Full Breakdown
Cowboy Space Files FCC Application for a 20,000-Satellite Orbital Data Center Constellation
5/15/2026, 11:34:03 AM
Core Filing: 20,000-Satellite “Stampede” Constellation
Cowboy Space submitted a Federal Communications Commission (FCC) application on May 14, 2024 for a 20,000-satellite low-Earth-orbit (LEO) network named “Stampede.” The constellation would occupy sun-synchronous dawn-dusk shells between 700 km and 1,000 km, rely primarily on optical inter-satellite links, and request waivers for the FCC’s LEO-deployment timeline. The company plans to begin launches in 2028 after a design-finalization phase and a separate license modification.
Background & Industry Context
Orbital data-center concepts have gained traction as AI workloads demand ever-greater compute power. Recent FCC filings from SpaceX, Starcloud and Blue Origin propose constellations of up to one million, 88,000 and 51,600 satellites respectively. Cowboy’s 20,000-satellite plan is smaller than those proposals but represents a significant addition to the emerging market for space-based computing infrastructure.
Key Personnel and Ownership
Cowboy Space was founded in 2024 by Baiju Bhatt, a billionaire co-founder of the Robinhood financial-services app. Chief Operating Officer Joseph Yaffe leads day-to-day operations. The startup has raised $275 million, and Bhatt and his affiliates hold roughly 65 % of the company’s voting stock.
Timeline of Development
- 2024 – Company formation and FCC filing (May 14).
- Early 2025 – Planned demonstration of a computing payload in LEO.
- Mid-2025 – In-orbit power-beaming and optical-laser link technology demonstration.
- Late 2028 – Targeted launch of one-megawatt data-center satellites.
Technical Design and Scale
Stampede satellites will operate in 700-1,000 km sun-synchronous orbits, harvesting near-continuous solar energy to eliminate reliance on terrestrial power grids. Each unit is expected to host NVIDIA Space-1 Vera Rubin AI-computing modules, delivering roughly one megawatt of GPU-class processing. Optical communications will replace congested radio frequencies, and the architecture is described as “scalable,” capable of commercial operation with a single satellite.
Strategic Implications for U.S. Space Leadership
Cowboy argues that placing silicon directly in sunlight can bypass Earth-bound power, land and water constraints, thereby accelerating AI development. The company frames the constellation as an “unprecedented opportunity” for the United States to sustain leadership in space-based innovation and continuous solar-powered compute capacity.
Official Statements & Summaries
Cowboy’s filing emphasizes scalability, the ability to start services with a single satellite, and a phased deployment strategy. It also highlights the intent to avoid terrestrial power infrastructure and to reinforce U.S. competitiveness in space-enabled AI computing.
Conflicting Reports & Gaps
The application provides limited technical detail; the satellite design remains unfinished, and a separate FCC filing for a dedicated power-beaming constellation has not been submitted. Launch-vehicle approvals are pending from the Federal Aviation Administration, and the requested FCC waivers have yet to be granted.
Verbatim Quotes
- “Stampede is designed with scalability in mind and is capable of beginning commercial operations with as little as a single satellite in orbit,” — Joseph Yaffe, COO, Cowboy Space
- “progressively launch satellites and build out the system over the following months and years.” — Joseph Yaffe
- “In short: By putting the silicon next to the sunlight, Stampede can skip the terrestrial power grid entirely and bypass the costs and delays associated with building data centers on Earth,” — Joseph Yaffe
- “Additionally, Stampede presents an unprecedented opportunity for the United States to maintain its leadership in space innovation through the deployment of advanced, continuous space-solar energy and GPU-class compute capacity that bypasses Earth’s constrained infrastructure.” — Joseph Yaffe
What’s Next
The FCC will review the waiver requests and overall application, while the FAA evaluates the yet-to-be-designed launch vehicles. Successful demonstrations of computing payloads and power-beaming technology later this year will inform the final regulatory decisions and the 2028 launch schedule.
