Offhand Recoil Grip with Offset Support for Handgun

The patent applies counterweight principle by adding a mass (such as a weight block or dense material) to the handgun grip area to balance the rearward recoil force. This counterweight is positioned to create a counterbalancing moment that opposes the rotational torque generated during recoil, thereby reducing the upward rotation of the handgun and improving aim control for subsequent shots.

The patent introduces a new dimensional element by adding a three-dimensional mass distribution to the handgun grip area. Instead of modifying the barrel or firing mechanism, the solution adds depth and volume to the grip region through attached weights or ergonomically designed grip extensions, creating a counterbalancing moment in the vertical dimension to offset recoil rotation.

The patent applies counterweight principle by positioning masses along the rifle stock or grip area to create counterbalancing moments that oppose the rotational torque generated during recoil. These counterweights are strategically placed to shift the center of gravity and reduce the rotational impact on weapon orientation, thereby improving stability for subsequent shots.

The patent applies local quality principle by concentrating mass specifically in the grip and stock regions of the rifle rather than uniformly distributing weight throughout the entire weapon. This localized addition of mass (through attached weights, dense grip materials, or reinforced stock sections) creates targeted counterbalancing effects at the critical rearward contact points, effectively reducing rotational impact without significantly increasing overall weapon weight.

The patent applies counterweight principle by adding compact masses to the grip area or handguard region of the rifle. These counterweights compensate for the reduced stock length by creating counterbalancing moments at the rearward contact points, thereby maintaining recoil control despite the shorter overall weapon length required for urban maneuverability.

The patent applies preliminary action principle by pre-positioning counterweights or designing ergonomic grip extensions that are already in place before firing. This preliminary configuration of mass distribution ensures that the counterbalancing effect is immediately available when recoil occurs, without requiring any additional action or adjustment during the shooting process.