SpaceX Plans 8-Mile Starpipe Gas Line for Starbase as Starship Burns 630,000 Gallons a Launch
Updated
Updated · OilPrice.com · Jun 25
SpaceX Plans 8-Mile Starpipe Gas Line for Starbase as Starship Burns 630,000 Gallons a Launch
3 articles · Updated · OilPrice.com · Jun 25
Summary
Construction on SpaceX’s eight-mile “Starpipe” pipeline is set to start next month in South Texas, with the line targeted to supply Starbase by January.
630,000 gallons of liquid methane are burned in each Starship launch, and SpaceX now relies on hundreds of tanker-truck deliveries—a setup ill-suited to plans for hundreds or thousands of launches a year.
Engineering filings also show SpaceX wants a liquefaction plant at Starbase to turn pipeline gas into liquid methane on-site, tightening control over a key part of its fuel chain.
Gwynne Shotwell said the company is also evaluating drilling its own natural gas in Texas; Reuters said SpaceX has signed more than 100 oil and gas leases there since 2023.
The move extends Elon Musk’s vertical-integration strategy beyond rockets and satellites, linking commercial spaceflight to a broader scramble for reliable natural-gas supplies.
Is SpaceX becoming an energy company that also happens to launch rockets?
Will tomorrow's tech giants need to become energy companies just to operate?
SpaceX’s Starpipe: Fueling 25+ Starship Launches a Year and the Transformation of Starbase
Overview
The Starpipe project is a major infrastructure upgrade for SpaceX, designed to strengthen operations at Starbase and support its long-term goals. Starting at the Port of Brownsville, the pipeline will deliver gas directly to Starbase, where SpaceX is building a large facility to turn this gas into liquid methane—a crucial fuel for Starship rockets. This new system will replace the current method of trucking in liquid propellants, making fuel delivery more efficient and reliable. By controlling its own fuel supply, SpaceX aims to boost launch frequency, reduce costs, and ensure steady support for its expanding space missions.