Two-Stage Light Gas Gun Systems & Services

A light gas gun is a high-velocity launch system that uses compressed or combusted light gases, often hydrogen, to accelerate a projectile to extreme speeds. It is commonly used for aerospace research, impact testing, hypersonic studies, and specialized payload missions where conventional launch methods may be too costly or less practical for controlled testing.

Maximum velocity depends on system design, tube length, gas properties, payload mass, and operating pressures. Green Launch reports projectile launch velocities up to 2.97 km/sec, approximately Mach 9, in its testing. In practical use, achievable speed is matched to the mission objective, whether that is hypersonic testing, sub-orbital delivery, or atmospheric sampling.

Two-stage light gas gun systems are used by aerospace and defense organizations, scientific research institutions, and satellite-related programs. They are valuable for hypersonic vehicle testing, propulsion research, atmospheric science, materials evaluation, and payload launch studies. These systems help teams gather high-speed performance data without relying solely on traditional rocket-based test methods.

Yes, light gas gun systems are well suited for hypersonic testing because they can accelerate projectiles to very high velocities under controlled conditions. Green Launch specifically supports hypersonic vehicle testing and has reported launches up to Mach 9. This makes the platform useful for evaluating aerodynamic behavior, propulsion concepts, and structural performance in extreme-speed environments.

Payload types can include research instruments, atmospheric sampling packages, technology demonstration hardware, and specialized aerospace test articles. Suitability depends on payload dimensions, structural strength, target velocity, and mission profile. Green Launch's services indicate support for sub-orbital payload delivery, atmospheric missions, and future orbital logistics concepts involving satellites and supplies.

Performance is typically measured using parameters such as gas charge pressure, release peak pressure, projectile weight, achieved velocity, and overall system response. Green Launch's horizontal test firing work emphasizes collecting data across different firing conditions. This structured approach helps engineers validate propulsion behavior, compare results between shots, and refine future launch configurations.

Light gas propulsion can offer sustainability advantages depending on the propellant and mission design. Green Launch highlights hydrogen and oxygen gas propellant with water vapor as the only byproduct for its orbital delivery concept. Compared with many conventional launch approaches, that can support lower-emission operations while also aiming to reduce cost and improve launch frequency.

A good fit usually involves missions that need high-velocity launch capability, repeatable test conditions, lower-cost access to upper-atmosphere environments, or alternative payload delivery methods. Green Launch works in areas such as hypersonic testing, atmospheric sampling, and sub-orbital launch. Reviewing your payload requirements, target speed, and data goals is the best way to determine alignment.