Space Launch System Design & Engineering Services

Green Launch develops and engineers launch system technologies centered on proprietary light-gas propulsion concepts. The company was founded by experts in physics and engineering and is supported by leadership with backgrounds in propulsion research, aerospace systems, and operational planning. Its work focuses on practical launch architectures for sub-orbital missions, atmospheric sampling, hypersonic testing, and future orbital delivery applications.

Space launch system design and engineering can include propulsion development, payload integration, structural design, test planning, launch tube or vehicle configuration, mission performance analysis, and validation through field testing. Green Launch's capabilities also extend to sub-orbital payload delivery concepts, atmospheric sampling platforms, and engineering support for high-velocity launch applications where speed, cost efficiency, and repeatability are critical.

These services are especially relevant for aerospace and defense organizations, scientific research institutions, and satellite manufacturers. Customers may need support for hypersonic testing, atmospheric data collection, sub-orbital payload missions, or lower-cost orbital delivery concepts. Green Launch's engineering approach is designed for organizations seeking alternatives to traditional launch methods while maintaining strong technical rigor and mission-focused development.

Green Launch focuses on light-gas propulsion rather than conventional rocket-only launch methods. This approach is intended to reduce launch costs, support rapid delivery concepts, and use hydrogen and oxygen gas propellant with water vapor as the primary byproduct. The company also emphasizes repeatable testing, high-velocity performance, and engineering pathways that can support both research missions and future commercial space logistics.

Yes. Green Launch provides engineering support for sub-orbital payload delivery and related mission concepts, including atmospheric sampling and stratospheric access. The company has performed vertical launch testing and developed systems intended to accelerate payloads to high velocities for research and technology demonstration missions. This makes the service well suited for organizations needing fast, high-altitude access without full orbital mission complexity.

Yes. Green Launch has experience supporting hypersonic vehicle testing and has launched a series of hypersonic combustion ramjets with SHARP at velocities up to Mach 9. This testing background gives customers access to engineering informed by real high-speed launch data. It is particularly valuable for programs evaluating propulsion behavior, vehicle survivability, and performance under extreme velocity conditions.

Green Launch's system uses hydrogen and oxygen gas propellant, with water vapor identified as the primary byproduct. The company positions this as a cleaner alternative to more carbon-intensive launch approaches. In addition to environmental considerations, the engineering model is designed to improve efficiency, reduce cost barriers, and support more frequent launch operations, making sustainability part of a broader performance and access strategy.

Green Launch was founded in 2017 and has advanced its technology through multiple milestones since then. Early progress included an initial testing contract with Yuma Proving Ground, followed by successful horizontal test firings in 2018 and a first vertical light-gas launch in 2022. This timeline reflects a sustained engineering effort built on iterative testing, data collection, and practical system refinement.