Key Takeaways
- Morgan Stanley’s Stephen Byrd identifies SpaceX’s ability to scale power infrastructure more efficiently and economically than competitors as a critical competitive edge.
- The company reported 1.4 gigawatts of AI computing infrastructure at the conclusion of Q2 2026, with ambitions to reach 10 GW by year-end 2027.
- CEO Elon Musk expresses strong conviction that SpaceX will initiate orbital deployment of NVIDIA AI computing systems by 2027.
- NVIDIA serves as the sole chip provider for the space-based computing initiative and maintains an equity position in SpaceX.
- Wall Street forecasts that revenue from orbital AI operations won’t materialize significantly until approximately 2029, viewing 2027-2028 targets as proof-of-concept phases.
SpaceX (SPCX) shares declined 0.6% during Monday’s trading session, settling at $151.85, underperforming against a strong technology sector that pushed the Nasdaq Composite up 2.3%. In Tuesday’s premarket activity, shares recovered modestly, gaining 0.5%.
Space Exploration Technologies Corp., SPCX
While the recent price movement was modest, the more significant narrative surrounding SpaceX centers on its artificial intelligence strategy, spanning both terrestrial and space-based infrastructure.
CEO Elon Musk has expressed strong confidence that SpaceX will commence orbital deployment of NVIDIA’s cutting-edge AI computing hardware by 2027. The initiative envisions modified Starlink satellites equipped with NVIDIA processors and solar energy systems, scaling to more substantial deployments in 2028, with aspirational long-term plans for a constellation comprising up to one million computing satellites.
NVIDIA has secured exclusive status as the chip provider for this undertaking. The chipmaker’s existing equity stake in SpaceX indicates a relationship extending far beyond conventional supplier dynamics.
For NVIDIA, successful large-scale orbital deployment would create an additional revenue stream complementing existing demand from traditional ground-based data centers.
Power Infrastructure: SpaceX’s Terrestrial Advantage
Before orbital ambitions materialize, SpaceX must navigate the expansion of its earth-based AI operations, where electrical power availability represents the primary constraint.
Morgan Stanley’s Stephen Byrd forecasts AI-related electricity demand will surge to approximately 100 gigawatts by 2028. This figure represents roughly 8% of America’s total power generation infrastructure, a pace traditional utilities cannot match.
According to Byrd, SpaceX possesses a distinctive advantage. “SpaceX has proven capabilities in scaling time-to-power solutions faster and cheaper than its competitors,” he noted. “We view this as a key competitive advantage given the magnitude of our projected US power shortfall.”
At the close of Q2 2026, SpaceX operated 1.4 GW of AI computing infrastructure. The company aims to reach 10 GW by December 2027. Byrd’s projections suggest terrestrial computing capacity will plateau around 15 GW by 2031.
Space-Based Computing: High Potential, Distant Timeline
The orbital data center vision carries genuine strategic merit. Space-based facilities benefit from continuous solar energy, virtually unlimited expansion room, and freedom from local regulatory opposition. The vacuum environment also theoretically assists with thermal management.
However, heat dissipation presents among the most substantial engineering obstacles. In the absence of atmospheric convection, an individual orbital data center might require radiator systems spanning millions of square feet. Combined with radiation protection requirements, data transmission complexities, the impossibility of on-site maintenance, and unclear regulatory frameworks, the technical challenges are considerable.
Most market analysts don’t anticipate substantial orbital AI revenue generation until 2029 at the earliest. The 2027 launch objective is widely interpreted as a technology demonstration rather than a commercial deployment.
SpaceX’s Starship heavy-lift vehicle represents a critical component for achieving cost-effective orbital data centers. The vehicle’s 14th test mission is currently slated for September 28.
SpaceX shares have appreciated approximately 45% since early August. The company completed its initial public offering in mid-June 2026.
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