Medical & Specialized · CLASS III

Radiation & Reactor Suit

Extreme-environment garment architecture with defined exposure limits

An extreme-environment suit study combining dosimetry, thermal management, contamination control, and mission-specific shielding inserts. It is an engineering research line—not a claim of universal radiation protection.

Early concept studyPublic concept page

Program definition

What this system is designed to do

Personal dosimetry and exposure-history integration
Thermal, contamination, and interface monitoring
Mission-specific removable shielding concepts
Human heat burden and mobility treated as primary constraints

Reality

Established building blocks

Personal dosimeters, cooling garments, contamination garments, and specialized shielding materials are established technologies.
Local shielding can reduce selected radiation exposures, but effectiveness depends on radiation type, energy, geometry, and mass.
Electronic exposure logging is feasible with qualified components.

Program target

What still has to be engineered

Integrate measurement, garment status, and selected shielding without hiding the mass and mobility tradeoffs.
Create separate reactor, medical-radiology, and space-radiation hazard models.
Keep passive protection independent of network connectivity.

Claim boundary

What this page does not promise

No suit makes ionizing-radiation exposure safe or provides complete shielding.
Neutron, gamma, beta, particle, electromagnetic, and thermal hazards require different controls.
Each derivative needs specialist review, dose modeling, testing, and regulatory alignment.

Development path

Evidence gates before market claims.

Each stage earns the next level of public language. A rendering or successful material coupon never substitutes for a complete-system test.

01
Exposure taxonomy
Radiation type and mission profile defined
02
Dosimetry garment
Sensor, calibration, and alarm validation
03
Shielding trade study
Net protection, mass, and heat-burden evidence

Source control

BIOGAR program architecture — derivative document pending

The controlled engineering document remains the source of truth. Technical details, requirements, test methods, and IP-sensitive material stay outside the public site until cleared for release.