Starlink Group 10-38: Falcon 9 Launch Recap (1 May 2026)

What happened?

SpaceX successfully launched the Starlink Group 10-38 mission on a Falcon 9 Block 5 rocket from Space Launch Complex 40 at Cape Canaveral Space Force Station, Florida, on 1 May 2026 at 18:06:10 UTC. The mission delivered another batch of Starlink internet satellites to low Earth orbit, adding to SpaceX's growing broadband constellation.

Starlink is SpaceX's satellite internet network, designed to provide high-speed, low-latency broadband to users worldwide from a constellation now numbering over 7,000 operational spacecraft. The Falcon 9 Block 5 is a two-stage, partially reusable orbital rocket standing 70 meters tall and capable of lofting roughly 22,800 kg to low Earth orbit in reusable configuration.

Did the launch succeed?

Yes. According to SpaceX, the mission was a success. The Falcon 9 first stage powered the vehicle through the initial phase of flight before separating and returning for a landing on one of SpaceX's autonomous droneships stationed in the Atlantic Ocean, while the second stage continued to orbit to deploy the Starlink satellites.

When did it launch?

Liftoff occurred at 18:06:10 UTC on 1 May 2026 from SLC-40, one of SpaceX's two primary Florida launch pads. The pad has hosted hundreds of Falcon 9 flights and is a workhorse for the company's high-cadence Starlink deployment campaign.

What was the payload?

The payload was a stack of Starlink v2 Mini satellites bound for low Earth orbit. These spacecraft operate at altitudes of roughly 550 km and use onboard krypton-powered ion thrusters to raise themselves to their operational shells after deployment. Each Falcon 9 Starlink mission typically carries between 20 and 28 satellites depending on the version and orbital plane, expanding the network's global coverage and capacity.

The "Group 10-38" designation identifies the specific orbital shell and sequence within SpaceX's deployment plan. Once operational, these satellites join a fleet that delivers broadband to millions of subscribers across more than 100 countries, according to SpaceX. You can follow the newly deployed spacecraft on our Starlink tracker and watch the freshly launched batch pass overhead as a Starlink train.

How does booster reuse work?

The Falcon 9 Block 5 was engineered for rapid reusability, with SpaceX designing individual boosters to fly many times. After stage separation, the first stage performed a boostback and re-entry burn before a propulsive landing on a droneship downrange in the Atlantic. Booster recovery is central to SpaceX's economics, allowing the company to sustain a launch cadence unmatched in the industry, with well over 100 Falcon 9 flights per year in recent campaigns.

Why do these launches matter?

Starlink missions like Group 10-38 are the backbone of SpaceX's dominance in orbital launch. Each flight incrementally increases network bandwidth, adds redundancy, and replaces older satellites as they de-orbit at the end of their service lives. The constellation is the largest ever built, and routine dedicated launches keep it growing.

For context on the broader launch market and upcoming missions, see our full rocket launch schedule and the dedicated SpaceX launch hub. You can also browse recent coverage on our launch news feed.

How to track the satellites

The deployed Starlink satellites are visible on Cosmik's live 3D solar system and satellite map, where you can see their orbits update in real time. Newly launched batches are often visible to the naked eye shortly after deployment, appearing as a bright "train" of lights crossing the night sky. Learn more in our guide on how to track satellites.

Launch data for this mission is sourced from the Launch Library 2 API. Background on the vehicle and operator is available via Falcon 9, Starlink, and SpaceX on Wikipedia.

Follow the next launch live

Track the Starlink Group 10-38 satellites and every other object in orbit on Cosmik's live 3D map, and enable free launch alerts so you never miss the next Falcon 9 liftoff from Cape Canaveral.