At Tunix Corporation, we redefine precision in aerospace testing with globally trusted, engineering-driven solutions. Our unmatched expertise in pre-engineered and fully customized environmental chambers empowers aerospace manufacturers to validate components, systems, and materials across the most demanding flight scenarios.

From suborbital systems to deep space components, Tunix helps you simulate, measure, and optimize—ensuring your innovations are ready for real-world performance and global certification.

Aerospace-Grade Reliability. Globally Recognized Standards.

Our aerospace test chambers are engineered for uncompromising quality, performance, and compliance. Each solution is built in adherence to the world’s strictest standards, includingCE Marking – Meeting European Union safety, health, and environmental directives.

• AS9100 & ISO Compliance – Ensuring robust quality management, repeatability, and traceability essential for the aerospace sector.

With Tunix, every test you conduct becomes a confident step toward certification, mission-readiness, and long-term operational success.

Beyond Earth. Beyond Expectations.

Extreme Environmental Simulation

From vacuum-level pressure to thermal extremes and cosmic conditions, our chambers recreate spaceflight environments in accelerated timelines—ensuring every aerospace innovation is mission-tough.

Altitude & Low Pressure Testing

Replicating altitudes up to 100,000 feet, our chambers validate avionics, oxygen systems, enclosures, and fuselage integrity under dynamic, low-pressure scenarios.

Thermal Shock & Temperature Cycling

With rapid transitions between –80°C to +220°C, our chambers identify thermal fatigue in composite panels, weld joints, and electronic systems exposed to orbital cycles or atmospheric re-entry.

Multi-Axis Vibration & Shock Testing

Simulate the intense mechanical stress of liftoff, flight, turbulence, and landing. Tunix electrodynamic systems replicate real-world launch sequences to assess fatigue, resonance, and structural integrity.

Solar Radiation & UV Exposure Testing

Our solar simulation chambers expose aerospace materials to UV, infrared, and full-spectrum solar radiation—helping forecast degradation, fading, and thermal impact over long missions.

Humidity & Moisture Resistance

Simulate tropical conditions or post-cruise condensation. Our chambers validate PCBs, insulation, and avionics against RH levels up to 98% at 95°C—critical for performance in humid and varied altitudes.

Corrosion Testing

Ensure long-term durability against salt-laden air, atmospheric pollutants, and condensation-induced corrosion with cyclic and salt spray testing chambers.

Dust, Sand & Particulate Ingress

From desert runways to high-altitude particulates, our ingress test chambers simulate airborne contamination—verifying seals, filters, sensors, and enclosures.

Fluid, Leak & Seal Integrity Testing

Our precision ingress test systems ensure hydraulic systems, fuel lines, and sealants remain airtight and leak-proof under operational loads and pressure shifts.

Aerospace Components Tested in Tunix Environmental Chambers