338 lapua fmj ammo vs steel plate,Introduction to 338 Lapua FMJ Ammo and Steel Plate When it comes to shooting sports or certain military applications, th
Introduction to 338 Lapua FMJ Ammo and Steel Plate
When it comes to shooting sports or certain military applications, the interaction between 338 Lapua full metal jacket (FMJ) ammo and steel plates is an interesting topic. The 338 Lapua FMJ ammo is known for its high velocity and long - range capabilities. It has a relatively large caliber, which gives it significant stopping power. Steel plates, on the other hand, are often used as targets in shooting ranges or for ballistic testing.
When the 338 Lapua FMJ ammo hits a steel plate, there are several things that can happen. The ammo's high velocity can cause a significant impact on the steel plate. Depending on the thickness and quality of the steel plate, the bullet may penetrate, ricochet, or simply leave a large dent.
Penetration Capability
If the steel plate is not thick enough, the 338 Lapua FMJ ammo has a good chance of penetrating it. This is because of the high energy that the bullet carries. However, in a shooting range environment, it is important to use steel plates that are designed to handle this type of ammo. Otherwise, there could be a safety risk if the bullet passes through the plate and continues on its trajectory.
Ricochet Possibility
Ricochet is also a concern when shooting 338 Lapua FMJ ammo at steel plates. If the angle of impact is not perpendicular, or if the surface of the steel plate is not smooth, the bullet may ricochet. This can be dangerous as the ricocheting bullet can go in an unpredictable direction. Shooters need to be aware of this and take appropriate safety measures, such as wearing proper protective gear and having a safe shooting area with proper backstops.
Denting the Steel Plate
Even if the bullet does not penetrate or ricochet, it can still leave a large dent on the steel plate. This can affect the usability of the plate as a target over time. Repeated impacts from 338 Lapua FMJ ammo can cause the steel plate to deform and may require it to be replaced or repaired.
Question 1: Is 338 Lapua FMJ ammo safe to use with steel plate targets?
Answer: It can be safe if proper precautions are taken. The steel plates should be of appropriate thickness and quality to handle the impact of the ammo. Also, shooters need to be aware of ricochet risks and take safety measures like wearing protective gear and having a proper shooting area with backstops.
Question 2: How does the thickness of the steel plate affect the performance of 338 Lapua FMJ ammo?
Answer: If the steel plate is too thin, the ammo may penetrate it, which can be a safety hazard. A thicker plate is more likely to stop the bullet, but may also be more prone to denting. The optimal thickness depends on the specific requirements of the shooting situation, whether it is for target practice or ballistic testing.
Below is,338 lapua fmj ammo vs steel platepartial price list| Category | Market Price | Use Cases |
| 4x8 sheet metal 1 4 | 1071$/Ton | Building exterior walls, roofs |
| 304 stainless steel weight per square foot | 1104$/Ton | Handrails, doors and windows |
| 4x8 3/16 steel plate price | 1111$/Ton | Train cars, ships |
