Falcon 9 Retirement: SpaceX Halts Bookings Past 2028 for Starship

SpaceX sets an end date for its main rocket

For more than ten years, the industry's plans have rested on one assumption: if you needed a reliable ride to orbit, a Falcon 9 would be there. SpaceX has now said that assumption has a time limit. The company has reportedly stopped accepting Falcon 9 bookings for missions after 2028 and plans to move those customers to Starship7. Several French outlets report that the cutoff covers commercial sales of Falcon Heavy as well5. NASA crew and cargo flights to the International Space Station are expected to continue until at least 203035.

The strategy comes from Elon Musk himself. In a post on X in summer 2026, Musk said that once Starship flies reliably several times a week, SpaceX should move its engineering and manufacturing capacity to Starship. The goal would then be to push Starship to several launches a day while winding down the Falcon program4. The booking cutoff turns that idea into a policy customers have to plan around.

NASA has confirmed the direction in public. "I do not think it's a secret that SpaceX intends to sunset older platforms like Falcon and Dragon as they concentrate on their next generation capability, Starship," Administrator Jared Isaacman said at a September 28 press conference about Boeing's Starliner9. That conference took place only hours after Starship reached orbit for the first time9.

Why this is a big deal: Falcon 9's share of the market

Falcon 9 has flown nearly 700 times since its 2010 debut. It launched 165 times in 2025 alone, close to one launch every two days5. Reports put its share at roughly half of all orbital launches worldwide last year7. One policy analyst told Florida Today that about 95% of American launches in 2025 flew on a Falcon9. One analysis describes Falcon 9 as holding a de facto monopoly on launch1.

The figures for competitors show how hard Falcon 9 will be to replace. Ariane 6 had flown only four times in total by the time SpaceX's plans became public, and is expected to fly 9 to 10 times in 20275. European payloads made up 134 of the 396 satellites on Falcon 9 rideshare flights in 2025, more than a third5. Les Echos, as cited by Epoch Times France, puts rideshare prices at roughly $5,000 to $10,000 per kilogram. That price level helped make Earth-observation and communications constellations affordable3.

The effects are already showing. Remaining Falcon 9 slots are reportedly getting hard to secure, and the Finnish radar-satellite operator Iceye, a regular Falcon 9 customer, is said to be considering future contracts with Arianespace3. French coverage expects scarcity to raise prices for the slots that are left2.

Is Starship ready?

The whole plan depends on Starship, and its record is mixed. Starship has launched 14 times, with nine successes and five failures16. Flight 14 on September 28 was its most important flight yet. The vehicle entered orbit and deployed 26 operational Starlink V3 satellites, the first real Starlink deployment from Starship16.

The flight also had a serious problem. One of the ship's three Raptor Vacuum engines shut down early during ascent. SpaceX first announced the vehicle would not commit to orbit, then reversed that call after assessing its condition16. Florida Today described the mission as successful but said engine trouble cut it short9.

The flight before it shows the same pattern of progress plus problems. Flight 13 in July deployed 20 next-generation Starlink satellites that are too large for Falcon 9, and the ship made a controlled splashdown in the Indian Ocean. The Super Heavy booster, however, failed to make a controlled return and hit the Gulf of Mexico at speed4. Flight 12 in May, the first flight of the Version 3 design, also lost its booster early after an engine-startup sequence threw off the booster's flip maneuver18.

The next steps are already lined up. Booster 22 and Ship 42 are assigned to Flight 15, and Ship 42 completed a third cryogenic proof test on October 911. SpaceX has said that, depending on Flight 14's results, it may try to catch the upper stage with the launch tower on Flight 1512. No ship has been caught yet14. Ship 43 is reportedly being prepared for Flight 16 from Florida17, which would add a second launch site to support a higher flight rate.

