Inceptor ARX 45 Cal (.452) 158gr (500 ct)

500 ct of Inceptor 45 Cal (.452) 158gr ARX (450 Bushmaster, 45 Colt, or similar) rifle bullets

These are brand new bullets. Manufacturer information suggest that due to the polymer-copper compound used to make these projectiles, the user should expect variances in projectile length, weight, and diameter. 

Tips for Reloading:

Inceptor Ammunition uses injection molding to create projectiles that are an innovation in bullet design, composition and manufacturing. These projectiles are perfect for self-defense and training; intermediate barrier-blind and frangible on hardened steel. Since polymer-copper projectiles may have the tendency to fracture under stress, a proper loading procedure should be followed to prevent fracturing.

Adjusting the Bell/Flare/Expander Die:

The die should be set in a manner that the case mouth is belled/flared just enough to allow the bullet to lead in correctly.

Seating the Bullet:

Inceptor projectiles are compatible with standard seating dies. If bullet shaving is occurring, more bell/flare is needed. Always use suggested Cartridge Overall Length when loading.

Inceptor polymer-copper projectiles weigh approximately 70% as much as lead core projectiles with similar profiles. This lighter weight means higher velocities, resulting in less bullet drop, less recoil and less muzzle rise, allowing for quicker, more accurate follow-up shots and a very enjoyable shooting experience. Terminal performance, particularly with the patented ARX projectile, is improved due to higher velocity and design, which creates massive temporary cavities upon impact with soft tissue. This non-expanding projectile harnesses the gain in kinetic energy accrued due to the increased velocity of fluid through the constriction designed into the flutes contained in the ARX projectile. The advanced materials and design used in the manufacture of these projectiles also significantly reduces over penetration and the chance of ricochet, helping to moderate the risk of collateral damage during defense situations.