Affordable CubeSat Launch Service to LEO

Green Launch's service is centered on delivering satellites and supplies to Low Earth Orbit using proprietary light-gas propulsion technology. It is designed for CubeSat and small payload missions that need lower launch costs, cleaner propulsion, and faster access to space. The broader platform also supports sub-orbital missions, testing, and future orbital logistics applications such as propellant delivery.

Green Launch is developing a launch approach based on hydrogen and oxygen light-gas propulsion rather than conventional rocket-only systems. This model is intended to reduce launch costs, support more frequent launches, and minimize environmental impact because water vapor is the primary byproduct. The company has also demonstrated high-velocity testing that supports its long-term orbital delivery goals.

Green Launch states a target of delivering payloads to space at $100 per pound for orbital delivery. That pricing objective is a major part of the company's value proposition and is intended to make space access more practical for satellite manufacturers, research organizations, and defense-related missions. Actual mission structure will depend on payload requirements, orbital objectives, and readiness timelines.

The service is well suited for satellite manufacturers, scientific research organizations, and aerospace or defense customers seeking lower-cost access to orbit. It can support CubeSat deployment, orbital supply missions, sub-orbital payload delivery, and atmospheric research applications. Organizations that value sustainable propulsion and rapid mission cadence may find the platform especially attractive.

Yes. Green Launch has completed multiple horizontal test firing campaigns at Yuma Proving Ground and has reported launch velocities up to Mach 9 in hypersonic-related testing. The company also completed a vertical launch into the stratosphere using a 54-foot launch tube, accelerating the payload to speeds exceeding Mach 3. These milestones support the development path toward orbital service.

Green Launch emphasizes a cleaner launch model using hydrogen and oxygen gas propellant, with water vapor as the only byproduct during launch. The company positions this as a zero-carbon-emission alternative to more conventional launch approaches. That sustainability focus is a core differentiator for customers looking to align mission planning with environmental goals while still pursuing high-performance launch capability.

Yes. In addition to orbital satellite delivery, Green Launch highlights sub-orbital payload delivery, atmospheric sampling of the mesosphere, hypersonic vehicle testing, and future propellant delivery to space depots. This broader capability makes the platform relevant for research, defense testing, communications-related experiments, and in-space logistics concepts beyond standard CubeSat deployment.

Organizations can begin by contacting Green Launch to discuss payload type, mission objectives, target orbit or altitude, and scheduling needs. Early planning should also cover payload mass, deployment requirements, testing expectations, and any research or defense-specific constraints. Because the company focuses on specialized launch applications, a detailed mission discussion helps determine technical fit and next-step feasibility.