SpaceX is preparing to send its Falcon 9 booster B1067 on a 35th flight, a milestone that would extend the company’s lead in reusable rocket operations. The launch is planned from Cape Canaveral Space Force Station and will carry another batch of Starlink satellites into low Earth orbit.
The mission, known as Starlink 10-35, will add 29 more satellites to SpaceX’s broadband constellation. That network now includes more than 10,500 spacecraft, showing how central Falcon 9 remains to the company’s deployment pace.
Launch plan and live coverage
Liftoff from Space Launch Complex 40 is scheduled for 6:13:50 a.m. EDT, with the rocket set to head northeast after departure. Spaceflight Now plans to begin live coverage about one hour before launch, giving viewers a close look at the countdown and ascent.
The flight uses B1067, SpaceX’s most-flown Falcon 9 booster, as the company continues to test the upper edge of its reusability goals. SpaceX has said its Falcon 9 boosters are engineered to support as many as 40 flights, a figure that remains unmatched in commercial spaceflight.
Weather outlook for the window
The 45th Weather Squadron has forecast a 90 percent chance of favorable conditions at the opening of the launch window. That chance drops to 75 percent later in the morning as cloud conditions are expected to worsen over the Cape area.
Launch weather officers said high pressure and dry air should keep conditions quiet through the end of the weekend, but a change is expected early in the week. They warned that thicker mid- and upper-level clouds could increase the risk of Thick Cloud Layers Rule violations as the window progresses.
Why B1067 matters
B1067 has become one of the most important boosters in the Falcon 9 fleet, and this flight would push it to a record 35 missions. SpaceX has seven Falcon boosters that have flown more than 25 times, highlighting the company’s growing reliance on a small group of heavily used rockets.
As of June 7, those boosters included B1063 with 32 flights, B1067 with 34, B1069 with 31, B1071 with 33, B1077 with 28, B1078 with 28, and B1080 with 26. The list shows how SpaceX has refined booster recovery and reuse at a pace no other commercial launch provider has matched.
SpaceX’s reuse strategy
SpaceX has also said that, despite the engineering target of 40 flights, it uses a maximum accounting useful life of 25 flights as an estimate based on expected demand. The company said that estimate reflects its shift toward Starship and contract limits that can restrict use of boosters flown more than five times on certain missions.
The prospectus also said those useful-life estimates are reviewed regularly using engineering data, post-flight inspections, recovery success rates, fleet performance, cost analyses, and the long-range launch manifest. That context makes B1067’s next flight more than a routine Starlink deployment, since it also reflects how far Falcon 9 reuse has advanced within SpaceX’s launch system.
Read more at: spaceflightnow.com
