Access critical atmospheric temperature profile data through advanced sub-orbital sampling missions. Green Launch delivers precise measurements from the mesosphere to the stratosphere using hypersonic vehicle technology, providing climatologists and researchers with essential data for modeling, forecasting, and understanding atmospheric dynamics at altitudes traditional methods cannot reach.
Comprehensive atmospheric sampling and temperature profiling solutions from the stratosphere to the mesosphere using advanced propulsion technology.
Direct sampling missions to the mesosphere (50-85 km altitude) providing crucial data to climatologists. Our specialized fiberglass vehicles with RF-transparent bodies enable protected instrument deployment for communication, navigation, and surveillance research in this rarely accessed atmospheric region.
Rapid delivery of scientific instruments to the stratosphere and beyond using Mach 3+ capable launch systems. Cost-effective access for atmospheric sampling, temperature profiling, and research missions with proven vertical launch capability achieving altitudes traditional methods cannot reach economically.
High-velocity atmospheric testing services with launch projectile velocities up to Mach 9. Our scramjet technology holds the record for high Mach number engine operation at Mach 8, enabling advanced atmospheric research and vehicle validation in extreme flight regimes.
Traditional atmospheric data collection methods struggle to access the mesosphere and upper stratosphere cost-effectively. Green Launch's light-gas propulsion technology delivers research instruments to altitudes between 50-100 km, enabling direct temperature measurements and atmospheric sampling where conventional aircraft and balloons cannot operate. Our hydrogen-oxygen propulsion system achieves velocities exceeding Mach 3 vertically, providing scientists and climatologists with crucial data for modeling atmospheric dynamics, validating climate models, and advancing our understanding of temperature profiles in regions critical to global weather patterns.
Supporting groundbreaking atmospheric research with reliable data collection missions across critical altitude ranges.
Pioneering technology meets scientific precision for atmospheric research.
Achieved Mach 8 scramjet operation and Mach 9 launch velocities—enabling access to atmospheric regions others cannot reach.
Light-gas propulsion delivers atmospheric sampling missions at a fraction of traditional rocket costs, making frequent data collection feasible.
Over 25 successful test firings at Yuma Proving Ground demonstrate reliability and technical maturity for mission-critical atmospheric research.
Hydrogen-oxygen propellant produces only water vapor—sustainable space access technology with no environmental impact on atmospheric studies.
Physics and aerospace expertise driving atmospheric research innovation.
Chief Technical Officer
Dr. Hunter is a distinguished physicist who brings decades of expertise in high-velocity propulsion systems to Green Launch's atmospheric research missions. As the former leader of the SHARP (Super High Altitude Research Project) program at Lawrence Livermore National Laboratory, Dr. Hunter pioneered light-gas gun technology for hypersonic testing and space access applications. His groundbreaking work on hydrogen combustion propulsion systems laid the foundation for Green Launch's record-breaking Mach 8 scramjet operations. Dr. Hunter's deep understanding of atmospheric physics, thermodynamics, and ballistics enables precise mission planning for temperature profiling and mesospheric sampling. His technical leadership ensures that every atmospheric data collection mission meets the rigorous standards required by climatologists and research institutions seeking reliable upper-atmosphere measurements.
Strategic Outreach
Eric Robinson is a systems scientist and aerospace entrepreneur who serves as Green Launch's liaison to the scientific research community. With specialized expertise in fluid delivery systems for aerospace applications, Eric understands the technical requirements and operational constraints facing atmospheric researchers. He works directly with climatologists, university research teams, and institutions like the National Science Foundation to design custom atmospheric sampling missions that meet specific data collection objectives. Eric's ability to translate complex scientific requirements into mission parameters ensures that temperature profiling payloads are optimally configured for each altitude range and atmospheric phenomenon under investigation. His collaborative approach has established Green Launch as a trusted partner for organizations requiring access to the mesosphere and stratosphere for climate research and atmospheric modeling validation.
Chairman of the Board
Don Whitney brings a unique combination of aviation experience and environmental science expertise to Green Launch's atmospheric research initiatives. As a former Air Force pilot, Don understands the operational challenges of high-altitude flight and the critical importance of accurate atmospheric data for aviation safety and mission planning. His subsequent career as an environmental consultant provided deep insights into climate modeling, atmospheric chemistry, and the data requirements of scientific research organizations. Don's strategic leadership ensures Green Launch's technology development aligns with the evolving needs of the atmospheric research community. He has been instrumental in establishing partnerships with research institutions and positioning the company's capabilities to address critical gaps in mesospheric and stratospheric temperature profiling. His governance ensures mission safety protocols meet the highest standards while maintaining cost-effectiveness for scientific customers.
The atmospheric temperature profile describes how temperature varies with altitude from Earth's surface through the troposphere, stratosphere, mesosphere, and thermosphere. It's critical for climate modeling, weather forecasting, and understanding atmospheric dynamics. Temperature generally decreases with altitude in the troposphere, increases in the stratosphere due to ozone absorption, decreases again in the mesosphere, and rises dramatically in the thermosphere. Accurate profiling requires direct measurement at specific altitudes, which Green Launch provides through sub-orbital sampling missions.
Discuss your atmospheric data collection needs with our technical team for custom mission planning.
Highest Mach number scramjet operation achieved
Trusted testing facility collaboration since 2017
Environmentally sustainable propulsion system
Contact Green Launch to discuss your atmospheric temperature profiling requirements and mission objectives. Our team will help design a custom sampling mission to meet your research 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