The gap between these milestones and Musk's target matters. Reaching orbit once with a partial engine failure is a long way from flying reliably several times a week. That weekly cadence is the trigger Musk himself named for shifting resources away from Falcon4. BGR expects Falcon 9 to remain essential for at least several more years4. Coverage of the industry's view, in El País, suggests Starship will take much longer to become fully operational than Musk says6.

Where the reporting disagrees

The coverage does not agree on what is being retired, or when. Most outlets describe a stop to new commercial Falcon bookings after 2028, with NASA station flights continuing until at least 2030357. The Motley Fool's summary says both Falcon 9 and Crew Dragon will be retired after 20308. El País states simply that SpaceX plans to retire Falcon 9 in 20286. Taken together, the most reasonable reading is a phased wind-down: commercial sales end first, the NASA station work continues, and there is no fixed date for the last flight. 01net makes the same point, noting that the actual retirement date depends directly on how well Starship performs5.

The reasoning behind 2028 also varies. One analysis links the cutoff to NASA's Artemis lunar schedule. On that timeline, Starship would need about 15 refueling launches before it could land astronauts on the Moon, so SpaceX has to have the vehicle mature by then anyway7. Bloomberg's Loren Grush puts more weight on what the policy costs everyone else. In her view, SpaceX is removing launch capacity before the replacement is proven, and she expects a multi-year bottleneck1.

NASA's position is the hardest

The sharpest effects land on human spaceflight. NASA recently gave SpaceX a $946 million contract extension to keep flying crews to the ISS through 20309. Starship cannot take over that job, because its upper stage is too large to dock with the station7. With Dragon expected to wind down, NASA is turning back to Boeing. Isaacman said Starliner "has an important role to play," and the agency is giving Boeing an additional $359 million to fix the spacecraft8. An uncrewed Starliner test flight is planned for the end of this year12. Starliner's history is a weak base for that plan: NASA classified the 2024 crewed test's thruster failure as a top-severity "Type A" mishap9.

Some observers reacted strongly. Space journalist Ken Kremer called the outlook "potentially going to be catastrophic." He pointed out that NASA's 2008 cargo contract, worth about $1.6 billion, rescued SpaceX when it was close to bankruptcy, and argued the company should keep Falcon 9 and Dragon flying until a real alternative exists9. Blue Origin CEO Dave Limp said his company has made significant investments in human spaceflight technology9. Certifying any new crew vehicle, however, would take years9.

NASA's lunar plans make the problem worse. The agency is reportedly close to announcing bulk launch purchases from other providers to support a roughly $30 billion effort to build a permanent lunar base, which was announced earlier in 20261.

Why SpaceX can afford to do this

SpaceX's incentives explain the move. Musk said recently that government contracts, NASA included, made up less than 5% of SpaceX's revenue in the fourth quarter9. Starlink is the main business, and its next-generation satellites need Starship5. SpaceX is already launching fewer competitors' satellites and keeping more rockets for its own network7. Musk has also said Starship could eventually fly more than 100 times as often as Falcon each year, mostly carrying AI satellites9.

From SpaceX's point of view, every engineer working on Falcon 9 is one not working on Starship's flight rate. From everyone else's point of view, SpaceX is transferring risk to them. Grush's summary is accurate: the company is asking NASA, satellite operators and the broader market to plan around capabilities that exist on paper but are not yet operational1.

Outlook

This analysis treats the 2028 cutoff as a real commitment, not a bluff, but expects the final Falcon flight to come later than that. SpaceX could still change course and keep Falcon flying longer7, and Musk's own condition, reliable flights several times a week, gives the company room to delay. Even so, the booking policy has already changed the market. Europe is under pressure to speed up Ariane 6 and Vega-C2, Boeing has been given another chance, and launch capacity will be scarcer for the rest of the decade.

Flight 15 is the next test. A clean flight, especially one with a successful ship catch, would support SpaceX's timeline. Another engine failure would strengthen the case that the industry is about to lose its most reliable rocket before its successor is ready.