Ionospheric Communication Research Launch Service for Experiments

It is a specialized launch service that carries experimental payloads into high-altitude regions where researchers can study communication behavior, RF propagation, navigation signals, surveillance technologies, and atmospheric conditions. Green Launch supports these missions with light-gas propulsion, sub-orbital delivery capability, and vehicle designs suited for scientific instrumentation and antenna-protected payloads.

This service can support ionospheric communication testing, RF propagation studies, atmospheric sampling, navigation and surveillance research, antenna validation, and sensor-based upper-atmosphere experiments. It is especially useful for organizations that need access to the mesosphere or ionosphere for short-duration data collection, payload validation, or technology demonstration missions.

Green Launch offers sub-orbital payload delivery to the stratosphere and beyond, with services also developed around atmospheric sampling of the mesosphere. These capabilities are intended to help researchers access upper-atmosphere environments that are difficult to reach through conventional testing methods, especially for communication and scientific research applications.

Yes. Green Launch has designed vehicles using specialized wound fiberglass that is both lightweight and strong in compression during launch, while also being transparent to RF. That allows antennas to be protected inside the vehicle without blocking signal-related experiment objectives, making the platform well suited for communication-focused payloads.

Green Launch uses proprietary light-gas propulsion technology as a lower-cost alternative to traditional rocket launches. The system is designed for high-velocity payload delivery and uses hydrogen and oxygen gas propellant, with water vapor as the only byproduct. This approach supports sustainable mission planning while expanding access for research and experimental programs.

Yes. The company has completed numerous successful tests, including 12 horizontal test firings in 2018, additional successful field shots at Yuma Proving Ground, and a vertical launch in 2021 that sent a projectile into the stratosphere at speeds exceeding Mach 3. These milestones demonstrate practical progress toward research launch applications.

Typical users include scientific research organizations, aerospace and defense teams, and satellite or payload developers working on upper-atmosphere experiments. The service is particularly relevant for groups studying communication, navigation, surveillance, atmospheric science, or related technologies that require real-world testing above conventional aircraft or ground-based environments.

The process usually begins with a discussion of mission goals, payload size, instrumentation needs, target altitude, and data collection objectives. From there, Green Launch can evaluate fit with its sub-orbital and atmospheric access capabilities, identify technical considerations such as RF compatibility or launch conditions, and outline the next steps for mission planning.