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Starship's first working payload of 26 Starlink V3 satellites reached orbit on a shortened flight
SpaceX's Starship reached orbit for the first time on September 28 and deployed 26 working Starlink V3 satellites, each built to add 1 Tbps of capacity. Buyers can count on that capacity this quarter, while teams hoping to book Starship for their own payloads have one partial orbital flight to judge it by.
The Product Desk · Product desk
What happened
- Shortly after stage separation the upper stage lost one of its six Raptor engines, and SpaceX called off the orbit attempt before resuming it minutes later.
- About 1.5 hours into the flight, SpaceX decided to bring the ship down after 3 hours in orbit, against a plan of about nine.
- SpaceX said the ship dispensed every V3 satellite and made contact with all 26 of them.
- Starship's July flight had carried 20 real satellites, but they were never meant to operate and burned up in the atmosphere.
- Two heat-shield tiles recovered from Ship 40 flew again on Ship 41, the first time Starship has reused tiles.
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Why it matters
- capability Starlink capacity can now grow by about ten Falcon 9 launches' worth in a single flight, so the pace of broadband upgrades will track how often Starship flies.
- constraint At roughly six V3 flights a year, Starship is far from the thousands of flights Musk wants, and outside payload owners have no flight rate yet to build a schedule on.
- exposure SpaceX's public shareholders now absorb test-flight risk the same morning, as a mid-flight decision to end early turned a stock gain into a loss.
Three of the 26 satellites carry cameras aimed back at Starship to photograph its heat shield after deployment [13]. SpaceX wants the images to study its tiles as it works toward returning the ship to its launch site [13]. The payload had two customers on Monday: Starlink subscribers, who get the bandwidth, and SpaceX's own reuse program, which gets the pictures.
Users wait a few weeks, then get more capacity from a constellation of about 10,000 satellites [22] without knowing which rocket carried it. "Following their on-orbit checkouts the satellites should begin serving customers as soon as a few weeks after launch," SpaceX representatives said [10]. As a launch vehicle for other companies' payloads, Starship has a short record. Before Monday, all 13 Starship flights since 2023 had been suborbital [11].
The two capacity comparisons in the coverage do not match. Interesting Engineering puts the 26 satellites at 26 Tbps combined, about 10 times a Falcon 9 launch of V2 Mini satellites [4]. TechCrunch reports that SpaceX has said one full Starship launch of V3 satellites adds as much as 20 V2 Mini flights on Falcon 9 [5]. Both can be right only if Monday's load was about half a full one. On those figures a full launch would add roughly 52 Tbps [2]. Neither report says how many satellites a full load holds.
The pitch runs well ahead of the flight. Musk has said he wants Starship to fly thousands of times a year, and SpaceX plans to invest $100 billion in a new launch complex in Louisiana [15]. TechCrunch describes the rocket as central to SpaceX's NASA moon work and to ideas such as data center satellites in orbit [17]. The vehicle that flew on Monday spent about a third of its planned time in orbit [1]. It was the third V3 test, and those tests have come roughly two months apart [14].
The booster had the cleaner day. It returned to the Gulf coast and flew the cleanest simulated landing SpaceX has done with the V3 version, over water, according to TechCrunch [19]. SpaceX framed orbit as the start of the reuse work: "By going to orbit, the next phase of developing Starship to be fully and rapidly reusable can begin," the company said [21].
The first question for a team is whether its plan depends on Starlink capacity, a service SpaceX sells, or on Starship lift, a launch the team would have to book. The second is whether it needs that within a quarter or over several years.
Near-term capacity plans can move, since the satellites are in orbit and SpaceX has put the service start weeks away [9]. Long-term capacity plans can use the 20-flight comparison, discounted until a full load flies. A near-term lift plan has nothing to book against beyond one partial orbital flight and a two-month test rhythm. Long-term lift plans are the ones the Louisiana complex is meant for, with construction due to start next year [15].
I'd put Starlink capacity into Monday's plan and keep Starship lift out of any date a customer will hold a team to. The cost of that caution is timing. If SpaceX shortens the gap between flights, the team that waited books later than one that committed early.
What to watch
- A Starship flight that completes its planned orbits and the single-Raptor deorbit burn before a controlled Pacific splashdown.
- Service data from the 26 V3 satellites once checkouts end, the first measure of what 1 Tbps per satellite delivers to customers.
- The next V3 flight date, set against the roughly two-month spacing of the last three tests.