Access critical atmospheric data from the stratosphere to the mesosphere with Green Launch's advanced sampling systems. Our proven light-gas propulsion technology delivers scientific payloads to altitudes unreachable by conventional methods, providing climatologists and researchers with crucial measurements for climate modeling, ionospheric studies, and environmental monitoring at a fraction of traditional costs.
Comprehensive solutions for accessing and analyzing atmospheric data from the stratosphere to the mesosphere using proven light-gas propulsion technology.
Access the mesosphere and ionosphere for critical climate data collection. Our specialized fiberglass vehicles deliver scientific instruments to altitudes where conventional methods cannot reach, enabling breakthrough research in communication, navigation, and climate science.
Reliable sub-orbital delivery services for atmospheric research payloads. Our system accelerates scientific instruments beyond Mach 3 to the stratosphere and beyond, providing cost-effective access for environmental monitoring and climate studies with proven launch capabilities.
Precision delivery of monitoring equipment to stratospheric altitudes using our 54-foot vertical launch system. Ideal for long-duration atmospheric measurements, ozone monitoring, and temperature profiling with RF-transparent vehicle design protecting sensitive instrumentation.
Validate atmospheric models and scientific instruments in real stratospheric and mesospheric conditions. Our hypersonic launch capabilities up to Mach 9 enable comprehensive testing of sensors, collection systems, and measurement protocols in actual operating environments.
Enable critical ionospheric research with reliable access to altitudes between 50-80 km. Our proven technology facilitates communication, navigation, and surveillance R&D in this under-studied atmospheric region, supporting advancement of space-based technologies.
Deploy comprehensive atmospheric monitoring systems for climate research and environmental assessment. Our rapid launch capability enables frequent sampling missions, providing climatologists with time-series data essential for understanding atmospheric dynamics and long-term climate trends.
We collaborate with your research team to design the optimal sampling mission. Our engineers integrate your scientific instruments into our RF-transparent fiberglass vehicles, ensuring protection during high-velocity launch while maintaining data transmission capabilities. Mission parameters including altitude targets, trajectory profiles, and data collection requirements are precisely defined.
Supporting breakthrough atmospheric research through reliable high-altitude access and data collection capabilities.
We provide unmatched access to atmospheric regions critical for climate science and environmental research.
Proven hypersonic performance up to Mach 9, enabling access to mesospheric altitudes unreachable by conventional research platforms.
Significantly lower mission costs compared to traditional sounding rockets, enabling more frequent sampling and comprehensive atmospheric studies within research budgets.
Hydrogen-oxygen propellant produces only water vapor, ensuring your atmospheric measurements aren't contaminated by launch vehicle emissions—critical for accurate climate data.
Launch readiness every 60-90 minutes enables responsive sampling during atmospheric events and efficient data collection campaigns for time-sensitive research programs.
Pioneering experts in high-velocity propulsion and atmospheric access technology.
Chief Technical Officer
Dr. Hunter brings decades of expertise in high-velocity propulsion systems to Green Launch's atmospheric sampling missions. As the former leader of the SHARP (Super High Altitude Research Project) at Lawrence Livermore National Laboratory, he pioneered the light-gas gun technology that now enables cost-effective access to the mesosphere and ionosphere. His physics background and hands-on experience with hypersonic vehicle testing have been instrumental in achieving Green Launch's record-breaking Mach 8 scramjet operation and Mach 9 launch velocities. Dr. Hunter's deep understanding of atmospheric physics and propulsion dynamics ensures that every sampling mission is optimized for scientific data quality and mission success. Under his technical leadership, Green Launch has conducted over 25 successful test firings at Yuma Proving Ground, demonstrating the reliability and precision required for critical climate research.
Strategic Outreach
Eric Robinson serves as the vital connection between Green Launch's technology and the scientific research community. As a systems scientist and entrepreneur, he possesses a unique ability to translate complex atmospheric sampling requirements into practical mission designs. His expertise in fluid delivery systems for aerospace applications ensures that research payloads are integrated seamlessly with Green Launch's propulsion technology. Eric works directly with climatologists, atmospheric physicists, and research institutions to identify critical data gaps and design sampling missions that address their specific needs. His collaborative approach has helped establish partnerships with organizations like the National Science Foundation, opening new frontiers in mesospheric research. Eric's strategic vision extends beyond individual missions—he's building the infrastructure that will make routine atmospheric access a reality for the global research community.
Chairman of the Board
Don Whitney brings essential operational and environmental expertise to Green Launch's atmospheric sampling programs. His background as an Air Force pilot provides crucial insights into high-altitude operations, flight safety protocols, and mission planning under challenging conditions. As an environmental consultant, Don ensures that Green Launch's zero-emission technology aligns with the highest environmental standards—particularly important when conducting atmospheric research where launch contamination could compromise data integrity. His dual perspective allows Green Launch to operate with military precision while maintaining the environmental consciousness essential for credible climate science. Don's leadership has been instrumental in establishing Green Launch's relationship with Yuma Proving Ground and ensuring that all testing activities meet rigorous safety and environmental compliance standards. His oversight ensures that atmospheric sampling missions are executed with the reliability and environmental stewardship the scientific community demands.
Our light-gas propulsion technology delivers payloads to stratospheric altitudes (approximately 50 km) with Mach 3+ velocities, and mesospheric altitudes (60-80 km) with velocities up to Mach 9. This range covers critical atmospheric layers including the ozone layer, middle stratosphere, and the previously difficult-to-access mesosphere and lower ionosphere. Our vertical launch system at Yuma Proving Ground has been proven through multiple successful missions, providing reliable access for climate research, atmospheric chemistry studies, and ionospheric investigation.
Connect with our atmospheric sampling experts to design a mission that meets your scientific objectives and budget.
World record for high Mach number engine operation in free-flying scramjet
Selected by National Science Foundation for mesospheric atmospheric sampling
Approved testing facility access for advanced propulsion research
Contact our team to discuss your atmospheric sampling requirements, mission objectives, and timeline. We'll design a custom solution that delivers the data you need.
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