SpaceX to Launch AI1 Orbital Data Center Satellites in 2027, Delivering 120kW of Compute Per Satellite
June 12, 2026
SpaceX to Launch AI1 Orbital Data Center Satellites in 2027, Delivering 120kW of Compute Per Satellite
SpaceX, the world’s most valuable rocket company, is set to launch its first AI1 satellites—billed as orbital data centers—in late 2027, marking a major step in its transition from a launch provider to a full-scale infrastructure business. The announcement comes just days after the company’s record-breaking initial public offering on the New York Stock Exchange, which valued SpaceX at approximately $1.77 trillion and made it the largest IPO in Wall Street history.
Speaking to CNBC ahead of the listing, SpaceX Chief Operating Officer Gwynne Shotwell confirmed that the first AI1 units would launch in late 2027. However, she noted that the company intends to begin integrating compute capabilities into its existing Starlink broadband and Starlink mobile satellites even earlier, as a precursor to the dedicated AI1 deployment. “Want to make sure we understand the operation,” Shotwell said. “We love doing kind of canary sets and canary work before we fly the real thing.”
Each AI1 satellite is designed to handle an average of 120 kilowatts of compute power, a significant capacity for orbital infrastructure. SpaceX plans to rent out compute from these satellites, mirroring the business model it has already established with its terrestrial data centers. In recent weeks, the company has struck major deals with AI firms Anthropic and Google, and in February, Elon Musk merged SpaceX with xAI, his AI startup behind the Grok chatbot, further consolidating the company’s push into artificial intelligence.
The company has filed plans to launch up to one million satellites as part of a data center megaconstellation, arguing that space offers the best solution to the soaring compute demands of AI systems. Critics, however, have questioned the feasibility of such an ambitious project. Shotwell told CNBC that SpaceX “100 percent” sees itself as a competitor to the neoclouds—the emerging class of providers offering AI data center space to the largest AI companies. “We are builders, we build our own launch vehicles, we build our launch sites, and we’re building data centers both on the ground as well as in orbit soon,” she said. “So, I look at ourselves as an infrastructure company.”
The move underscores a broader shift in the space industry, as companies like SpaceX seek to monetize orbital assets beyond traditional communications and Earth observation. By positioning itself as a provider of orbital computing power, SpaceX is aiming to capture a slice of the rapidly growing AI infrastructure market, which is increasingly constrained by terrestrial power and land availability. If successful, the AI1 constellation could fundamentally reshape how and where AI workloads are processed, offering latency and energy advantages that ground-based data centers cannot match.
SpaceX celebrated its IPO by launching a Falcon 9 rocket carrying a batch of 29 Starlink satellites into orbit, a symbolic gesture that highlighted the company’s dual focus on connectivity and computing. As the company prepares to deploy its first orbital data centers, the line between space exploration and cloud infrastructure continues to blur.
Source: datacenterdynamics
