A mechanically adaptable projectile includes, in one example embodiment, a projectile body, the body including structure adapted to secure thereto one of multiple projectile components, and multiple projectile components each sized to be releasably secured to the projectile body, each of the multiple projectile components structurally dissimilar from all others of the multiple projectile components.

A mechanically adaptable projectile includes, in one example embodiment, a projectile body, the body including structure adapted to secure thereto one of multiple projectile components, and multiple projectile components each sized to be releasably secured to the projectile body, each of the multiple projectile components structurally dissimilar from all others of the multiple projectile components.

Techniques and devices are disclosed for a nose insert and a projectile that include a polymer nose element and a metal tip. The polymer nose element includes a tapered head portion and a first shank portion attached to the tapered head portion. The tapered head portion includes a cavity disposed therein. The first shank portion includes a first diameter smaller than a width of the tapered head portion adjacent to the first shank portion. The metal tip disposed in the tapered head portion of the polymer nose element and includes a tapered end and a second shank portion attached to the tapered end. The second shank portion having a second diameter smaller than a width of the tapered end adjacent to the second shank portion. The second shank portion being received in the cavity within the tapered head portion of the polymer nose element.

Techniques and devices are disclosed for a nose insert and a projectile that include a polymer nose element and a metal tip. The polymer nose element includes a tapered head portion and a first shank portion attached to the tapered head portion. The tapered head portion includes a cavity disposed therein. The first shank portion includes a first diameter smaller than a width of the tapered head portion adjacent to the first shank portion. The metal tip disposed in the tapered head portion of the polymer nose element and includes a tapered end and a second shank portion attached to the tapered end. The second shank portion having a second diameter smaller than a width of the tapered end adjacent to the second shank portion. The second shank portion being received in the cavity within the tapered head portion of the polymer nose element.

A dissolvable glass projectile for a firearm is molded from dissolvable glass for the ammunitions and firearms industry. The dissolvable glass projectile may be molded into different sizes or geometry based on firearm and user preference. A mixture of chemicals components are heated and melted and then poured into a mold and is allowed to cool to a solid that can be handled.

Ammunition for a toy blaster may be infused with or otherwise contain a bittering agent, such as denatonium benzoate. Addition of denatonium benzoate to ammunition formulations may reduce the likelihood that the ammunition may be ingested by children. Ammunition may be formed of a superabsorbent polymer or hydrogel. By introducing a non-toxic bittering agent into the superabsorbent polymer or hydrogel that may form the ammunition, it may be more likely that children may spit out the ammunition instead of swallowing the ammunition. Denatonium benzoate may comprise approximately 50 parts per billion of the superabsorbent polymer or hydrogel, but may comprise approximately 1 to 100 ppb. When used in these low concentrations, the ammunition may be safe for a child to put in his/her mouth, but given the taste of denatonium benzoate, its inclusion as part of the ammunition formulation may act as an aversive agent.

Ammunition for a toy blaster may be infused with or otherwise contain a bittering agent, such as denatonium benzoate. Addition of denatonium benzoate to ammunition formulations may reduce the likelihood that the ammunition may be ingested by children. Ammunition may be formed of a superabsorbent polymer or hydrogel. By introducing a non-toxic bittering agent into the superabsorbent polymer or hydrogel that may form the ammunition, it may be more likely that children may spit out the ammunition instead of swallowing the ammunition. Denatonium benzoate may comprise approximately 50 parts per billion of the superabsorbent polymer or hydrogel, but may comprise approximately 1 to 100 ppb. When used in these low concentrations, the ammunition may be safe for a child to put in his/her mouth, but given the taste of denatonium benzoate, its inclusion as part of the ammunition formulation may act as an aversive agent.

Techniques and devices are disclosed for a nose insert and a projectile that include a polymer nose element and a metal tip. The polymer nose element includes a tapered head portion and a first shank portion attached to the tapered head portion. The tapered head portion includes a cavity disposed therein. The first shank portion includes a first diameter smaller than a width of the tapered head portion adjacent to the first shank portion. The metal tip disposed in the tapered head portion of the polymer nose element and includes a tapered end and a second shank portion attached to the tapered end. The second shank portion having a second diameter smaller than a width of the tapered end adjacent to the second shank portion. The second shank portion being received in the cavity within the tapered head portion of the polymer nose element.

Techniques and devices are disclosed for a nose insert and a projectile that include a polymer nose element and a metal tip. The polymer nose element includes a tapered head portion and a first shank portion attached to the tapered head portion. The tapered head portion includes a cavity disposed therein. The first shank portion includes a first diameter smaller than a width of the tapered head portion adjacent to the first shank portion. The metal tip disposed in the tapered head portion of the polymer nose element and includes a tapered end and a second shank portion attached to the tapered end. The second shank portion having a second diameter smaller than a width of the tapered end adjacent to the second shank portion. The second shank portion being received in the cavity within the tapered head portion of the polymer nose element.

A bullet tip comprises a body having a tail section and a nose section, the body composed of a partially sintered powdered metal, wherein the nose section comprises an ogive shape, wherein the tail section is configured for insertion into a cavity in a bullet main body, and, wherein the bullet tip is configured to fragment upon impact while exhibiting a penetration capacity of at least 800 joules.