SpaceX Is Ready to Launch 26 Internet Satellites, If It Gets Permission

SpaceX is getting ready to launch Starship Flight 14 as soon as Monday, September 28, 2026, from Pad 2 at Starbase in Texas, if regulators approve it. The flight is listed as a Starship launch from Starbase on that date. It would carry the first 26 Starlink V3 satellites and try to put Starship into orbit around Earth for the first time SpaceX.

Approval is the holdup. The Federal Aviation Administration, the FAA, says SpaceX does not yet have a license for the next Starship launch. A license is legal permission to fly. An environmental study is different. Finishing an environmental study does not guarantee a license. The FAA said this clearly in its January decision about Starship-Super Heavy flights from Kennedy Space Center FAA.

Regulatory gate

For Boca Chica in Texas, SpaceX must apply for and get special permits or a license to fly Starship Super Heavy FAA. For Kennedy Space Center in Florida, it must get a new license or a change to an old license. Each place needs its own permission.

Right now Boca Chica is working under a 2022 environmental approval. It allowed up to five Starship flights per year that go to space but do not circle Earth. That is called suborbital. A full orbit means going fast enough to keep circling Earth. SpaceX aimed for September 22, 2026 for its first orbital test flight. It now lists Flight 14 on September 28 as the Starlink V3 orbital try. Going from suborbital to orbital changes the safety rules, not just the flight path.

Vehicle and mission profile

SpaceX uses the name Starship for two parts together: the Starship ship on top and the Super Heavy booster below. The parts are built, tested, and launched at Starbase in Texas. The company says the full system can carry more than 100 metric tonnes to orbit and be used again. That is more than 100,000 kilograms.

Flight 14 would try two jobs at once. One job is getting Starship itself into orbit. The other job is dropping off 26 Starlink V3 satellites. Like a delivery truck built for heavy boxes, Starship needs a special holder to carry these bigger, heavier satellites. Earlier test flights did not use that holder for real deliveries.

The last two flights moved closer to this goal. Flight 12 lifted off from Starbase, Texas on May 22, 2026 at 5:30 p.m. CT. Flight 13 lifted off from Starbase, Texas on July 24, 2026 at 5:51 p.m. CT, and briefly let go of its first 20 improved Starlink internet satellites in suborbital space. SpaceX had also aimed for July 23, 2026 for a launch try. So far, all the test loads have stayed suborbital.

For context on that history, the pace is fast for a big rocket.

Constellation arithmetic

Starlink now has more than 11,000 satellites working in orbit, based on reports dated September 28, 2026. That total includes 552 Starlink satellites launched since July 2nd.

The broader context here is size. At that pace, success depends on how many satellites each rocket can carry and how fast rockets can fly again to build working groups in orbit.

Amazon Leo is smaller and faces a deadline. It has 396 satellites launched in total. It plans 3,232 satellites. It got extra time from the FCC, the agency that sets communications rules, to launch half of them. Its last successful launch put up 29 satellites on a ULA Atlas V rocket on July 2nd.

Amazon bought more rides to space. It ordered six more Ariane 64 rockets from Arianespace. That raised its total orders from 18 to 24 launches.

In my view, the exact number is less important than the reason. Leo needs several different rockets to stay on schedule to meet its required deadline, not just one.

That need is greater because two rockets are not flying now. Blue Origin's New Glenn has been grounded since its only launchpad was destroyed in May. ULA's Vulcan has been grounded by the U.S. Space Force since February 2026 after a problem with its booster that is still under study. Both groundings were described in the same September 28, 2026 report with the Starlink and Leo numbers The Verge.

The broader context here is a traffic jam in rockets, not satellites. Companies can build satellites faster than rockets can launch them when delays hit. When Vulcan and New Glenn are down, Atlas V, Ariane 6 versions, and Starship must carry more of the near term load. That raises timing risk for anyone without a rocket that flies often.

In my view, Flight 14 is best seen as a delivery test, not just a rocket test. Big rockets often fly empty or with fake weight. Flying with 26 real satellites changes the risk. Success would show Starship can deliver the V3 design. Failure during launch or release would lose both the test rocket and the satellites. That is the trade SpaceX seems willing to make to deploy V3 faster.

Looking ahead for businesses that depend on internet from space, the key point is what an orbital Starship would allow if the license and flight go well. A reusable rocket that can carry more than 100 metric tonnes to orbit would lower the cost and time to keep up an 11,000 satellite network and to build a 3,232 satellite rival. It would not fix ground stations, radio rules, or space debris. It would move weight to orbit faster, where the business plans need it. That matters more than the show of the launch itself.