SpaceX

SpaceX Falcon 9 flies for the 35th time, delivering 29 Starlink satellites to orbit

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SpaceX Falcon 9 flies for the 35th time, delivering 29 Starlink satellites to orbit
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This article was produced with AI assistance and editorially curated from public sources.

Launch overview

On the evening of July 10, SpaceX launched a Falcon 9 rocket from its Florida launch complex. This flight marked the 35th use of the same launch vehicle, which has been repeatedly refurbished since its inaugural flight in 2010.

Mission payload

The mission carried 29 Starlink satellites, part of SpaceX’s broadband constellation intended to provide global internet coverage. All satellites were placed into low‑Earth orbit, where they will be distributed across several orbital shells to ensure worldwide service.

Technical details

The Falcon 9 employed its first and second stages as usual, with the first stage successfully returning to Earth and landing on an autonomous drone ship in the Atlantic Ocean. Reusing the booster helps lower launch costs and supports more sustainable space operations.

Impact on the Starlink network

Each additional satellite expands the capacity and redundancy of the Starlink constellation. This launch further increases the total number of operational Starlink satellites, enhancing the robustness of the global internet service.

Future launches

SpaceX has a schedule of additional launches planned for the remainder of the year, aiming to reach a constellation size of several thousand satellites. Continued reliance on reusable launch vehicles remains a cornerstone of the company’s strategy.

Frequently asked questions

Wie oft wurde die Falcon 9 bereits wiederverwendet?

Die Rakete wurde mit diesem Flug zum 35. Mal gestartet, wobei die erste Stufe bereits mehrfach zurückgeflogen und gelandet ist.

Wie viele Starlink‑Satelliten wurden bei diesem Start eingesetzt?

Bei diesem Start wurden 29 Starlink‑Satelliten in die niedrige Erdumlaufbahn gebracht.

Welchen Nutzen hat die Wiederverwendung der ersten Stufe?

Durch die Wiederverwendung wird der Preis pro Start reduziert und die Umweltbelastung der Raumfahrt verringert.