SpaceX Invests Over $15 Bn In Starship For Reusable Rocketry - BW Businessworld

The expenditure far exceeds the roughly USD 400 million spent on the Falcon 9 programme, which has been central to the company's commercial success and dominance in satellite launches

SpaceX has invested more than USD 15 billion into developing its next-generation Starship rocket, highlighting the scale of its ambition to build a fully reusable launch system and transform spaceflight economics.

The expenditure far exceeds the roughly USD 400 million spent on the Falcon 9 programme, which has been central to the company's commercial success and dominance in satellite launches. Starship, however, is positioned as the backbone of future growth, enabling large-scale deployment of next-generation Starlink satellites, deep-space missions to the Moon and Mars, and even space-based AI infrastructure.

According to filings, Starship now accounts for the bulk of SpaceX's research and development spending, with about USD 3 billion allocated to the programme in 2025 alone. The company aims to begin launching its more advanced V3 Starlink satellites by the second half of 2026, with Starship capable of carrying up to 60 satellites per mission, significantly more than Falcon 9.

Despite progress, including multiple test flights and advances in booster recovery, the programme continues to face technical and operational hurdles. These include scaling ground infrastructure, managing massive fuel and water requirements, developing durable heat shields, and perfecting in-orbit refuelling, a critical yet unproven capability for deep-space missions.

Starship's development has also seen several explosive test failures, though iterative design changes have driven rapid improvements. The company is now preparing for the debut of its upgraded V3 prototype, which is expected to support longer-duration missions and crewed lunar landings under contracts with NASA.

While Starship is central to SpaceX's long-term strategy and valuation ambitions, the company has acknowledged that key technological challenges remain, and timelines for full-scale deployment could shift depending on testing outcomes and infrastructure readiness.