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Starship’s 12th Flight Delivers 20 Satellites Into Orbit for SpaceX

Дванадцятий політ Starship успішно вивів на орбіту двадцять супутників для компанії SpaceX. Photo: НВ — Техно

SpaceX Achieves Another Successful Launch

On May 22, 2026, SpaceX completed its 12th test flight of the Super Heavy rocket paired with the Starship spacecraft. The mission lasted roughly 65 minutes and saw the vehicle place 20 Starlink satellite simulators into orbit, along with additional data-relay satellites. A controlled splashdown occurred in the Indian Ocean, while the Super Heavy booster touched down in the Gulf of Mexico approximately six minutes after liftoff.

The Super Heavy rocket launched at 5:30 p.m. Central Time—equivalent to 12:30 a.m. on May 23 in Kyiv—from the Starbase facility in Texas, USA. The upgraded Starship spacecraft showcased its capabilities, though the flight experienced the loss of one of its six engines.

Why This Launch Matters

This mission marks a major milestone for SpaceX, as the debut of the enhanced Starship came just three weeks before the company’s anticipated initial public offering, which is expected to exceed $1 trillion. These achievements continue to solidify SpaceX’s leadership in the space industry.

The successful Super Heavy and Starship launch underscores SpaceX’s progress in developing and testing cutting-edge technology—critical for its ambitious goals of Mars colonization and building a global Starlink satellite network. While the loss of one engine during flight highlights the need for further refinements, the controlled splashdown demonstrates the system’s growing reliability.

SpaceX’s upcoming public stock offering could provide crucial funding for future missions and projects, marking a pivotal step in the company’s evolution.

As SpaceX continues to push the boundaries of space exploration, the recent launch highlights the company's resilience in overcoming challenges. This follows a recent incident where technical issues led to the postponement of the Starship V3 test flight, emphasizing the complexities involved in developing advanced rocket technology. Such setbacks are part of the iterative process that ultimately enhances future missions.