Embodiments of a predictably fragmenting projectile having internally-arranged geometric features are disclosed herein. According to various embodiments, a predictably fragmenting projectile having internally-arranged geometric features can include a substantially solid core of a material; a substantially continuous and smooth outer ogive; a plurality of petals attached to the core and formed from the material, each of the plurality of petals can include a smooth outer surface and can be formed by two break lines formed on the inside of the petals; and a cavity that is located proximate to the core and inner surfaces of the plurality of petals. The fragmenting projectile can be configured to deform by at least one of the plurality of petals pivoting outwardly relative to the cavity.

The present invention provides a metal injection molded ammunition cartridge comprising a metal injection molded bottom portion comprising a primer recess in communication with a primer flash hole that extends into a propellant chamber and a metal injection molded body extending form the metal injection molded bottom portion.

The invention includes a non-metal, polymer projectile that can be launched from a launching device having a smooth or rifled bore, wherein the launch is facilitated using combustion, vacuum, air pressure, or hydraulic pressure.

The invention includes a non-metal, polymer projectile that can be launched from a launching device having a smooth or rifled bore, wherein the launch is facilitated using combustion, vacuum, air pressure, or hydraulic pressure.

A bullet designed to expand reliably at subsonic velocities has a leading end region divided by notches into petals. The exterior of the bullet has a groove configured to allow limited initial bending of the petals to facilitate spreading of the petals to increase the cross-section of the bullet upon impact with a target.

A bullet designed to expand reliably at subsonic velocities has a leading end region divided by notches into petals. The exterior of the bullet has a groove configured to allow limited initial bending of the petals to facilitate spreading of the petals to increase the cross-section of the bullet upon impact with a target.

Projectiles for ammunition and ammunition for firearms are disclosed. Methods of making projectiles for ammunition and ammunition for firearms, and methods of using projectiles for ammunition and ammunition for firearms are also disclosed.

Projectiles for ammunition and ammunition for firearms are disclosed. Methods of making projectiles for ammunition and ammunition for firearms, and methods of using projectiles for ammunition and ammunition for firearms are also disclosed.

The present invention provides an expandable broadhead in which the inner surface of the blades contacts a band on the ferrule. The ferrule includes forward blade stops to securely align the blades in a closed position. The ferrule also includes rearward blade stops to securely align the blades in a fully deployed position. The blades can easily rotate to the fully deployed position when the broadhead contacts and penetrates a target. The kinetic energy used to deploy the blades is reduced given the angle of the blades and the angle of rotation of the blades.

The present invention provides an expandable broadhead in which the inner surface of the blades contacts a band on the ferrule. The ferrule includes forward blade stops to securely align the blades in a closed position. The ferrule also includes rearward blade stops to securely align the blades in a fully deployed position. The blades can easily rotate to the fully deployed position when the broadhead contacts and penetrates a target. The kinetic energy used to deploy the blades is reduced given the angle of the blades and the angle of rotation of the blades.