: While primarily used for large and medium-caliber systems like the 122 mm D-30A howitzer
: By standardizing the "aggregate parameters" (like powder temperature, projectile mass, and chamber volume), NATO allies can share ballistic data and ensure that ammunition developed in one country performs predictably in another's weapon systems. Key Technical Parameters
Thermodynamic Interior Ballistic Model with Global Parameters Intertek Inform stanag 4367
The entire vehicle is subjected to a live blast. Instrumentation includes:
STANAG 4367 only addresses blasts directly under the hull (typically the center). It does not cover a mine detonating under a wheel or track (off-center), which can cause different injury patterns (lateral whiplash). : While primarily used for large and medium-caliber
is the NATO standardization agreement that defines a Thermodynamic Interior Ballistic Model using global (or aggregate) parameters. It provides a unified mathematical framework for simulating how projectiles move inside a gun barrel—specifically for Naval and Army forces—to ensure consistent data exchange across allied nations. Core Concepts of STANAG 4367
Thicker armour on the belly (e.g., 15-25mm of high-hardness steel) is a brute-force solution. STANAG 4367 testing validates that thickness against specific charge weights. It does not cover a mine detonating under
A propellant tested in one country might appear to have different performance specs in another.
: It allows engineers to estimate gas pressure in the combustion chamber and projectile muzzle velocity accurately.