SpaceX plans Texas blade factory to fix AI data center power
SpaceX is laying groundwork for a gas turbine blade and vane foundry in Bastrop, Texas, according to an exclusive report from The Information. Elon Musk confirmed the move on X, saying in-house blade casting could accelerate gas turbine deployment by up to 18 months as AI data centers face a global power crunch.
The August 30 report describes vertical integration aimed at the scarcest link in the turbine supply chain. Gas turbine blades and vanes must survive extreme heat far above the melting point of their alloys, and only a handful of global foundries can cast them. Backlogs for major manufacturers now stretch toward 2030, slowing the electricity buildout that AI infrastructure needs.
Key Takeaways
- SpaceX is preparing a blade and vane foundry in Bastrop, Texas, to supply its AI data center power push.
- Musk says in-house blade production could cut gas turbine commissioning timelines by up to 18 months.
- Only four foundries worldwide can cast these high-temperature components, with orders booked into 2030.
- The same facility may also produce Raptor rocket engine turbopump castings, per Morgan Stanley.
- Musk is securing transitional gigawatt-scale turbine power while the foundry ramps up.
Why Is SpaceX Building Its Own Turbine Blades?
Musk has framed blades and vanes as the limiting factor for faster turbine delivery. In a February podcast cited in reporting on the plan, he warned that current production may not supply enough electricity for all AI chips being built.
Morgan Stanley analyst Adam Jonas corroborated the foundry strategy, noting the facility would also produce castings for Raptor rocket engine turbopumps. The same alloys, furnaces, and skilled workers could serve both aerospace and data center power needs, spreading fixed costs across both businesses.
Where Will the Blade Factory Be Built?
SpaceX already operates industrial facilities in Bastrop, roughly 30 miles from Austin, including Starlink-related operations. Research cited in the reporting indicates the company purchased about 830 acres nearby between March and June, and satellite imagery shows two new buildings adjacent to the Starlink site appeared by July.
Job postings seek engineers for construction and ramp-up of the blades and vanes foundry, including roles tied to an industrial gas turbine blade and vane manufacturing line. However, no permits or construction filings for the foundry have appeared in Texas environmental or building records yet.
Can Musk Bridge the Gap Before the Foundry Opens?
Before in-house blade capacity arrives, Musk is pursuing transitional gigawatt-scale power. Reporting cites his acquisition of mobile turbine supplier APR Energy from Fortress Investment Group, with a fleet of roughly 1 GW, and possible procurement from FTAI Aviation.
Morgan Stanley estimates Musk could secure about 3 to 4 GW of electricity by the end of 2027 through procurement agreements. Musk also said SpaceX and Tesla are each building solar production capacity of 100 GW per year as fast as possible, while noting natural gas will remain necessary to supplement solar for years.
What Are the Risks and Industry Reactions?
The push to unlock more fossil-fuel generation has drawn climate scrutiny. BloombergNEF estimates that if planned off-grid natural gas projects for data centers proceed, U.S. carbon dioxide emissions could rise 20 percent. That figure does not yet include Musk's latest plans but already accounts for 2 GW of off-grid natural gas capacity scheduled at xAI's Memphis-area data center by year-end.
SemiAnalysis founder Dylan Patel expressed confidence Musk can execute, while clean-energy entrepreneur Jigar Shah pushed back skeptically on infrastructure expertise. Observers also question whether SpaceX can replicate casting processes that industry leaders like Precision Castparts have refined over decades. For more on Musk-led infrastructure bets, follow our Celebrity Breaking News coverage. Read the original reporting at The Information.