West Texas Suborbital Launch Site & Services

This page focuses on suborbital launch site and service capabilities intended for West Texas missions. West Texas is attractive for aerospace activity because of its remote terrain, wide-open airspace considerations, and suitability for controlled testing environments. Green Launch provides launch-related capabilities for research, payload delivery, and high-speed testing aligned with that type of operating environment.

Green Launch supports suborbital payload delivery, atmospheric sampling, hypersonic vehicle testing, and related aerospace research missions. These services are relevant for defense programs, scientific organizations, and satellite or technology developers that need high-altitude access, propulsion validation, or specialized test conditions. The company's platform is designed to support both current suborbital objectives and future orbital delivery development.

Light-gas propulsion uses compressed and combusted gases to accelerate payloads at very high speeds, rather than relying solely on conventional rocket stages. Green Launch's approach is intended to reduce launch costs, improve operational efficiency, and lower emissions by using hydrogen and oxygen gas propellant. This makes it especially appealing for repeatable testing, research missions, and scalable launch concepts.

Yes. Green Launch has demonstrated hypersonic testing capability through a series of scramjet launches and high-speed propulsion achievements. The company reports launch projectile velocities up to Mach 9 and record-setting free-flying scramjet engine operation at Mach 8. These capabilities make the platform relevant for organizations evaluating propulsion systems, aerodynamic performance, and extreme-speed flight technologies.

Green Launch's suborbital services are designed for payload delivery to the stratosphere and beyond, depending on mission objectives and payload design. The company has completed a vertical launch that accelerated a projectile to speeds exceeding Mach 3 using a 54-foot launch tube. This profile supports atmospheric research, technology demonstrations, and specialized high-altitude experiments.

Green Launch emphasizes a more sustainable launch concept by using hydrogen and oxygen gas propellant, with water vapor as the primary byproduct. The company positions this as a lower-emission alternative to many traditional launch methods. It has also reported propellant capture improvements that help reduce muzzle flash and acoustic signature during launch operations, supporting a cleaner operational profile.

Typical customers include aerospace and defense organizations, scientific research institutions, and satellite manufacturers. These groups often need affordable access to high-altitude environments for testing, atmospheric sampling, communications research, propulsion validation, or payload demonstrations. Green Launch's services are especially relevant for missions that require speed, repeatability, and a practical alternative to conventional launch systems.

Green Launch was founded in 2017 and has spent years advancing its light-gas propulsion technology through structured testing and milestone-based development. Company milestones include early testing contracts, successful horizontal firings in 2018, and a first vertical light-gas launch in 2022. That progression reflects a sustained focus on proving performance for suborbital and future orbital applications.