Terafab
Terafab
The most epic chip-building effort ever
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Terafab will close the gap between today's chip production and the future's demand —<br>a future among the stars.
The Kardashev Scale
We aspire to be a galactic civilization
Type IHarness all of the energy on a planet
Type IIHarness all of the energy from a star
Type IIIHarness all of the energy in a galaxy
Earth
Harnessing the power of the Sun
Maximize utilization of the Sun's energy
Produce AI chips at scale
Unlock interplanetary travel
Delivered 8 M+ vehicles to date
Launched AI-based camera-only unsupervised self-driving vehicles
Designed Tesla Optimus to support large-scale production
Delivered 109 GWh+ of energy storage globally
Built global Gigafactories in record time
Built the first and only lithium refinery in the U.S.
Developed first reusable rockets
Returned human spaceflight capabilities to the U.S.
Launches 90% of global mass to orbit
Built first GW-scale AI training cluster
Created largest coherent supercomputer
Operates world's largest space-based internet network
Built largest PCB manufacturing site in the U.S.
Flies world's most powerful rocket ever
Only company capable of building orbital AI compute at scale
A chip factory built for Earth and orbit
Combining logic, memory, and advanced packaging all under one roof
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1 Billion<br>Tesla Optimus robots to do the work
10 Million<br>Tons of mass/year launched into orbit
1 TW+<br>Solar power needed
Tesla Optimus<br>AI1<br>Starship V3
10,000,000 ft²<br>Tesla Gigafactory, TX
100,000,000 ft²<br>Terafab
Terafab output<br>1 TW/Year
Current annual U.S. consumption<br>.5 TW
AI5 Powering FSD & Tesla Optimus
AI6 Powering Tesla Optimus
D3 Powering Space
…and Beyond
Orbital compute
Space: the only truly scalable solution for the future of AI
Cost of compute on Earth
Power build<br>Permitting<br>Operating costs<br>Land<br>Energy costs<br>Infrastructure<br>Cooling
Cost of compute in space
Launch cost<br>Operating costs<br>Satellite build<br>Infrastructure
The next step: lunar mass drivers
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