SpaceX announced June 16, 2026, that it has acquired the AI coding start-up Cursor in an all-stock deal valued at $60 billion [1], [2].

The move signals a major expansion of Elon Musk’s influence in the artificial intelligence sector, integrating advanced coding automation into the aerospace giant's operations. By absorbing Cursor, SpaceX gains a specialized toolset for software development that could accelerate the engineering of its rockets and spacecraft.

The acquisition comes just days after SpaceX completed its initial public offering [1]. The company exercised an existing option to purchase the start-up, utilizing its new status as a public entity to facilitate the $60 billion [1], [2] transaction.

Cursor has emerged as a significant player in the AI-driven development space, providing tools that allow programmers to generate and edit code through natural language prompts. This integration is intended to bolster Musk’s broader ambitions in AI [1] — a goal that spans multiple companies and ventures.

While the financial terms are centered on a $60 billion [1], [2] valuation, the all-stock nature of the deal means SpaceX is leveraging its own equity to secure the technology. This strategy allows the company to scale its AI capabilities without a direct cash outlay during a critical period of growth following its IPO [1].

The deal marks one of the largest acquisitions of an AI-focused firm to date. It positions SpaceX not only as a leader in space transport but as a vertically integrated software powerhouse capable of automating its own technical infrastructure.

SpaceX acquired the AI coding start-up Cursor in an all-stock deal valued at $60 billion.

This acquisition demonstrates a strategic shift for SpaceX, moving beyond hardware and launch services to internalize the AI tools that drive modern software engineering. By securing Cursor immediately after its IPO, SpaceX is utilizing its newfound market capitalization to eliminate reliance on third-party AI coding tools and accelerate its internal development cycles.