Starship Flight 13: Starlink V3 Debut & Soft Splashdown

Last updated July 25, 2026. SpaceX Starship Flight 13 launched on July 24, 2026, succeeding on its primary objectives and deploying the first real Starlink V3 satellites into space. The suborbital mission concluded with the softest Starship splashdown yet in the Indian Ocean, marking a historic leap for the aerospace company. This 13th flight test of the SpaceX Starship, and the second flight of the Starship V3 configuration, utilized Super Heavy Booster 20 (B20) and Ship 40 (S40), standing approximately 407 feet tall at Orbital Launch Pad 2, SpaceX Starbase, Texas. By successfully demonstrating satellite deployment, in-space relight, and a controlled reentry, SpaceX has proven the core capabilities required for future operational and lunar missions.

The road to the launch pad: The journey to this successful suborbital flight was not without its hurdles. The FAA officially closed the Flight 12 mishap investigation on July 13, 2026, clearing Flight 13 for liftoff. The first launch attempt on July 16, 2026, was aborted automatically at T-0 when four Raptor engines failed to reach acceptable start parameters due to oxygen turbopump issues, leading Elon Musk to confirm that two Raptors were removed and replaced. A second attempt on July 23 was scrubbed due to weather from Tropical Storm Bertha. Finally, following a successful full-duration 33-engine static fire by Booster 20 on July 10, the vehicle was ready to take to the skies for a mission lasting just over one hour and covering a distance of more than 10,000 miles.

• Liftoff Timing – The rocket launched exactly at 5:51 p.m. CDT / 22:51 UTC on July 24, 2026.
• Payload Deployment – 20 operational Starlink V3 satellites were released into space via the Pez Dispenser.
• Splashdown Timing – Ship 40 completed its soft splashdown in the Indian Ocean approximately 65.5 minutes after liftoff.

What Happened on Starship Flight 13?

The ascent phase: As the countdown reached zero, all 33 Raptor 3 engines ignited at liftoff, generating a staggering 18 million pounds of thrust. The massive 407-foot vehicle cleared the launch tower at Starbase, Texas, illuminating the dark coastal sky while the water deluge system protected the orbital launch mount. Approximately two minutes into the suborbital flight, the vehicle successfully executed its hot-staging separation sequence. Ship 40 then ignited its six Raptor engines and completed a flawless, full-duration ascent burn to reach its targeted trajectory.

The boostback maneuver: Following stage separation, Super Heavy Booster 20 performed a complex directional flip to orient itself for the return journey. During the high-thrust portion of the boostback burn, the booster successfully decelerated and reversed its course back toward the Gulf of Mexico. This dynamic maneuver is a critical step in shedding velocity before the massive stainless-steel booster hits the dense lower atmosphere, setting it up for its final descent phase.

Starlink V3 Satellites Fly for the First Time

Deploying the payload: The absolute headline of Starship Flight 13 was the successful deployment of 20 operational Starlink V3 satellites. Using a unique deployment mechanism affectionately nicknamed the 'Pez Dispenser,' Ship 40 released its cargo into space. This marks the very first time Starship has deployed functioning payloads; all six previous attempts utilizing a payload door had carried mass simulators or dummy satellites. SpaceX quickly established contact with all 20 satellites via both radio frequency and laser links, successfully downloading key telemetry data.

• Unprecedented Speeds – Downlink speeds up to 1 terabit per second per satellite, a major jump over the V2 Mini.
• Direct-to-Device Upgrades – Enhanced connectivity designed to beam service directly to unmodified smartphones.
• Onboard Cameras – 6 of the 20 satellites carried specialized camera suites to image Starship's heat shield and transmit that imagery back to Earth.

Why volume matters: The new V3 satellites are significantly heavier and larger than their predecessors. Starship is currently the only launch vehicle in the world with the payload volume necessary to carry them, as even the workhorse Falcon 9 cannot accommodate their massive size. This is why the successful deployment on Starship Flight 13 matters strategically for SpaceX's internet constellation. The 1 Tbps speed capability will revolutionize global broadband, making the Starlink V3 vs V2 speed comparison a generational leap.

