Tested for the Extremes Validated for Orbit

In the aerospace sector performance is not assumed it is proven Aro Labs operates on a foundation of rigorous data driven validation We utilize elite academic and nuclear research infrastructure to ensure our advanced pressure cured composites exceed the most demanding mission requirements

We move fast, but we don’t guess. We rely on strict, independent third-party testing to prove our materials can survive the vacuum of space.

The Path to Flight Heritage

Aro Labs is currently advancing through a comprehensive validation roadmap to move NeoShield™ from the laboratory to Low Earth Orbit

Outgassing and Vacuum Stability ASTM E595 In a vacuum inferior polymers can outgas releasing volatile condensable materials that contaminate sensitive optical payloads We target absolute compliance with ASTM E595 standards ensuring NeoShield remains stable and clean in the void of space

High Energy Radiation Characterization Utilizing elite national particle accelerator facilities we subject our pressure cured coupons to high energy particle streams This validates our exceptional attenuation efficiency against the actual radiation environment found in orbit

Thermal and Mechanical Resilience Through strategic academic research partnerships we perform extreme thermal cycling stressing our advanced molecular matrix from negative 150 C to positive 150 C to ensure zero structural degradation or voiding in our molded composites

Strategic Technical Validation

To provide the highest level of certainty for our aerospace prime contractors we maintain a strict independent validation model

Independent Verification All shielding data is characterized by independent doctorate level researchers ensuring an unbiased gold standard for our material performance

Technology Readiness Progression Our current roadmap is designed to move NeoShield™ from laboratory validation to a space environment prototype through rigorous federal aerospace frameworks

Sovereign Quality Control Every batch of our specialized precursor matrix is tracked via a strict digital chain of custody ensuring the high purity raw materials meet aerospace grade specifications before they enter the pressure curing process

Validation Milestones