Defense Industry Testing
We perform MIL-STD-810-based severe environment and durability reliability testing, as well as railway reliability testing.
- Test Items
- 6
- Standards
- 3
- Equipment
- 5
Service Overview
ATL performs reliability testing to verify that defense-industry components and systems operate reliably under extreme operational environments such as high/low temperature, humidity, vibration, and shock.
Using environmental tests based on MIL-STD-810 (F/G), the U.S. Department of Defense's military standard, we reproduce severe operating conditions such as desert, polar, and marine environments to evaluate equipment performance and durability.
We also provide reliability testing for railway vehicle and signaling components, alongside defense parts such as winches, automatic fire-suppression systems, hydraulic units, missile launch systems, control panel units, and power/signal processing units.
Key Test Items
Core testing and evaluation items specific to this field.
Applicable Standards
Delivering objective test results based on international and domestic standards.
- MIL-STD-810F (2000 / 2003 N3)
- Environmental testing for military equipment, 501.4 High Temperature / 507.4 Humidity (electronics, vehicles, weapon systems)
- MIL-STD-810G (2008 / Change1 2014)
- Environmental testing for military equipment, 501.5–501.6 High Temperature / 507.5–507.6 Humidity
- KS R 9144:2021
- Vibration and shock test methods for railway vehicle components and signaling equipment
Equipment
Precision-calibrated test facilities that produce accurate, reliable data.
Combined Vibration Test System (6.5 ton)
Max. exciting force 63.6kN, 2–2,700Hz
A large electrodynamic vibration system (combined with temperature/humidity) that reproduces MIL-STD-810 vibration profiles.
Combined Vibration Test System (4 ton)
ETS Solution, max. 40kN, 5–2,700Hz
Performs sine and random vibration combined with temperature/humidity environmental testing.
Rapid Temperature Change Chamber (PTC)
-65 to 200°C, 7/10/15°C/min
Evaluates severe-environment durability through rapid thermal cycling.
Constant Temperature & Humidity Chamber
-60 to 150°C, 20–98%RH, 1,000L
Reproduces combined high/low temperature and humidity operating environments.
Thermal Shock Chamber
-65 to 200°C, damper type
Evaluates internal component stress durability through rapid temperature transitions.
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ATL's expert engineers provide reliability testing for automotive electronics, defense, and IT products. Request a quote online or call us.