An empennage-stabilized composite anti-riot kinetic energy projectile

Abstract

The invention discloses an empennage-stabilized composite anti-riot kinetic energy projectile, which comprises a shell assembly, a projectile assembly and a bullet holder. The assembly includes a warhead, a closed disc and a projectile body. The projectile components are all processed and made of the same silicone material, and the hardness level increases. The upper part of the closed disc accepts the warhead and the lower part wraps the projectile. Between the warhead and the closed disc, the closed disc In addition to adopting mechanical insertion between the projectile and the projectile, it is also connected and fixed by gluing. The tail of the projectile is attached with a ribbon tail, and the projectile assembly and the shell assembly are connected by inserting. The present invention relies on The smoothbore anti-riot guns in service are launched, and the drag and stability are achieved through the strip-shaped tail, which can prevent the projectiles from rolling in the air, can effectively avoid the direct impact of hard projectiles on the target, and can achieve non-lethal strikes within a large effective range, thus The safety of use has been greatly improved.

Description

technical field [0001] The invention relates to the technical field of anti-riot bombs, in particular to an empennage-stabilized composite anti-riot kinetic energy bomb. Background technique [0002] Anti-riot kinetic energy bombs are the earliest non-lethal kinetic energy weapons developed. From the earliest stones and slingshots to rubber-coated steel core bullets, homogeneous rubber bullets, wooden stick bullets, plastic bullets, and bag bullets, although the material of the bullets is constantly soft Qualitative, but because it does not have a good aerodynamic shape, it leads to poor shooting accuracy, small effective range and low safety in use. [0003] In order to improve the tactical performance, battlefield applicability and safety of anti-riot kinetic energy projectiles, the latest generation of anti-riot kinetic energy projectiles is a composite anti-riot kinetic energy projectile, and the impact unit is composed of projectiles of different materials and structure...

AI Technical Summary

Problems solved by technology

[0002] Anti-riot kinetic energy bombs are the earliest non-lethal kinetic energy weapons developed. From the earliest stones and slingshots to rubber-coated steel core bullets, homogeneous rubber bullets, wooden stick bullets, plastic bullets, and bag bullets, although the material of the bullets is constantly soft qualitative, but because it does not have a good aerodynamic shape, it leads to poor shooting accuracy, small effective range and low safety in use

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