University CubeSat Launch Program: Affordable Access for Researchers

The University CubeSat Launch Program is a research-focused launch offering designed to help universities and academic teams access sub-orbital and future orbital mission opportunities at lower cost. Green Launch applies its light-gas propulsion technology to support payload testing, atmospheric research, and CubeSat-related mission development for institutions that need more practical access to flight opportunities.

The program can support a range of research payloads tied to CubeSat development, atmospheric sampling, technology demonstrations, and sub-orbital experiments. Green Launch also outlines future capabilities for satellite and supply delivery to Low Earth Orbit. Payload suitability depends on mission objectives, mass, structural requirements, and the testing or deployment profile needed for the research team.

Green Launch is built around a cost-effective alternative to traditional rocket launches using proprietary light-gas propulsion. The company specifically positions its technology to reduce launch costs while expanding access to high-altitude and orbital payload delivery. That makes it especially relevant for universities, labs, and research organizations working within grant budgets or phased mission funding.

No. The program is relevant for both sub-orbital and future orbital missions. Green Launch already highlights sub-orbital payload delivery and atmospheric sampling as active areas of focus, while orbital delivery remains part of its broader capability roadmap. This gives researchers options for early-stage testing, data collection, and mission validation before pursuing full orbital deployment.

Green Launch uses proprietary light-gas propulsion rather than relying solely on conventional rocket systems. Its approach emphasizes lower launch costs, high-velocity capability, and environmentally conscious operation using hydrogen and oxygen gas propellant with water vapor as the byproduct. The company has also demonstrated meaningful testing progress, including horizontal firings and vertical launch milestones.

Yes. Atmospheric and scientific research are strong fits for this program. Green Launch specifically offers atmospheric sampling of the mesosphere and has described applications relevant to climatology, communications, navigation, and surveillance research. That makes the platform useful for universities and scientific organizations seeking access to hard-to-reach regions for data collection and instrument validation.

Green Launch has progressed through multiple testing milestones since its founding in 2017. The company reports successful horizontal test firings, high-velocity launch achievements up to Mach 9 in related testing, and a first vertical light-gas launch for space access in 2022. These milestones indicate an actively developed platform with demonstrated engineering progress rather than a purely conceptual offering.

A university or research team can begin by outlining mission goals, payload specifications, target altitude or orbit requirements, and desired timelines. From there, Green Launch can evaluate fit based on its available launch capabilities and research applications. Early planning is especially useful for teams coordinating grant cycles, technical reviews, and payload readiness milestones across multiple stakeholders.