Military Equipment
Military equipment such as various weapons, ammunition and ancillary products, including special raw materials, components and other products.
Test items
Mechanical Environment: Vibration, Mechanical Shock, Free Fall, Collision, etc.
Climatic Environment: Constant Temperature and Humidity, Temperature Cycling, Temperature and Humidity Cycling, Ultraviolet light, low air pressure, Rain, etc.
Biological and Chemical Environmental: Sand, Salt Spray, Mold, etc.
Comprehensive Environment: Temperature and Low Air Pressure, Temperature-Humidity-Low air Pressure-Vibration etc.
Test Standard
| GJB150.1A-2009 | Laboratory environmental test methods for military equipment | Part 1: General principles |
| GJB150.2A-2009 | Laboratory environmental test methods for military equipment | Part 2: Low pressure test |
| GJB150.3A-2009 | Laboratory environmental test methods for military equipment | Part 3: High temperature test |
| GJB150.4A-2009 | Laboratory environmental test methods for military equipment | Part 4: Low temperature test |
| GJB150.5A-2009 | Laboratory environmental test methods for military equipment | Part 5: Temperature shock test |
| GJB150.7A-2009 | Laboratory environmental test methods for military equipment | Part 7: Solar radiation test |
| GJB150.8A-2009 | Laboratory environmental test methods for military equipment | Part 8: Rain test |
| GJB150.9A-2009 | Laboratory environmental test methods for military equipment | Part 9: Humidity test |
| GJB150.10A-2009 | Laboratory environmental test methods for military equipment | Part 10: Fungus test |
| GJB150.11A-2009 | Laboratory environmental test methods for military equipment | Part 11: Salt spray test |
| GJB150.12A-2009 | Laboratory environmental test methods for military equipment | Part 12: Sand and dust test |
| GJB150.13A-2009 | Laboratory environmental test methods for military equipment | Part 13: Explosive atmosphere test |
| GJB150.14A-2009 | Laboratory environmental test methods for military equipment | Part 14: Immersion test |
| GJB150.15A-2009 | Laboratory environmental test methods for military equipment | Part 15: Acceleration test |
| GJB150.16A-2009 | Laboratory environmental test methods for military equipment | Part 16: Vibration test |
| GJB150.17A-2009 | Laboratory environmental test methods for military equipment | Part 17: Noise test |
| GJB150.18A-2009 | Laboratory environmental test methods for military equipment | Part 18: Shock test |
| GJB150.20A-2009 | Laboratory environmental test methods for military equipment | Part 20: Gunnery vibration test |
| GJB150.21A-2009 | Laboratory environmental test methods for military equipment | Part 21: Wind pressure test |
| GJB150.22A-2009 | Laboratory environmental test methods for military equipment | Part 22: Ice/freezing rain test |
| GJB150.23A-2009 | Laboratory environmental test methods for military equipment | Part 23: Tilt and sway test |
| GJB150.24A-2009 | Laboratory environmental test methods for military equipment | Part 24: Temperature-humidity-vibration-altitude test |
| GJB150.25A-2009 | Laboratory environmental test methods for military equipment | Part 25: Vibration-noise-temperature test |
| GJB150.26A-2009 | Laboratory environmental test methods for military equipment | Part 26: Fluid contamination test |
| GJB150.27A-2009 | Laboratory environmental test methods for military equipment | Part 27: Explosive separation shock test |
| GJB150.28A-2009 | Laboratory environmental test methods for military equipment | Part 28: Acid atmosphere test |
| GJB150.29A-2009 | Laboratory environmental test methods for military equipment | Part 29: Ballistic shock test |
| GJB150.30A-2009 | Laboratory environmental test methods for military equipment | Part 30: Ship shock test |
| GJB 899A-2009 | National military standards – military equipment reliability test | Reliability evaluation and acceptance test |
| GJB 151A-1997 | Requirements for electromagnetic emission and sensitivity of military equipment and subsystems | |
| GJB 152A-1997 | Measurement of electromagnetic emission and sensitivity of military equipment and subsystems |
