SpaceX IPO values company at $1.77 trillion, highlighting its role as a major additive manufacturing user

SpaceX began trading on the Nasdaq on June 12, 2026, under the ticker SPCX, pricing shares at $135 and raising approximately $75 billion. The company reached an initial valuation of roughly $1.77 trillion at listing, with President Gwynne Shotwell and CFO Bret Johnsen ringing the opening bell in New York while Elon Musk celebrated at the Starbase facility in Texas. The IPO also marks a dual listing on Nasdaq Texas, the exchange's new Texas-based market. Musk noted that when founded over two decades ago, he believed the company had less than a 10% chance of succeeding.

While most investor attention will focus on SpaceX's launch business, Starlink satellite network, and defense contracts, the IPO underscores the company's position as one of the world's most significant users of additive manufacturing. Over the past decade, SpaceX has integrated 3D printing into critical programs including rocket engines and spacecraft components, demonstrating that AM can move beyond prototyping into the most demanding engineering applications. This mirrors the aerospace qualification grind pattern seen with GE's LEAP fuel nozzle, where AM success becomes infrastructure rather than marketing headline. The company's scale of metal AM adoption, particularly in laser powder bed fusion and directed energy deposition, has helped validate the technology for high-stakes production environments.

For the AM industry, SpaceX's public listing provides a liquid equity vehicle that directly reflects the value of production-scale additive manufacturing in aerospace. The company's continued investment in AM capabilities suggests sustained demand for metal powder bed fusion and DED systems, materials qualification, and post-processing services. Investors and suppliers should watch how SpaceX's public market discipline affects its supply chain decisions and whether it accelerates AM adoption among other aerospace primes seeking similar production efficiencies.