Orbital & Suborbital Launch Sites Around the World

Green Launch supports orbital delivery, suborbital payload missions, atmospheric sampling, hypersonic vehicle testing, and horizontal test firing. Its light-gas propulsion platform is designed for organizations that need high-speed launch capability for research, defense, or commercial applications. Services can support payload deployment, technology validation, and upper-atmosphere access depending on mission objectives and technical requirements.

Yes. Green Launch is developing orbital delivery capabilities for satellites and supplies to Low Earth Orbit using hydrogen-based light-gas propulsion. The company positions this service as a lower-cost alternative to traditional launch systems, with stated goals that include rapid launch cadence and just-in-time delivery. This makes it relevant for satellite operators and organizations needing responsive space access.

Suborbital payload delivery is useful for atmospheric research, technology demonstrations, instrumentation testing, and missions that need access to the stratosphere or higher without entering orbit. Green Launch has performed vertical launch work aimed at reaching these environments, making the service valuable for scientific institutions and aerospace programs that need repeatable high-altitude mission profiles.

Green Launch uses proprietary light-gas propulsion rather than a conventional rocket-only launch architecture. The system uses hydrogen and oxygen gas propellant, with water vapor as the stated byproduct, and is designed to reduce launch costs while still achieving very high velocities. This approach is intended to support sustainable, rapid, and efficient access to suborbital and orbital mission environments.

Green Launch is well suited for aerospace and defense organizations, scientific research institutions, and satellite manufacturers. Missions involving atmospheric sampling, hypersonic testing, payload deployment, and launch technology evaluation are especially aligned with the company's capabilities. Customers seeking lower-cost access to high-altitude or orbital environments may find the platform particularly relevant for pilot programs and specialized mission needs.

Green Launch has conducted significant testing at Yuma Proving Ground in Arizona. According to the company information, this includes horizontal test firing campaigns, suborbital launch work, and vertical launch efforts. These tests have helped validate propulsion performance, pressure control, vehicle behavior, and achieved velocities, providing a practical foundation for future orbital and high-altitude mission services.

Green Launch reports launch projectile velocities up to 2.97 km/sec, or Mach 9, in hypersonic-related testing. The company also cites free-flying scramjet operation at Mach 8 and successful vertical launch work exceeding Mach 3. These milestones indicate meaningful progress in validating high-speed propulsion performance for both test applications and future payload delivery missions.

Organizations can begin by outlining payload type, target altitude or orbit, timing needs, and any testing or data requirements. Green Launch can then evaluate whether orbital delivery, suborbital launch, atmospheric sampling, or hypersonic testing is the best fit. Early discussions are especially useful for matching mission goals with launch profile, vehicle constraints, and expected performance parameters.