








SupplyPath Space is building the infrastructure layer that makes the orbital economy function at scale.
We are developing a ground-based electromagnetic launch platform designed for daily orbital logistics, propellant-free and built for continuous high-frequency operations. Where today's launch market offers a handful of slots on the world's best rocket, SupplyPath is designed to deliver 10–30 launches per day at a fraction of current costs.
Our mission is simple: make orbit as accessible and dependable as Earth's global shipping networks and unlock every industry waiting behind the bottleneck.
Please reach us at Info@supplypathspace.com if you cannot find an answer to your question.
SupplyPath Space is developing permanent ground-based electromagnetic launch infrastructure designed for daily orbital logistics. Our system delivers payloads to orbit at high frequency and significantly lower cost than existing launch systems — without propellant, pad resets, or vehicle turnaround time. We are building the corridor, not the rocket.
Our system accelerates standardized payload capsules using electromagnetic energy inside a ground-based launch structure. There is no combustion and no propellant. The energy stays on the ground, which is what makes high-frequency, infrastructure-style operations physically possible. The system is designed to run continuously, multiple launches per day on a predictable schedule.
SpaceX builds rockets, vehicles designed for individual missions. SupplyPath is building infrastructure, a fixed launch corridor designed for continuous, scheduled operations. The difference is the same as the difference between a charter flight and an airport. We are not competing with rockets for the same customers. We are building the system that serves the customers rockets cannot.
The system is designed for ruggedized, standardized payload capsules across a range of non-human cargo, satellites, hardware, manufacturing materials, and supply payloads. Customers work with our integration team to confirm compatibility and capsule specifications ahead of scheduling.
No, our system is not designed for human spaceflight. We focus exclusively on non-human payloads.
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