Recovered vs reused: what reusability really means
Landing a booster is the photo; flying the same booster again — and again — is the economics. We explain why reflights, not landings, are the metric that lowers the cost of space.
A booster landing makes for a stunning video, but on its own it changes very little. What lowers the cost of reaching orbit is flying that same booster again, because the first stage is the most expensive part of the rocket. Recovery is the means; reuse is the point.
That is why this tracker watches reflights, not just landings. SpaceX did not transform the launch market when it first landed a Falcon 9 in 2015 — it transformed it when a single booster, B1067, had flown 32 times by the end of 2025, each flight spreading the hardware cost over more missions. The original design life was about ten flights; routinely beating that three-fold is what turned launch from a once-in-a-while event into something happening every other day.
The same distinction sorts the newer entrants. Blue Origin's New Glenn landing a booster in late 2025 was real progress, but its April 2026 reflight mattered more: it moved the company from "can recover" to "can reuse." Until a rocket reflies routinely, a landing is a demonstration, not yet a business.