SpaceX

SpaceX fires all 33 Super Heavy engines ahead of potential Flight 13 launch

1 min read
SpaceX fires all 33 Super Heavy engines ahead of potential Flight 13 launch
AI-generated illustration
This article was produced with AI assistance and editorially curated from public sources.

Complete engine test of the Super Heavy booster

SpaceX performed a static fire in which all 33 Raptor engines of the Super Heavy booster were ignited simultaneously. The test aimed to verify the performance and integration of the engines before the booster is used for the next Starship mission.

Outlook for the upcoming flight

The booster under test is slated for Flight 13, which could lift off as early as next week. The launch would again showcase the system’s capability to deliver heavy payloads to orbit and beyond.

Technical aspects of the test

During the firing, the engines operated at full thrust for several seconds, allowing engineers to record temperature, pressure and vibration data. These measurements are now being analyzed to identify any refinements needed for future flights.

Implications for the Starship program

The successful test reinforces confidence in the reusability of the Super Heavy first stage, a cornerstone of the two‑stage Starship architecture. A reliable booster is essential for upcoming lunar and Martian missions.

Frequently asked questions

Was wurde bei dem Test genau geprüft?

Alle 33 Raptor‑Motoren wurden gleichzeitig gezündet und ihre Leistungsdaten wie Temperatur und Druck wurden aufgezeichnet.

Wann könnte der nächste Start stattfinden?

Der Start von Flight 13 ist für die kommende Woche vorgesehen, abhängig von den Testergebnissen und Wetterbedingungen.

Warum ist der Super Heavy Booster wichtig für das Starship‑Programm?

Er bildet die erste Stufe des zweistufigen Starship‑Systems und muss schwere Lasten in den Orbit bringen, bevor das zweite Stadium die Mission zum Mond oder Mars fortsetzt.