systems and performance during the flight.

Kutryk will represent the Canadian Space Agency, and Teteryatnikov will fly as part of the integrated crew seat exchange between NASA and Roscosmos, an arrangement under which Russian cosmonauts fly on U.S. vehicles and NASA astronauts fly on Russian Soyuz spacecraft so that each segment of the station always has trained crew aboard. That arrangement has continued despite broader tensions between Washington and Moscow.

Once aboard, the crew is expected to live and work on the station for about six months, according to NASA. Their work will include scientific investigations in biology, physical science and human health, routine maintenance of the aging orbital outpost and, potentially, spacewalks. NASA typically highlights a slate of experiments tied to long-duration exploration, including research on how the human body adapts to microgravity, which feeds directly into planning for Artemis missions to the Moon.

The rocket, the booster and the landing

SpaceX will fly the mission on a Falcon 9 whose first stage, booster B1101, is expected to return to Cape Canaveral for a touchdown at Landing Zone 40 less than eight minutes after liftoff, according to Spaceflight Now. That landing site sits next to Space Launch Complex 40, which SpaceX has used for crew launches since adding a crew access tower and walkway there to complement Launch Complex 39A at neighboring Kennedy Space Center.

Residents of Brevard, Volusia, Orange, Seminole and Osceola counties should be prepared for the possibility of sonic booms when the booster returns to the coast. Space Launch Delta 45 and SpaceX generally advise the public ahead of landings that a short series of booms may be heard, and depending on weather conditions, they can carry well inland. The sounds are harmless, but they regularly prompt calls to local emergency lines from people unaware a landing was planned.

The upper stage will place Dragon on a trajectory to catch the station, and the capsule will then perform a series of engine burns to close the distance. NASA's planned docking at about 7 p.m. reflects a short, fast rendezvous profile. Earlier Commercial Crew missions often took roughly a day to reach the station, so a sub-eight-hour arrival would represent a notable operational change for the program.

What it means for the Space Coast economy

Crew-13 is part of NASA's Commercial Crew Program, which pays private companies to carry astronauts to and from low Earth orbit instead of operating its own government-owned vehicles. That shift has fueled a significant share of the launch growth along Florida's Space Coast over the past several years, as SpaceX built up its processing, refurbishment and recovery operations around Cape Canaveral and Kennedy Space Center.

Every crewed launch brings a concentrated burst of spending to Brevard County. Visitors fill hotels in Cocoa Beach, Titusville and Cape Canaveral, restaurants and charter boats see a rush of customers, and the Kennedy Space Center Visitor Complex sells special viewing packages. Local tourism officials have long treated launches as a core part of the county's marketing, and crewed flights in particular draw travelers from across the state and country.

The steady cadence also supports thousands of aerospace jobs in Florida, from engineers and technicians to recovery crews who work at Port Canaveral. Space Florida, the state's aerospace development agency, has made the case that Florida's share of U.S. orbital launches is a key economic advantage, and NASA's crewed missions remain the most visible symbol of that position.

Where to watch in Florida

NASA has said it will provide live coverage of launch and docking on its streaming platforms. For those who want to watch in person, popular public viewing spots include the beaches and parks along Cocoa Beach and Cape Canaveral, Jetty Park near Port Canaveral, and the Titusville waterfront along the Indian River, including Space View Park. Traffic on State Road 528, State Road 401 and U.S. 1 can become heavy in the hours before a crewed launch.

Spectators should plan for heat and the possibility of passing showers given the forecast. Local officials typically urge viewers not to stop on causeways or bridge shoulders, which is unsafe and can draw citations. Parking at public beach access points can fill early on crewed launch days, particularly when the launch window falls in the late morning.

Because of the weather forecast, anyone planning to travel should check NASA and SpaceX updates before leaving home. A scrub can come as late as the final minute of the countdown if a weather rule is violated or a technical issue surfaces.

What happens if weather forces a scrub

If conditions at the Cape or along the ascent corridor are not acceptable, NASA and SpaceX can stand down and try again on a later date. Crewed missions to the station use an instantaneous launch window, meaning the rocket must lift off at a precise moment to line up with the station's orbit. That leaves no room to wait out a passing shower once the planned time arrives.

Weather along the Atlantic ascent path also matters for crewed flights, because Dragon must be able to safely abort and splash down if a problem occurs during launch. Rough seas or high winds in those downrange recovery areas can force a delay even when skies over Cape Canaveral appear clear.

NASA has not publicly detailed every backup opportunity in its most recent update, but the agency typically announces a new target within hours after a scrub. Any further delay would also have to be coordinated with other traffic at the station and with the Eastern Range's busy schedule of commercial and national security launches.

Crew rotation and the station's final years

Crew-13's arrival will set up a handover with the crew already aboard the station, which is expected to return to Earth after a short period of overlap. These handovers allow departing astronauts to brief newcomers on station systems, ongoing experiments and any maintenance issues that have developed during their stay.

The International Space Station is approaching the end of its planned service life, with NASA working toward retirement around 2030 and a transition to commercially operated stations. Several of the companies competing to build those successors have ties to Florida, and their launches are expected to come from the Space Coast, extending the region's role well beyond the current station era.

In the meantime, every rotation mission keeps the station staffed and demonstrates the reliability of the commercial transportation system NASA has come to rely on. That track record will matter as NASA turns its attention to the Artemis program, whose Moon missions also launch from Kennedy Space Center.

What's next

The immediate milestones are liftoff at 11:10 a.m. EDT Thursday, the booster landing at Landing Zone 40 minutes later, and Dragon's planned docking with the station at about 7 p.m. NASA has said it will carry coverage of the docking and the welcome ceremony once hatches open and the crew enters the station.

If the launch proceeds, the crew will begin roughly six months of work in orbit before returning to Earth in a Dragon splashdown, which in recent years has taken place off the coast of California. If weather or a technical issue intervenes, NASA and SpaceX are expected to announce a new target date and updated forecast from the 45th Weather Squadron.

For Floridians, the flight is another reminder of how central the Space Coast has become to American human spaceflight, and, for Volusia County, a chance to watch one of its own ride a rocket into orbit.