Police Forces range
“safety and efficiency”
The police force range of the FIER bullets solve several issues of the security forces and are destined only for them. More detailed information will be provided on demand to any authorized person.
The Police forces FIER range
Police forces Projectiles
General common features to all FIER projectiles for the police forces:
The FIER bullet range for the police forces is adapted to the 12x70 2"3/4 or 12x76 3" gauge weapons (Magnum), pump-action shotgun or semiautomatic type with smooth or rifled bore barrels.
The projectiles have a high speed between 415 and 540 m/s and remain united throughout their aerial trajectory. The release of the internal projectile only occurs when it touches a hard body.
The kinetic energy of the inside projectile is multiplied by 2.5 at impact. That double/triple effect is obtained thanks to the composition of the internal projectile released during impact, which acts as a shock dart. The central arrow and the mass provoke a high neutralizing shock effect power. Both parts of which the materials are different act together or individually according to the resistance of the touched target which becomes or not the third effect. The FIER projectiles hang excellently on the target even with a big incidence angle, this is due to 3 features :
- The tip of the central arrow
- The plastic container with multiple grooves which grabs onto the obstacle's shape during tangential shots and guides the penetration of the projectile through its central chimney
- The inner bore of the container. It is a security guarantee because it reduces the risk of ricochets
The excellent precision obtained in all the barrels is due to the association :
- Of a heavy mass combined with a light casing
- Of a high and regular speed
- Of a perfect adaptation of the back part of the projectile to the barrel during the shot.
Securing the use, the FIER bullet reduces risks for the environment off-target :
- In the final part of its trajectory, the inside projectile can not be released from the container during an unforeseen impact due to insufficient energy. It then behaves like a mono-block projectile of which the frontal section is 275 mm2. The projectile undergoes considerable braking, leading to a significant reduction in range.