SpaceX Builds 100GW-Backed Turbine Blade Foundry, Targeting 18-Month AI Power Gains
Updated
Updated · TechCrunch · Aug 30
SpaceX Builds 100GW-Backed Turbine Blade Foundry, Targeting 18-Month AI Power Gains
3 articles · Updated · TechCrunch · Aug 30
Summary
Bastrop, Texas, is the site of a secret SpaceX foundry Musk said will cast natural-gas turbine blades and vanes in-house, aiming to bring new turbine capacity online up to 18 months faster.
Just four companies can make these single-crystal parts at industrial scale, and all are effectively sold out through 2030 as AI-driven data-center power demand surges.
100GW a year of solar capacity at SpaceX and Tesla still will not cover near-term needs, Musk said, making gas a stopgap as hyperscalers increasingly build private gas plants beside data centers.
Memphis already shows the tradeoff: NAACP complaints and local research have tied turbines serving SpaceXAI's Colossus site to added pollution, while a Virginia study estimated one eight-turbine facility could cause 3.4 to 6.5 premature deaths annually.
Will Elon Musk's risky move to build gas-turbine parts in-house revolutionize AI infrastructure, or trigger a massive environmental backlash?
Why is a space exploration company suddenly racing to manufacture the world's most difficult power plant components for AI data centers?
SpaceX’s Bastrop Foundry and the $119B Terafab: The High-Stakes Battle to Power AI with Gas, Chips, and Solar
Overview
The explosive growth of AI data centers has triggered a global power crisis, with public electrical grids facing long delays and gas turbine prices soaring. To overcome this, Elon Musk’s SpaceX is building a specialized foundry in Bastrop, Texas, to manufacture critical turbine blades and vanes in-house, bypassing a global supply bottleneck controlled by just four companies. This vertical integration allows SpaceX to accelerate turbine deployment by up to 18 months, ensuring reliable power for massive projects like the Terafab semiconductor facility, which will be self-powered by on-site natural gas plants. However, the rapid push faces regulatory and environmental challenges, highlighting the tension between speed, compliance, and sustainability.