Colossus 1 (Memphis)

Operating at 300+ MW with 220,000+ NVIDIA GPUs. Fully leased to Anthropic ($1.25B/month through May 2029) with additional capacity ramping for Google ($920M/month, ~110,000 GPUs, October 2026 through June 2029). Colossus 2, the separate Blackwell/Blackwell-Ultra-generation follow-on system nearby in Memphis, moved from under-construction to operational on September 3, 2026 and was reported as the world's largest AI data center by IT power capacity (roughly 946 MW, with Epoch AI estimating around 1.1 million H100-equivalent compute units, en route to a reported ~1,531 MW in early 2027); it hosts the separate Reflection AI compute deal disclosed in June 2026. Reverified in early September 2026: Colossus 1's own capacity and its Anthropic/Google contract terms are unchanged.

NVIDIA GPUs

220,000+

Power Capacity

300+ MW

Anthropic Contract

$1.25B/month through May 2029

Google Contract

$920M/month from Oct 2026 through Jun 2029

~110,000 GPUs

Disclosed Aggregate Contract Value

$70B+

Colossus 1 only: Anthropic + Google. SpaceX's total disclosed AI-compute backlog across both Colossus facilities, including Reflection AI's Colossus 2 deal, is $80B+ - see the company-level Disclosed AI Compute Backlog keyMetric

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1. Jun 62026

   SpaceX inks $30B Google AI compute deal ahead of IPO

   SpaceX disclosed in an amended S-1 on June 5 that Alphabet's Google will pay it $920 million per month from October 2026 through June 2029 - about $30 billion - for roughly 110,000 NVIDIA GPUs, CPUs, memory, and related infrastructure routed through its Memphis Colossus 1 data center. Coming on top of a separate $1.25B/month Anthropic pact unveiled May 6 for the full ~220,000-GPU, 300 MW Colossus 1 capacity, the deal lifts SpaceX's disclosed AI-compute backlog to more than $70 billion and reframes the post-xAI-merger company as a major AI hyperscaler days before its planned June 12 Nasdaq debut under ticker SPCX.

   Bloomberg ↗TechCrunch ↗CNBC ↗

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  Active

  Falcon 9

  Partially reusable two-stage medium-lift launch vehicle. The world's most frequently launched orbital rocket.

  Payload to LEO

  22,800 kg (expendable)

  Payload to GTO

  8,300 kg (expendable)

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  Active

  Falcon Heavy

  Heavy-lift launch vehicle consisting of a strengthened Falcon 9 core with two additional boosters.

  Payload to LEO

  63,800 kg

  Payload to GTO

  26,700 kg

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  Active

  Dragon

  Reusable spacecraft for cargo and crew transport to the International Space Station.

  Crew Capacity

  Up to 7

  Cargo Capacity (pressurized)

  6,000 kg

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  In Development

  Starship

  Fully reusable super-heavy-lift launch system designed for missions to the Moon, Mars, and beyond. V3 (Block 3) variant with Raptor 3 engines is the production version.

  Payload to LEO

  100–150 t

  Height

  121 m (397 ft)

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  Active

  Electron

  Rocket Lab

  Small-lift, two-stage orbital launch vehicle for dedicated and rideshare small-satellite missions.

  Payload to LEO

  300 kg (660 lb)

  Height

  18 m (59 ft)

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  In Development

  Neutron

  Rocket Lab

  Medium-lift reusable rocket under development for mega-constellation deployment, national-security, and human spaceflight.

  Payload to LEO

  13,000 kg

  Height

  43 m (141 ft)

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  Active

  Photon

  Rocket Lab

  Versatile satellite bus and spacecraft platform for missions to the Moon and beyond.

  Missions Completed

  5+

  Notable Mission

  NASA CAPSTONE (lunar)

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  Active

  HASTE

  Rocket Lab

  Suborbital launch vehicle derived from Electron, designed for hypersonic testing and defense applications.

  Payload Mass

  ~700 kg / 1,540 lb

  Top Speed

  Mach 5+