A Falcon 9 first-stage booster touched down on the drone ship A Shortfall of Gravitas in the Atlantic Ocean on May 13, 2025, completing what SpaceX logged as the rocket’s 28th flight and landing. The mission, designated Starlink 6-83, carried a fresh batch of Starlink internet satellites to low-Earth orbit from Cape Canaveral, Florida, and pushed the booster, known internally as B1062, past every other piece of orbital-class hardware ever flown.
More than a year later, that record still stands. No other rocket stage, capsule, or orbiter has matched 28 trips to space and back. The milestone underscores how thoroughly SpaceX has turned rocket reuse from a moonshot idea into the backbone of its business model, one that now supports the majority of all orbital launches worldwide.
The mission and the hardware
B1062 first flew in November 2020, lofting a U.S. Space Force GPS III satellite. Over the following four and a half years, it carried national-security payloads, commercial satellites, and dozens of Starlink batches. By the time it lifted off for Starlink 6-83, the booster had already survived 27 re-entries through the upper atmosphere, 27 propulsive landings, and the refurbishment cycle that follows each one.
The Federal Aviation Administration published an ATCSCC advisory (ADVZY 009 DCC) for the launch, confirming that the Air Traffic Control System Command Center coordinated restricted airspace along the flight corridor on May 13, 2025. That advisory, a routine step for every orbital mission departing U.S. soil, anchors the mission’s date and regulatory clearance in the public record.
SpaceX’s live webcast showed the booster separating from the upper stage roughly two and a half minutes after liftoff, flipping around, reigniting a subset of its nine Merlin engines for a series of burns, and settling onto the drone ship’s deck. The upper stage continued to orbit and deployed the Starlink satellites as planned.
Why 28 flights matters
Reuse is the economic engine behind SpaceX’s launch dominance. A single Falcon 9 first stage costs tens of millions of dollars to manufacture. Spreading that cost across 28 missions dramatically lowers the per-flight price, which SpaceX has publicly cited as a key reason it can offer launch services at rates competitors struggle to match.
For context, NASA’s Space Shuttle orbiters were also reusable, but each required months of refurbishment between flights and carried per-mission costs that ballooned into the hundreds of millions. Discovery, the most-flown orbiter, completed 39 missions over 27 years. B1062 reached 28 flights in under five years, with turnaround times sometimes measured in weeks rather than months. The comparison is imperfect (the Shuttle carried crew and far heavier payloads), but it illustrates how far reuse economics have shifted.
The Starlink constellation itself is both the product and the driver of that reuse pace. SpaceX has deployed well over 6,000 operational Starlink satellites as of early 2025, serving broadband customers in more than 70 countries. Each deployment mission demands a booster, and the company’s manifest is dense enough that keeping proven hardware cycling back into service is not just cost-effective but operationally necessary.
What the public record does and does not show
The FAA’s advisory confirms the mission flew under approved safety protocols, but it does not name the booster, cite its flight history, or describe the landing outcome. The agency’s general statements index carries no separate release addressing the reuse milestone. That is not unusual: the FAA licenses each launch individually and reviews vehicle-specific data as part of that process, but it does not publish booster-by-booster flight logs the way, say, an aviation regulator publishes airframe maintenance records.
SpaceX’s own tracking, shared through webcasts, social media posts, and press kits, is the primary source for B1062’s identity and cumulative flight count. The company has a strong track record of accurately reporting booster histories, and independent trackers in the spaceflight community cross-reference those claims against launch footage, landing-pad imagery, and Federal Communications Commission satellite deployment filings. No credible discrepancy has surfaced for B1062’s tally.
Still, the distinction matters for anyone evaluating records. The mission’s existence and regulatory clearance rest on government documentation. The reuse count rests on SpaceX’s own data, corroborated by open-source tracking but not independently audited by a federal body in any publicly available report.
The regulatory question no one has answered publicly
As boosters push deeper into double-digit reuse, a question lingers: does the FAA apply additional scrutiny to hardware that has flown 20 or 30 times, or does it treat each license application identically regardless of the booster’s age?
The agency requires SpaceX to demonstrate compliance with safety requirements before every flight, and SpaceX must submit vehicle data as part of that process. But no public FAA statement, rule, or guidance document spells out whether cumulative wear on a booster triggers extra inspections, analysis, or reporting thresholds. The FAA’s website offers no dedicated framework for high-reuse launch vehicles, even as the pace of flights continues to accelerate.
Advocates of commercial spaceflight argue that prescriptive reuse limits would stifle innovation and that companies are best positioned to judge their own hardware. Safety advocates counter that as rockets begin to resemble a routine transportation system, the public deserves more granular data on hardware lifecycles, inspection results, and anomaly trends. For now, the public sees the endpoints: an FAA operations plan before launch and a company webcast celebrating another landing.
What comes next for B1062 and reuse
SpaceX has not disclosed a hard retirement threshold for Falcon 9 boosters. Elon Musk said in 2020 that the company believed Falcon 9 first stages could fly “at least” 100 times with periodic refurbishment, though that figure has not been formally updated. Whether B1062 will attempt a 29th flight, or whether SpaceX will retire it as a proven workhorse, remains an open question as of June 2026.
Meanwhile, SpaceX’s next-generation vehicle, Starship, is designed for even more aggressive reuse. The company’s long-term plan envisions both the Super Heavy booster and the Starship upper stage returning and reflying with minimal turnaround. If that program succeeds at scale, B1062’s record may eventually look like a stepping stone rather than a ceiling.
For the moment, though, 28 flights stands as the benchmark. It is the clearest evidence yet that reusable rocketry has moved from proof of concept to production-line reality, reshaping the economics of space access in ways that are still rippling through the industry.
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*This article was researched with the help of AI, with human editors creating the final content.
