TRL9 provides the infrastructure to ensure that confidence, at scale. We make propulsion validation faster, more reliable, and future-proof so your engines reach your spacecraft integrator on time, every time.
Built to support the next wave of mega-constellations through life test and qualification testing
Designed to accelerate commercial, defense and space exploration launch cadence
A thurster development partner committed to advancing the reliability and evolution of in-space propulsion
Mitchell Walker, Ph.D.
Georgia Tech
- School Chair & Professor of Aerospace Engineering
Georgia Tech - Director of High-power Electric Propulsion Laboratory
Georgia Tech - Director of the NASA Joint Advanced Propulsion Institute
University of Michigan: BSE, MSE, Ph.D. Aerospace Engineering
Rafael Spears
The Aerospace Corporation - Director Commercial Space Applications
L3Harris - President Microwave Device Division
L3Harris - Vice President Satellite Electric Propulsion Division
Boeing
Satellite Systems - Director Satellite Assembly Integration & Test
California Polytechnic State University San Luis Obispo - BSME
Thunderbird
School of Global Management
Dan Lev, Ph.D.
Rafael - Electric Space Propulsion Specialist
Georgia Tech - Research Engineer, High- power Electric Propulsion Laboratory
Princeton University: Ph.D., Electric Propulsion and Plasma Physics
Technion - Israel Institute of Technology: BsC, Aerospace and Aerospace
and Aeronautical Engineering