SpaceX runs back-to-back Starlink missions and a rare public Starshield launch

A busy stretch

SpaceX flew a rapid series of Falcon 9 missions in the first week of June 2026. On June 3, a Falcon 9 launched 24 Starlink satellites from Vandenberg Space Force Base in California. The same day, a Starlink mission with 29 satellites, designated Starlink 10-43, was scheduled from pad 40 at Cape Canaveral, Florida. Coverage said it launched at sunrise after a weather scrub.

The June 6 Starshield launch

On Saturday, June 6, at 9:24 p.m. Pacific time, a Falcon 9 lifted off from pad 4E at Vandenberg on the Starlink 17-43 mission. It carried 21 Starlink satellites and two Starshield satellites. This matters because SpaceX normally does not publicize Starshield payloads. Starshield is the government-focused version of Starlink, built for national security customers, and the company confirmed the two satellites publicly, which observers called a rare disclosure.

The Starshield satellites flew with an ordinary Starlink batch, not on a separate dedicated launch.

What we could not confirm

Some reports cited a possible 200th landing on the droneship Of Course I Still Love You and a recovery total of 618 boosters. Searches of launch coverage did not confirm either milestone, and no source confirmed a separate June 4 Florida launch, so those details are not repeated here. Check Spaceflight Now's June 2026 archive for exact mission numbers and booster landings.

Why the cadence matters

• Constellation upkeep. Starlink needs frequent launches to add capacity and replace satellites at end of life.
• Reuse. Falcon 9 boosters fly again and again, which keeps cost per launch low.
• Defense work. SpaceX is a growing supplier to government customers, including the satellite tracking contract covered in our report on the Space Force's $4.16 billion award.

For another milestone count, see our story on the 50th Starlink mission of the year.

What to watch

Watch whether SpaceX discloses more Starshield rideshares, how the launch rate holds up, and how orbital congestion debates develop as the network grows.