SpaceX

SpaceX signs third large‑scale compute deal for Colossus data centre

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SpaceX signs third large‑scale compute deal for Colossus data centre
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New agreement for the Colossus‑2 data centre

SpaceX announced that it has finalized a third substantial compute contract, granting the AI start‑up Reflection AI immediate access to the latest NVIDIA GB300 chips housed at the Colossus‑2 facility in Southaven, Tennessee.

Financial terms

In return, Reflection AI will remit $150 million each month to SpaceX beginning on 1 July. While the overall duration has not been disclosed, the total value is expected to run into the billions of dollars.

Implications for AI and aerospace

The deal highlights the growing relevance of high‑performance computing for artificial‑intelligence development and demonstrates SpaceX’s move to monetize its data‑centre capacity for external customers. The NVIDIA GB300 chips, known for their speed and energy efficiency, will enable Reflection AI to accelerate model training and scaling.

Strategic shift at SpaceX

Beyond launch services, SpaceX is expanding its business model by leveraging the power infrastructure and cooling systems originally built for its Starlink satellite network. This third contract signals rising demand for the capabilities offered by the Colossus complex.

Future outlook

Industry analysts anticipate that additional technology firms will explore similar agreements with SpaceX to tap into its robust hardware and scalable environment. Success of the initiative could also spur the creation of new AI applications within the space sector.

Frequently asked questions

Wie hoch ist die monatliche Zahlung von Reflection AI an SpaceX?

150 Millionen US‑Dollar pro Monat ab dem 1. Juli.

Welche Hardware wird im Rahmen des Vertrags bereitgestellt?

NVIDIA‑GB300‑Chips, die im Colossus‑2‑Rechenzentrum installiert sind.

Warum ist der Deal für SpaceX strategisch wichtig?

Er erweitert das Geschäftsmodell von SpaceX über den Raketenstart hinaus und nutzt die vorhandene Infrastruktur für Hochleistungsrechnen.