SpaceX to Debut Starlink V3 Satellites on Starship Flight 13

BOCA CHICA, Texas — SpaceX is preparing to fly a landmark payload on the 13th flight of Starship: the first-ever deployment of operational Starlink V3 satellites. The company is targeting a launch window opening Wednesday, July 15, from Pad 2 at Starbase, with a backup opportunity the following day, after Super Heavy Booster 20 completed its final major pre-flight test.

A Record Static Fire Clears the Path

On July 10, SpaceX fired all 33 Raptor 3 engines on Booster 20 in a full-duration static fire lasting roughly 25 seconds. Independent acoustic monitors recorded the most energetic ground test ever measured at Starbase, a signature of the booster's enormous combined thrust. Clearing that milestone was the last big gate before flight, following the rollout of Booster 20 to the pad earlier this month.

With 33 Raptor 3 engines producing more than 18 million pounds of liftoff thrust, Super Heavy remains the most powerful rocket ever built. The Version 3 vehicle stands 408 feet tall, carries about 10 percent more propellant than its predecessor, and is rated to deliver more than 100 metric tons to low Earth orbit in fully reusable mode, nearly three times the capability of the previous generation.

Why the V3 Payload Matters

The star of Flight 13 is the payload itself. SpaceX plans to deploy a batch of roughly 20 next-generation Starlink V3 satellites, each weighing about 2,000 kilograms and designed to deliver more than ten times the downlink capacity of today's V2 Mini units. Those satellites are too large to fit inside a Falcon 9 fairing, meaning they can only reach orbit aboard Starship. A single Starship flight carrying a full batch of V3 satellites can add more than twenty times the network capacity of one Falcon 9 launch.

Several of the satellites carry cameras to image Starship's heat shield during flight, and the spacecraft will extend solar arrays and antennas before attempting to link with ground stations in South Africa and the wider constellation through high-capacity laser connections. The debut ties directly to SpaceX's ambitious expansion plans, echoing its recent FCC filing to deploy up to 100,000 Gen3 Starlink satellites.

Milestones to Watch

Flight 13 will also attempt an in-space Raptor relight, a capability essential for future deorbit burns, lunar transfers, and the propellant-transfer operations that NASA's Artemis lunar landings will require. SpaceX has said it is targeting roughly one Starship launch per month, with plans to expand operations from both Texas and a new pad at Kennedy Space Center in Florida.

According to pre-flight coverage tracked by NASASpaceflight, the booster could roll back for final inspections before the attempt, and beach closures and FAA notices will be the clearest signals of launch readiness. If the timeline holds, Flight 13 will mark the moment Starship begins doing the job it was built for: hauling the heavy, high-capacity satellites that will define the next era of Starlink and help fund the road to the Moon and Mars.