Aerospace & Defence
Aerospace and defence
What goes wrong
Failure modes we test for
- Reliable operation of airborne control electronics at temperature extremes
- Radar and satellite assemblies under vacuum and thermal cycling
- Ingress protection for UAVs in humidity, sand and dust, and rain
- Full-scope compliance with GJB 150 environmental test programmes
Test scenarios and what the solution gives you
For aerospace and defence programmes, a full environmental reliability test set built around GJB 150A, MIL-STD-810 and RTCA DO-160.
High and low temperature, damp heat, vibration, shock, low pressure, rain, sand and dust, and salt spray are all covered, supporting reliable operation of air vehicles under extreme conditions.
Test objects
What we test
- Airborne electronics and avionics
- Radar assemblies and antennas
- Satellite assemblies and communication modules
- Complete UAVs and flight-control systems
- eVTOL and flying vehicles
- Defence equipment and missile electronics
Standards
Applicable standards
| GJB 150A | Laboratory environmental testing for military equipment |
|---|---|
| MIL-STD-810 | Environmental engineering considerations |
| RTCA DO-160 | Environmental conditions for airborne equipment |
| HB 6-71 | Aviation industry standard |
Solution highlights
How the configuration helps
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Avionics
Combined temperature, low pressure and vibration to satisfy the full GJB 150A programme
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Satellite assemblies
Vacuum thermal cycling and thermal shock to verify space-environment tolerance
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Complete UAVs
Walk-in rooms reproduce extreme climate, damp heat, sand and rain at full IP scope
Discuss your test programme
Send the standard and the specimen, and we will map it onto a chamber configuration with the evidence your reviewer will ask for.