In-space relight success: Beyond the satellite deployment, Ship 40 successfully relit a single Raptor engine in space for approximately 14 seconds. This capability, which failed during Flight 12, is absolutely essential for future orbital missions and complex maneuvering. By proving the in-space relight works, SpaceX has unlocked the door to more ambitious flight profiles, precise satellite delivery orbits, and eventual deep-space trajectories.

The Softest Splashdown Yet

Surviving reentry: The second major headline of Starship Flight 13 was the Ship's return to Earth. Plunging through the atmosphere, Ship 40 performed a dynamic banking maneuver designed to mimic future return trajectories to Starbase. It guided itself precisely to the target zone using its four aerodynamic flaps, steering toward a network of buoys fitted with Starlink terminals to capture the final moments of the flight and provide uninterrupted video feeds of the plasma envelope during the hypersonic descent.

An intact water landing: The vehicle completed its landing flip and landing burn, resulting in a soft splashdown in the Indian Ocean. Remarkably, the vehicle came to rest intact and floated on the surface, continuing to return high-definition imagery. This gave SpaceX its first-ever views of an intact heat shield after splashdown, a stark contrast with prior flights that ended in explosion or breakup. The heat-scarred black tiles held up against the extreme thermal environment.

What Went Wrong

Booster landing challenges: While the Ship's performance was flawless, the booster's return was only a partial success. Super Heavy Booster 20 aimed for a controlled splashdown in the Gulf of Mexico (which SpaceX often playfully refers to as the Gulf of America). However, during the final descent phase, not all of the Raptor engines required for the landing burn ignited as planned.

The outcome: As a result of the engine ignition failure, the booster hit the water at a higher speed than planned. Despite this rougher-than-expected impact, it was still a major improvement over Flight 12, where the booster tumbled uncontrollably before hitting the ocean. SpaceX engineers will analyze the telemetry to refine the landing burn sequence for upcoming test flights.

How Flight 13 Fixed Flight 12's Failures

Overcoming past hurdles: The root causes of the Flight 12 mishap included heat effects on propulsion system components during ascent and erroneous engine alarm system settings. Flight 13 implemented extensive hardware and software upgrades to address these vulnerabilities, notably replacing two Raptors after the July 16 abort, proving the effectiveness of SpaceX's rapid iterative design process.

Reactions from the team: The relief and excitement were palpable. Dan Huot, SpaceX spokesperson, called it the softest splashdown they have ever had with a Starship in the Indian Ocean, and described it as a dream scenario for the heat-shield data team. Adding to the sentiment, SpaceX engineer Kate Tice referred to the mission as 'lucky flight 13.'

What Starship Flight 13 Means for NASA's Artemis Moon Missions

Looking toward the Moon: NASA closely monitored the flight, as Starship is the designated Human Landing System for Artemis Moon missions. An intact splashdown proves the vehicle can survive the extreme thermal and aerodynamic stresses of reentry. A crucial NASA-related Starship test flight is scheduled for next year to demonstrate the transfer of cryogenic propellants in orbit, and proving these foundational capabilities now is vital for the safety of future astronauts.

When Did Starship Flight 13 Launch in India?

For our Indian readers: Liftoff occurred at exactly 4:21 AM IST on Saturday, July 25, 2026. This monumental launch serves as a major inspiration ahead of celebrations for India's National Space Day and the Chandrayaan-3 legacy, highlighting the increasingly global and collaborative nature of modern space exploration.

The road ahead: The success of satellite deployment, in-space relight, and controlled reentry are the three capabilities that gate progress toward operational and lunar missions. As we look forward to more global and domestic milestones, such as India's first private orbital rocket, you can explore more deep-dive analyses in our research publications. For official mission data, visit the SpaceX official mission page, the NASA Artemis page, or read the latest SpaceNews coverage.