Bullet and practice cartridge for use on a shooting range
Disclosed is a bullet and practice cartridge for use on a shooting range having a cylindrical rear part and an ogive region at the nose end. The ogive region has a rear end and a bullet tip. In order that the bullet behaves like a conventional full metal jacket round nose bullet in a soft target, and moreover has a low energy output in the soft target, that the bullet does not deform or splinter in soft materials, and that the bullet does not puncture protective materials of bullet catchers, the bullet is constructed in one piece, the ogive region is closed all round a cavity and the wall thickness of the ogive region decreases constantly from the rear end to the tip.
1. A bullet for use on a shooting range comprising:
a solid cylindrical rear part;
an ogive region at a nose end, the ogive region integral with the cylindrical rear part, the ogive region comprising:
a rear end;
a bullet tip, comprising a wall of continuously decreasing thickness in the direction of the bullet tip; and
a cavity within the ogive region closed on all sides by the wall of decreasing thickness; and
lacking any predetermined breaking points,
wherein the cylindrical rear part and the ogive region are formed from at least one starting material selected from the group consisting of a forgeable copper alloy, CuZn5-CuZn15, and CuZn30-CuZn45, and wherein the cylindrical rear part and the ogive region have a same ductility and hardness.
2. The bullet according to claim 1 , wherein the starting material further comprises additions.
3. The bullet according to claim 1 further comprising a pyramid shaped hollow at a lower end of the rear part.
4. The bullet according to claim 1 , having a caliber of 9 mm*19 mm.
5. A method for producing a bullet comprising:
forming from a starting material a bullet blank having a cylindrical rear part and an open hollow cylinder at a nose end, the open hollow cylinder comprising a wall having a thickness decreasing from a rear end to a tip; and
then shaping the hollow cylinder into an ogive region by means of an orbital forming process,
wherein the bullet blank and the ogive region are not subjected to thermal post-processing, and
wherein predetermined breaking points are not formed.
6. The method according to claim 5 , wherein the bullet blank is produced by at least one of a chip-forming processes, a cold-forming processes, or hot-forming processes.
7. The method according to claim 5 , wherein the hollow cylinder of the bullet blanket is formed to have a conical shape.