Stand-off door breaching device

摘要

A stand-off breaching device, for breaching a target, that includes a nose at a front end which is a rounded cone-shape and configured to cause the stand-off breaching device to rebound from a target after the nose impacts the target, and a body connected to the nose and extending to a back end of the stand-off breaching device. The body includes a main explosive fill that is detonated and explodes to provide an explosive breaching force, and a delay detonator that detonates the main explosive fill and that is triggered when the nose impacts a target. The delay-detonator is configured to delay detonation of the main explosive fill until the stand-off breaching device has rebounded to a determined stand-off distance chosen to cause effective breaching of the target. The nose, body, and their components are fabricated from material that will be substantially consumed by the explosion, minimizing any fragments.

主权项

1. A stand-off breaching device for breaching a target, the stand-off breaching device comprising:
a nose at a front end of the stand-off breaching device that is a rounded cone shape, wherein the nose is configured to compress and then rebound to its original shape exerting force against a target and the stand-off breaching device to cause the stand-off breaching device to rebound from the target after the nose impacts the target; and a body connected to the nose and extending to a back end of the stand-off breaching device, wherein the body includes:
a main explosive fill, wherein the main explosive fill is detonated and explodes to provide an explosive breaching force; anda delay detonator that detonates the main explosive fill and that is triggered when the nose impacts a target, wherein the delay detonator is configured to delay detonation of the main explosive fill until the stand-off breaching device has rebounded to a determined stand-off distance chosen to cause effective breaching of the target; wherein the nose and body, and components of each, are fabricated from material that will be consumed by the explosion of the main explosive fill, minimizing any resultant fragments.