The present disclosure relates to an Improved Ballistic Chain Cutting Device. In general, the device positions a target link from a multi-link chain in the proper placement for a single shot from a firearm to cut or sever the target link. Embodiments of the improved device include a specially designed slot with stepped sidewalls creating a varying width to tightly receive the target link, a curved adjacent link engagement region to better accommodate the semicircular end of a link adjacent the target link, and a curved target link engagement region to better secure the target link within the device.

The present disclosure relates to an Improved Ballistic Chain Cutting Device. In general, the device positions a target link from a multi-link chain in the proper placement for a single shot from a firearm to cut or sever the target link. Embodiments of the improved device include a specially designed slot with stepped sidewalls creating a varying width to tightly receive the target link, a curved adjacent link engagement region to better accommodate the semicircular end of a link adjacent the target link, and a curved target link engagement region to better secure the target link within the device.

The present disclosure relates to an Improved Ballistic Chain Cutting Device. In general, the device positions a target link from a multi-link chain in the proper placement for a single shot from a firearm to cut or sever the target link. Embodiments of the improved device include a specially designed slot with stepped sidewalls creating a varying width to tightly receive the target link, a curved adjacent link engagement region to better accommodate the semicircular end of a link adjacent the target link, and a curved target link engagement region to better secure the target link within the device.

The present disclosure relates to an Improved Ballistic Chain Cutting Device. In general, the device positions a target link from a multi-link chain in the proper placement for a single shot from a firearm to cut or sever the target link. Embodiments of the improved device include a specially designed slot with stepped sidewalls creating a varying width to tightly receive the target link, a curved adjacent link engagement region to better accommodate the semicircular end of a link adjacent the target link, and a curved target link engagement region to better secure the target link within the device.

The present disclosure relates to an Improved Ballistic Chain Cutting Device. In general, the device positions a target link from a multi-link chain in the proper placement for a single shot from a firearm to cut or sever the target link. Embodiments of the improved device include a specially designed slot with stepped sidewalls creating a varying width to tightly receive the target link, a curved adjacent link engagement region to better accommodate the semicircular end of a link adjacent the target link, and a curved target link engagement region to better secure the target link within the device.

The present disclosure relates to an Improved Ballistic Chain Cutting Device. In general, the device positions a target link from a multi-link chain in the proper placement for a single shot from a firearm to cut or sever the target link. Embodiments of the improved device include a specially designed slot with stepped sidewalls creating a varying width to tightly receive the target link, a curved adjacent link engagement region to better accommodate the semicircular end of a link adjacent the target link, and a curved target link engagement region to better secure the target link within the device.

A system and method for ballistically cutting a multi-link metal chain comprises a chain alignment module that comprises three pins and attaches to the barrel of a firearm. A first pin and a second pin of the module fit on opposite sides of a target link of the chain. A third pin of the alignment module goes through a link adjacent to the target link of the chain. The three pins align the target link so that a bullet exiting the barrel of a firearm impacts a semicircular region of the target link to cause the target link to open.

A system and method for ballistically cutting a multi-link metal chain comprises a chain alignment module that comprises three pins and attaches to the barrel of a firearm. A first pin and a second pin of the module fit on opposite sides of a target link of the chain. A third pin of the alignment module goes through a link adjacent to the target link of the chain. The three pins align the target link so that a bullet exiting the barrel of a firearm impacts a semicircular region of the target link to cause the target link to open.

A support for the arm of a shooter includes an elongated body having a first support surface for a shoulder region, and a handle for a hand at the front end. The handle forms a second support surface open to the front, for absorbing the recoil when shooting. The handle has a recess open to the front, into which fits the contour of the rear part of the grip of a portable firearm. The hand grasps both the handle and the grip of the portable firearm at the same time. The support optionally contains a wide variety of overmolded metal parts, such as a metal pin or knife blade.

A support for the arm of a shooter includes an elongated body having a first support surface for a shoulder region, and a handle for a hand at the front end. The handle forms a second support surface open to the front, for absorbing the recoil when shooting. The handle has a recess open to the front, into which fits the contour of the rear part of the grip of a portable firearm. The hand grasps both the handle and the grip of the portable firearm at the same time. The support optionally contains a wide variety of overmolded metal parts, such as a metal pin or knife blade.