HARDENING
THE NEW SPACE
FRONTIER.
The first purpose-built private facility in the United States engineered exclusively for proton radiation testing. Mission-critical validation for LEO, GEO, and deep-space hardware.
Core Capabilities
Proton Acceleration
Single Event Effect testing using high-flux proton beams up to 230 MeV. Energy degrader stack down to 50 MeV.
- // ENERGY: 50–230 MEV
- // FLUX: UP TO 10⁷ CM⁻²/S
- // MIL-STD-883 PROFILES
Flash X-Ray / TREE
Nanosecond-scale prompt-dose pulses to validate hardware survivability against transient radiation bursts.
- // PULSE: NANOSECOND CLASS
- // PROMPT-DOSE LATCH-UP
- // MULTI-AXIS DIAGNOSTICS
Cobalt-60 Gamma
Sustained, high-dose-rate gamma irradiation for accelerated Total Ionizing Dose lifecycle qualification.
- // SOURCE: COBALT-60
- // PANORAMIC GEOMETRY
- // NIST TRACEABLE DOSIMETRY
The radiation environment is not theoretical.
Galactic cosmic rays, solar particle events, and Earth's Van Allen belts degrade silicon in three distinct ways. We test against the proton flux that drives them.
Read the full briefing →Single Event Effects (SEE)
A single high-energy particle flips bits, latches power rails, or burns out devices.
Total Ionizing Dose (TID)
Cumulative damage shifts device parameters until functional failure.
Displacement Damage (DDD)
Atomic displacements degrade solar cell efficiency and optoelectronic response.
Secure Your Beam Time
Scheduling is open. Talk to our physics team about a facility specification pack and bulk beam-time partnerships.