Unlock critical atmospheric insights with advanced collection and analysis methods designed for scientific research, climate studies, and aerospace development. Our proven technology delivers precise data from the mesosphere to the stratosphere, enabling groundbreaking research in communication, navigation, and environmental monitoring.
Comprehensive atmospheric research solutions from sub-orbital delivery to mesospheric sampling, providing critical data for climatologists and aerospace researchers.
Access the ionosphere and mesosphere with specialized sampling vehicles that deliver crucial data to climatologists studying communication, navigation, and surveillance technologies in previously inaccessible atmospheric regions.
Launch payloads to the stratosphere and beyond at velocities exceeding Mach 3, providing cost-effective access for atmospheric sampling missions and scientific research across multiple altitude bands.
Test hypersonic vehicles and scramjet engines at record-breaking velocities up to Mach 9, advancing aerospace development with proven capabilities in free-flying scramjet operations and combustion ramjet technology.
Our atmospheric data collection methods combine cutting-edge light-gas propulsion technology with RF-transparent vehicle design to deliver unprecedented access to the mesosphere and ionosphere. With proven launch velocities reaching Mach 9 and successful stratospheric missions, we provide climatologists and researchers with the reliable data needed for groundbreaking discoveries in atmospheric science, communication systems, and environmental monitoring.
Supporting atmospheric research and aerospace development since 2017 with record-breaking performance and reliable data delivery.
Our proven technology and research expertise deliver unmatched atmospheric access and data quality.
Achieved Mach 9 launch velocities and hold the record for high Mach number engine operation in free-flying scramjets.
Specialized RF-transparent vehicles provide researchers unprecedented access to the ionosphere and mesosphere for critical data collection.
Over 25 successful test launches at Yuma Proving Ground since 2017, demonstrating consistent reliability for atmospheric research missions.
Hydrogen-oxygen propulsion system produces only water vapor, ensuring zero-carbon atmospheric sampling missions that don't contaminate research data.
Expert physicists and aerospace engineers pioneering atmospheric data collection technology.
Chief Technical Officer
Dr. Hunter is a distinguished physicist specializing in high-velocity propulsion systems with decades of experience advancing atmospheric research capabilities. As the former leader of the SHARP project at Lawrence Livermore National Laboratory, he pioneered light-gas launch technology that achieved unprecedented velocities for atmospheric sampling. At Green Launch, Dr. Hunter directs the technical development of our record-breaking Mach 9 launch systems, enabling researchers worldwide to access previously unreachable atmospheric regions. His expertise in scramjet technology and hypersonic vehicle testing has established new benchmarks in atmospheric data collection, with vehicles designed to operate in the mesosphere while maintaining RF transparency for communication research. Dr. Hunter's innovative approach to propellant capture and precision gas injection has revolutionized the field, making high-altitude atmospheric sampling more accessible and environmentally sustainable than ever before.
Strategic Outreach
Eric Robinson is a systems scientist and aerospace entrepreneur who brings critical expertise in fluid delivery systems to Green Launch's atmospheric research operations. With a comprehensive background in aerospace applications, Eric specializes in designing and implementing the precision gas injection systems that enable our atmospheric sampling vehicles to reach record-breaking altitudes. His work focuses on optimizing propellant delivery for maximum efficiency and minimal environmental impact, ensuring each research mission achieves its data collection objectives. Eric's strategic vision has positioned Green Launch as a trusted partner for scientific institutions, including the National Science Foundation, seeking reliable access to the mesosphere and ionosphere. His understanding of both technical requirements and researcher needs has been instrumental in developing vehicles that protect sensitive instrumentation while maintaining the structural integrity needed for hypersonic atmospheric penetration.
Chairman of the Board
Don Whitney brings a unique combination of aviation expertise and environmental consulting experience to Green Launch's atmospheric data collection missions. As a former Air Force pilot, Don understands the critical importance of precise atmospheric data for navigation, communication, and surveillance applications. His military background provides invaluable insight into the operational requirements of high-altitude research missions and the rigorous safety standards necessary for successful atmospheric sampling campaigns. As an environmental consultant, Don ensures that Green Launch's data collection methods maintain the highest ecological standards, with our hydrogen-oxygen propulsion system producing zero carbon emissions during every launch. Don's strategic leadership has guided Green Launch through successful testing campaigns at Yuma Proving Ground, establishing protocols that balance scientific rigor with environmental responsibility. His vision for sustainable atmospheric research has positioned the company as a pioneer in eco-friendly high-altitude data collection.
Our light-gas propulsion technology provides access from the stratosphere through the mesosphere and into the ionosphere. We've successfully delivered payloads to altitudes previously accessible only through expensive rocket launches, with velocities reaching Mach 9. Our RF-transparent vehicle design allows researchers to collect communication and navigation data throughout the entire atmospheric column, including the critically under-studied mesospheric region where traditional sampling methods are cost-prohibitive or technically unfeasible.
Connect with our team to discuss your data collection requirements and mission objectives.
Record for high Mach number scramjet operation
Trusted by National Science Foundation
Environmentally sustainable propulsion technology
Share your research objectives and data collection requirements. Our team will provide technical consultation and mission planning support tailored to your atmospheric study needs.
For immediate assistance, feel free to give us a direct call at 619-933-6678. You can also send us a quick email at jwhunter2004@yahoo.com
For immediate assistance, feel free to give us a direct call at 619-933-6678. You can also send us a quick email at jwhunter2004@yahoo.com