Pioneering High-Energy Proton Radiation Effects Testing (≥230 MeV) for Space System.
Founded in 2024, the Aerospace Research Center (ARC) is the premier privately owned radiation effects testing facility in the United States. We are specifically built to aid manufacturers and operators in qualifying components for the harshest environments.
Cutting-Edge Technology: Leveraging proton acceleration (targeting ≥230 MeV).
High-Fluence Testing: Providing independent verification for critical hardware.
Industry Wide Support: Serving manufacturers, satellite operators, and defense.
Mission Ready: Qualification for LEO, GEO, and deep-space missions.
"The technology you use impresses no one. The experience you create with it is everything." - CEO Portal
We help aerospace manufacturers and operators qualify components for the harshest environments to ensure mission success.
Cumulative radiation effects testing up to 230 MeV protons.
SEU, SEL, SEB, and upset characterization.
Proton-induced non-ionizing damage simulation.
Compliant with MIL-STD-883, ESCC 25100, NASA/ESA standards.
Spacecraft and satellites face intense radiation from galactic cosmic rays, solar particle events, and Earth’s Van Allen belts. This radiation can cause three primary types of damage to electronics and materials:
Gradual degradation that shifts device parameters and can lead to failure over time.
A single high-energy particle can flip bits (SEU), trigger destructive latchup (SEL), or burn out power devices (SEB/SEGR).
Atomic displacements that reduce solar cell efficiency and degrade optoelectronics.
Proper testing with realistic proton and heavy-ion beams is essential to ensure mission reliability and longevity in orbit.
State-of-the-art compact proton accelerator and cleanroom labs for precise, high-fluence radiation simulation.
Email: info@aerospace-rc.com
Location: Orlando, Florida area