A modified trigger assembly for a handgun has a shortened trigger bar with an angled end that engages a connector to form a gap that reduces potential energy between the trigger bar and the connector, such that the connector is inhibited from disengaging from the trigger bar when the trigger is pulled or released. A gap forms between an angled end of the trigger bar and a first end of the connector. The gap and the shortened length of the trigger bar reduce potential energy forces that could disengage the connector from the trigger bar. By remaining engaged with the trigger bar, the connector is prevented from resetting to a natural position; and consequently, the handgun can discharge from both a trigger pull position and a trigger release position. Consequently, a repeated shot occurs when releasing the trigger after a natural triggering movement of pulling a trigger.

A modified trigger assembly for a handgun has a shortened trigger bar with an angled end that engages a connector to form a gap that reduces potential energy between the trigger bar and the connector, such that the connector is inhibited from disengaging from the trigger bar when the trigger is pulled or released. A gap forms between an angled end of the trigger bar and a first end of the connector. The gap and the shortened length of the trigger bar reduce potential energy forces that could disengage the connector from the trigger bar. By remaining engaged with the trigger bar, the connector is prevented from resetting to a natural position; and consequently, the handgun can discharge from both a trigger pull position and a trigger release position. Consequently, a repeated shot occurs when releasing the trigger after a natural triggering movement of pulling a trigger.

A trigger mechanism for use in a crossbow comprises a housing having a first slot formed in a first side and a second slot formed in a second side opposite the first side. A trigger lever, a bowstring catch and a disarm mechanism are all moveably mounted in the housing. The catch has a first end configured to engage the trigger lever and a second end configured to retain the bowstring in a cocked position. The disarm mechanism is partially positioned in the second slot and is moveable between a fixed first position proximate the housing second slot toward a second disarm position toward the housing first slot. As the disarm mechanism moves from the first position into the second position, it engages the trigger lever causing it to move out of engagement with the catch first end allowing the user to release the bowstring using the bowstring cocking device from the trigger mechanism without having to engage the trigger.

A trigger mechanism for use in a crossbow comprises a housing having a first slot formed in a first side and a second slot formed in a second side opposite the first side. A trigger lever, a bowstring catch and a disarm mechanism are all moveably mounted in the housing. The catch has a first end configured to engage the trigger lever and a second end configured to retain the bowstring in a cocked position. The disarm mechanism is partially positioned in the second slot and is moveable between a fixed first position proximate the housing second slot toward a second disarm position toward the housing first slot. As the disarm mechanism moves from the first position into the second position, it engages the trigger lever causing it to move out of engagement with the catch first end allowing the user to release the bowstring using the bowstring cocking device from the trigger mechanism without having to engage the trigger.

A Keyway Trigger System with a dry fire prevention nock is provided for use in a crossbow. The System ensures proper, full engagement of the dry fire prevention nock with a crossbow string such that the crossbow will only fire when an arrow is loaded correctly. The nock is received in a slotted opening forming a keyway adapted to be engaged by surfaces of the profiled dry fire prevention nock such that only when an arrow is properly loaded into the keyway, aligned with trigger latch members and fully engaged with the crossbow string then the trigger moves from a non-firing position to a firing position allowing the arrow to be fired. The Keyway Trigger System prevents dry fire and partial dry fire, eliminates risk of damage to the crossbow, eliminates potential risk of injury to a user, and improves accuracy and reliability of the flight trajectory of the arrow.

An auto-loading firearm having a system for switches between live fire and training modes via a selector switch mounted either on the firearm frame or on a specially designed training attachment. A multi-part transfer bar, between the trigger and sear, can be selectively connected in a live fire mode and spaced apart in a training mode. A selectively engageable trigger resetting mechanism automatically returns the trigger to its set position after firing the firearm is in training mode.

An auto-loading firearm having a system for switches between live fire and training modes via a selector switch mounted either on the firearm frame or on a specially designed training attachment. A multi-part transfer bar, between the trigger and sear, can be selectively connected in a live fire mode and spaced apart in a training mode. A selectively engageable trigger resetting mechanism automatically returns the trigger to its set position after firing the firearm is in training mode.

Systems and methods for reducing or removing trigger slack in a firearm are disclosed. In some instances, a method comprises positioning a plunger safety tab to a front end of a body of a trigger bar. The plunger safety is positioned more forward on the body relative to an OEM plunger safety tab. The method also includes positioning a cruciform coupled to the rear end of the body. The cruciform is positioned more forward on the body relative to an OEM cruciform.

Systems and methods for reducing or removing trigger slack in a firearm are disclosed. In some instances, a method comprises positioning a plunger safety tab to a front end of a body of a trigger bar. The plunger safety is positioned more forward on the body relative to an OEM plunger safety tab. The method also includes positioning a cruciform coupled to the rear end of the body. The cruciform is positioned more forward on the body relative to an OEM cruciform.

The present disclosure is directed to a crossbow having first and second limbs with distal portions pivotally coupled to the frame at distal limb mounts and proximal portions pivotally coupled to the frame at proximal limb mounts. First and second cams are attached to the first and second limbs at locations between the distal portion and the proximal portions. A cocking mechanism slides on the center rail to engage with a draw string in the released configuration and slides to a retracted position to move the draw string to the drawn configuration and to engage with a trigger assembly.