Starlink V3 Clears Its First Space Test—and Captures Starship in Flight

Starlink’s first V3 test satellites did a lot more than slip out of Starship’s payload bay.

In a roughly 20-minute sprint above Earth, the spacecraft unfolded their solar arrays, fired their thrusters, connected with the wider Starlink network by radio and laser, and sent back images of Starship.

That is an impressive list for hardware getting its first real taste of space.

The 20 test satellites rode aboard Starship Flight 13 on July 24. They were intentionally sent along suborbital paths, giving SpaceX only a short window to prove the deployment system and wake up the hardware before the satellites reentered the atmosphere.

Starlink confirmed the results Thursday afternoon.

The first Starlink V3 satellites in space successfully deployed their solar arrays, fired their thrusters, established connections with the Starlink constellation using radio frequencies and laser links, and captured imagery of Starship pic.twitter.com/Ro8MRXFu08

— Starlink (@Starlink) July 30, 2026

The Associated Press reports that SpaceX made contact with every satellite and downloaded data from each one before reentry. Six of the spacecraft carried cameras, which photographed Starship’s heat shield and sent the images home during the test.

The 20 spacecraft emerged one by one about 124 miles above Earth, then followed planned suborbital paths into the atmosphere. That gave engineers roughly 20 minutes to verify the hardware instead of the days or weeks available during a normal orbital checkout.

The spacecraft were not joining the operational constellation. They were flying a compressed checkout designed to answer the most important early questions fast.

Could Starship deploy them cleanly, and could the arrays open? Could the satellites maneuver, talk to the existing network and send useful data home?

The answer across that checklist was yes.

Those are not flashy demo tricks. They are the basic chain that has to work before SpaceX can begin launching V3 satellites at operational scale.

AP’s mission account says Starship released the spacecraft one by one about 124 miles above Earth. The satellites had only about 20 minutes to complete their work before the planned suborbital paths carried them into the atmosphere.

That short window raises the value of every clean result. SpaceX was able to verify deployment, power, propulsion, communications and imagery in one compressed run instead of waiting for a later operational mission to expose an early hardware problem.

Starlink says each V3 satellite is designed for 1 terabit per second of downlink capacity and 160 gigabits per second of uplink capacity. The new phased arrays support 2,048 transmit-and-receive beams, while six 400-gigabit space lasers are designed to move traffic through a redundant petabit-scale mesh in orbit.

That is a massive jump from the current generation.

Starlink says its next-generation beamformer chips make the greater beam count and data density possible. The six optical links on each spacecraft are built to keep traffic moving along redundant paths through the constellation instead of depending on a single route.

The same V3 technology is also intended to support Starlink Mobile Gen 2, which the company says will bring LTE-level service directly to ordinary phones. That turns this short hardware test into an early check on technology meant to serve both fixed broadband and direct-to-cell connections.

Starship is the other half of the equation. SpaceX designed the ship to carry up to 60 V3 satellites at a time.

At full scale, Starlink says one launch could add more than 60 terabits per second of downlink capacity to the constellation.

Elon Musk did not bury his reaction.

Starlink V3 is a gamechanger https://t.co/ejn1mXf4xA

— Elon Musk (@elonmusk) July 30, 2026

The clean result looks even better against that 20-minute clock.

The payload dispenser was only the first step. Engineers tested the entire opening act of a future operational mission—from mechanical deployment to power, propulsion, radio, optical links and telemetry.

Flight 13 already looked like a big Starship step because the ship completed its best reentry and softest Indian Ocean splashdown yet. This update adds another layer: the payload itself worked through its planned sequence, too.

The test satellites are gone. The data is not.

And if those results translate into repeatable operational launches, Starship and Starlink V3 could become the combination that changes the scale of satellite broadband all over again.