SpaceX has set November 13 as the target date for Starship Flight 15, the fifteenth integrated test of the most powerful launch vehicle ever built. This time, the objective is not just to place satellites in orbit — it is to bring two vehicles home simultaneously, something no orbital launch system has ever accomplished in its history.
The plan is ambitious by SpaceX standards: the Super Heavy V3 booster (Booster 22) is expected to return to Pad 2 at Starbase, Texas, to be caught by the iconic mechanical arms of the "Mechazilla" structure immediately after the landing burn. The Starship upper stage (Ship 42) is expected to complete approximately 14 Earth orbits at an altitude of roughly 275 kilometers before beginning reentry and approaching the tower for a second catch. It would be the first time both stages of an orbital launch vehicle return intact to the launch structure.
SpaceX has already caught Super Heavy boosters three times previously — all of them the V1 version — and two of those boosters have flown again. But it has never attempted to catch a Starship upper stage, and never to catch both parts simultaneously. Flight 15 would be the first test with the V3 booster and also the first catch at Pad 2, not the Pad 1 used on earlier flights.
Before any catch attempt, the ship will carry 26 Starlink V3 satellites into low Earth orbit. Each satellite provides 1 terabit of additional capacity to the constellation — SpaceX claims the 26 are equivalent to ten Falcon 9 Starlink V2 Mini launches. Three of the satellites have been modified with a specialized camera suite to scan the ship's heat shield during reentry and transmit images back to operators. The mission uses the same passive safety profile already tested on Flight 14, allowing the ship to return to Earth over pre-declared ocean areas in case of any systems problems.
The flight timeline, as published by SpaceX itself, shows a 75-minute launch window opening at 4:45 p.m. Central Time. The boostback burn would begin at 2 minutes and 26 seconds, with stage separation expected around 2 minutes and 21 seconds. The ship would initiate orbital insertion around 26 minutes, deliver payload between 35 and 77 minutes, and after approximately 22 hours begin reentry around the 22-minute mark of the 22nd hour — with the landing burn and ship catch planned around 22 minutes and 32 seconds.
The 22-hour orbital profile is significantly longer than Flight 14, which lasted just over three hours. SpaceX expects Ship 42 to complete between 15 and 16 orbits before return, which would make it the longest mission in the Starship program. This requires the ship to coast in orbit for a full day, waiting for the correct orbital alignment with Starbase for the return.
But the biggest hurdle is not engineering — it is regulation. The FAA still needs to approve the license modification for Flight 15, which includes permission to bring Ship 42 back to the tower, involving overflight of populated areas of northern Mexico and southern Texas during reentry. Until that document is signed, the dual-catch profile cannot fly. This has already delayed previous flights in the program and is not surprising if the November 13 target slips.
Elon Musk confirmed on November 6, via an X post, that SpaceX will attempt to catch both stages. "If both are successful, it will mark the first time that all parts of an orbital rocket return to Earth intact. This is the critical breakthrough needed to make life multiplanetary," the CEO wrote.
The financial context also weighs heavily. On the third quarter 2026 earnings call, SpaceX reported revenue of $4.6 billion, a 161% increase compared to the same period the previous year. The company already has active contracts for Starlink launches, NASA cargo missions, and the transition to Kennedy Space Center in Florida — where Starship will make its first launch from the LC-39A pad historically used by the Apollo Program and the Space Shuttle.
If Flight 15 manages the dual catch, it would not just be a milestone for SpaceX. It would be the first moment in the history of spaceflight when a complete orbital launch vehicle was recovered without the loss of any stages — equivalent to simultaneously recovering both the first and second stages of a Falcon 9, something no company in the world has attempted.
If it fails, the program already has attempts lined up for the rest of the year. Elon Musk has indicated that a steady stream of test flights continues through the end of 2026, with each one incrementally pushing the envelope toward full reusability.
The question remains: will the 22-hour profile be too conservative, or is the orbital time needed for alignment simply the price of a precise return? The answer comes in mid-November.
Sources: NASA Spaceflight, SpaceX, Elon Musk on X
✓ Independent sources cross-checked and verified before publishing
