An elastomer shock absorber for the trigger assembly of a firearm utilizing an elastomer shock absorber positioned between a moving part of the trigger assembly and the frame assembly. Adhesive mounting of the elastomer to the back of the trigger or positioning the elastomer internal to the frame assembly both provide significant reductions in the shock transfer of trigger energy to the gun body, thereby increasing the accuracy of the firearm.

This device is designed to universally attach to firearms for both left, right, and dual handed use. It assists users of firearms who may or may not have a deformity of their hands from damage sustained by birth or environmental accident, resulting in limited use of Phalanges and Metacarpals. User input activates the device with the closing an electronic circuit from the battery to the circuit board, commanding the Linear Actuator to move. The Linear Actuator is connected to the Trigger Actuator resting in the vicinity of the trigger. The Trigger Actuator starts one cycle by making contact with the trigger, depressing it, causing the firearm to discharge as designed when the trigger is pressed. After the actuator travels a distance in one direction, it is withdrawn, releasing pressure on the trigger, resetting the trigger and ends the cycle. It is now ready to complete another cycle upon user input.

This device is designed to universally attach to firearms for both left, right, and dual handed use. It assists users of firearms who may or may not have a deformity of their hands from damage sustained by birth or environmental accident, resulting in limited use of Phalanges and Metacarpals. User input activates the device with the closing an electronic circuit from the battery to the circuit board, commanding the Linear Actuator to move. The Linear Actuator is connected to the Trigger Actuator resting in the vicinity of the trigger. The Trigger Actuator starts one cycle by making contact with the trigger, depressing it, causing the firearm to discharge as designed when the trigger is pressed. After the actuator travels a distance in one direction, it is withdrawn, releasing pressure on the trigger, resetting the trigger and ends the cycle. It is now ready to complete another cycle upon user input.

A corner shot firearm comprises one or more clamp, a trigger actuator, a front grip, an accessory trigger, a pivot stud and an aim control wheel. The clamp includes a first mounting point disposed at a front end of the clamp, wherein the first mounting point is configured to mount a secondary firearm. Additionally, the trigger actuator is connected to the first mounting point. The front grip is attached to a rear end of the clamp. The accessory trigger is connected to the front grip such that the accessory trigger is actuatable by a finger of the human hand holding the front grip. Additionally, the pivot stud is connected to the first mounting point. Further, the aim control wheel is connected to the first mounting point.

Systems, devices, apparatus and methods for providing a semi-automatic rifle with ammunition magazine, having a docking port/station for allowing a semi-automatic pistol to be inserted. The trigger on the pistol can be used to fire the rifle and use the rifle ammunition. When the rifle ammunition is depleted, the pistol can be removed and separately fired using its' own ammunition.

Devices, systems, and methods of manufacturing are disclosed with regard to a rapid-fire accessory for a semi-automatic firearm. The rapid-fire accessory may include a trigger guard mount, a trigger actuator, and a trigger guard adapter. The trigger guard mount may include a mounting channel for receiving a trigger guard. The trigger actuator may be fixed relative to the mounting channel and configured to pull the trigger when the trigger guard slides forward in the mounting channel. The trigger guard adapter may be configured to mount on and remain fixed relative to the trigger guard. The trigger guard adapter may include an adapter channel for receiving the trigger guard. When the trigger guard adapter is mounted on the trigger guard and in the mounting channel, the trigger guard adapter guides a sliding movement of the trigger guard mount forward and rearward relative to the trigger guard adapter and the trigger guard.

Devices, systems, and methods of manufacturing are disclosed with regard to a rapid-fire accessory for a semi-automatic firearm. The rapid-fire accessory may include a trigger guard mount, a trigger actuator, and a trigger guard adapter. The trigger guard mount may include a mounting channel for receiving a trigger guard. The trigger actuator may be fixed relative to the mounting channel and configured to pull the trigger when the trigger guard slides forward in the mounting channel. The trigger guard adapter may be configured to mount on and remain fixed relative to the trigger guard. The trigger guard adapter may include an adapter channel for receiving the trigger guard. When the trigger guard adapter is mounted on the trigger guard and in the mounting channel, the trigger guard adapter guides a sliding movement of the trigger guard mount forward and rearward relative to the trigger guard adapter and the trigger guard.

A trigger relocation assembly for a modern sporting firearm includes a frame enclosing a trigger of the modern sporting firearm, an assembly trigger within the frame, the assembly trigger positioned forward of the trigger, an asymmetrical transfer bar coupled to transfer movement of the assembly trigger one-to-one to the trigger, and a plurality of bushings. The bushings are configured to guide the transfer bar within the frame.

A trigger relocation assembly for a modern sporting firearm includes a frame enclosing a trigger of the modern sporting firearm, an assembly trigger within the frame, the assembly trigger positioned forward of the trigger, an asymmetrical transfer bar coupled to transfer movement of the assembly trigger one-to-one to the trigger, and a plurality of bushings. The bushings are configured to guide the transfer bar within the frame.

A method for disassembling and converting a traditional AR-pattern firearm into a bullpup configuration of a semi-automatic rifle firearm assembly includes releasing and removing at least a firearm but stock and a standard bolt carrier group from the rifle firearm and then replacing the removed components with elements from a bullpup kit, namely a bullpup bolt carrier group that includes a bolt carrier and a spring assembly, the spring assembly having compression spring that is loaded when the bolt carrier recoils.