Apr 14, 2026

US12601561 - Recoil damping system for high pressure gas firearms

A recoil damping system includes at least one easily attached and detached spring tube of variable stiffness, absorbing the severe recoil created in firearms firing heavy-weight cartridges with high gas pressure. In the system in question, the spring tubes absorb the severe recoil that is created in firearms firing heavy-weight cartridges with high gas pressure in contrast to the known technique, and hence the impact on the shooter's shoulder is minimized. Thus, after the shot, the pain and injuries suffered by the shooter due to severe recoil are not in question any longer. The practical recoil damping system is compatible with all firearms firing heavy-weight cartridges with high gas pressure, where easily attached and detached spring tubes with variable stiffness can be applied.

Inventors: Mehmet Ali Guzeldere
Filing date: 2022-07-21

firearmrecoildampingsystem

The patent describes a recoil damping system designed for firearms that fire high-pressure, heavy-weight cartridges, featuring easily attachable and detachable spring tubes with variable stiffness to absorb recoil. This innovative system minimizes the impact on the shooter’s shoulder, reducing pain and potential injuries associated with severe recoil.

Claim 1

1 . A recoil dampening system for firearms with high gas pressure and heavy-weight cartridges/bullets, comprising: an inner body forming a contact surface with a rifle butt, an outer body containing a pad and a spring tube channel, wherein the spring tube channel forms a bearing for spring tubes, wherein the spring tubes are connected to the inner body with a connecting cam, at least one spring tube channel on the inner body and the outer body, wherein the at least one spring tube channel forms the bearing for the spring tubes, wherein at least one spring tube comprises a tubular housing enclosing an internal compression spring, at least one spring tube, wherein the at least one spring tube provides damping by transmitting a recoil force, wherein the inner body is subjected to the recoil force, the connecting cam, wherein the connecting cam allows the inner body to move towards the outer body at a compression ratio of the spring tubes when the inner body is subjected to the recoil force, and a locking system, wherein the locking system enables a recoil damping assembly set, wherein the recoil damping assembly set is formed by the spring tubes placed in the at least one spring tube channel on the inner body and the outer body on both sides of the connecting cam, to be connected to the rifle butt in a manner to have a distance between the inner body and the outer body so that the inner body is allowed to move back and forth on the connecting cam. an inner body forming a contact surface with a rifle butt, an outer body containing a pad and a spring tube channel, wherein the spring tube channel forms a bearing for spring tubes, wherein the spring tubes are connected to the inner body with a connecting cam, at least one spring tube channel on the inner body and the outer body, wherein the at least one spring tube channel forms the bearing for the spring tubes, wherein at least one spring tube comprises a tubular housing enclosing an internal compression spring, at least one spring tube, wherein the at least one spring tube provides damping by transmitting a recoil force, wherein the inner body is subjected to the recoil force, the connecting cam, wherein the connecting cam allows the inner body to move towards the outer body at a compression ratio of the spring tubes when the inner body is subjected to the recoil force, and a locking system, wherein the locking system enables a recoil damping assembly set, wherein the recoil damping assembly set is formed by the spring tubes placed in the at least one spring tube channel on the inner body and the outer body on both sides of the connecting cam, to be connected to the rifle butt in a manner to have a distance between the inner body and the outer body so that the inner body is allowed to move back and forth on the connecting cam.

Google Patents

https://patents.google.com/patent/US12601561

USPTO PDF

https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/12601561