A rifle bolt disassembly tool is provided. The rifle bolt disassembly tool has a fulcrum having a tooth and a lever. The tool is suitable for allowing a user to unscrew the bolt plug of the rifle in a safe and efficient manner. The present tool is especially suitable to remove the bolt plug of a Remington Model 700 rifle, but may also be used with other rifles.

A apparatus implementable on a firearm includes a handguard assembly which is configured to at least partially surround a barrel of the firearm when the handguard is installed on the firearm. The handguard includes at least first and second physical features such that: (a) the first physical feature is configured to accommodate mounting of an accessory of the firearm on the handguard, and (b) the second physical feature is configured to secure a cable of the accessory onto the handguard.

A pistol having a frame and a slide assembly slideably coupled to the frame is disclosed. The slide assembly includes a plate including a housing and a button slideably coupled to the slide assembly near a rear of the pistol. The plate further includes a bearing surface for contacting the frame to limit the forward travel of the slide relative to the frame.

A pistol having a frame and a slide assembly slideably coupled to the frame is disclosed. The slide assembly includes a plate including a housing and a button slideably coupled to the slide assembly near a rear of the pistol. The plate further includes a bearing surface for contacting the frame to limit the forward travel of the slide relative to the frame.

A frame assembly for a pistol with a lock lever. The frame assembly includes a lower frame having a grip and an upper frame assembled on the lower frame and to a slide. The lower frame has: a mounting projection projecting upward to face the upper frame; and a lever mounting unit separated from the mounting projection and projecting upward. The upper frame has: a mounting groove into which the mounting projection is inserted to face the lower frame, and a lever hooking hole at one side of the mounting groove. The lever mounting unit has a lock lever having one end locked to be rotatable by a lock pin and the other end elastically supported to project upward. When the upper frame is assembled to the lower frame, the other end of the lock lever is inserted into the lever hooking hole and the upper frame is locked.

A takedown lever assembly for a semiautomatic handgun includes a receiver, a slide displaceable along a top of the receiver, a grip portion defining a magazine well, and a fire control group that includes a trigger pivotable between a resting position and a pulled trigger position. The takedown lever assembly includes a takedown actuation lever operable between a firing position and a takedown position. In the takedown position the takedown actuation lever permits removal of the slide from the frame. A safety block is operatively coupled to the takedown actuation lever, wherein moving the takedown actuation lever from the firing position to the takedown position moves the safety block rearward, thereby blocking the trigger from rotating to the pulled trigger position. In some embodiments, the takedown lever rotates counterclockwise from the firing position to the takedown position as viewed looking at a left side of the handgun.

The invention relates to an upper receiver for a firearm, comprising a supporting part, which supports a barrel bushing for receiving a barrel, a guide for a longitudinally movable breech carrier, and an anchor for a sight. The guide for the breech carrier is formed on the underside of a rail block preferably made of metal which has the anchor for the sight on its upper side, and the supporting part is also preferably made of metal and mounted both to the barrel bushing and to the rail block via removable fasteners.

The invention relates to an upper receiver for a firearm, comprising a supporting part, which supports a barrel bushing for receiving a barrel, a guide for a longitudinally movable breech carrier, and an anchor for a sight. The guide for the breech carrier is formed on the underside of a rail block preferably made of metal which has the anchor for the sight on its upper side, and the supporting part is also preferably made of metal and mounted both to the barrel bushing and to the rail block via removable fasteners.

Presented are a firearm attachment and a method. An exemplary firearm attachment includes a gunstock comprising a cavity for attachment to a barrel, a handgrip port including a mount, a buttstock port, and a magazine port, the magazine port located on the gunstock to align with a magazine, the mount operable to slideably move and be affixed along a longitudinal axis of the gunstock. The firearm attachment further includes a handgrip, the handgrip removeably attached to the mount, the handgrip able to rotate relative to the gunstock to a plurality of locations, wherein the handgrip can be rotatably fixed at each one of the plurality of locations. The firearm attachment also includes a buttstock and a forearm grip.

Presented are a firearm attachment and a method. An exemplary firearm attachment includes a gunstock comprising a cavity for attachment to a barrel, a handgrip port including a mount, a buttstock port, and a magazine port, the magazine port located on the gunstock to align with a magazine, the mount operable to slideably move and be affixed along a longitudinal axis of the gunstock. The firearm attachment further includes a handgrip, the handgrip removeably attached to the mount, the handgrip able to rotate relative to the gunstock to a plurality of locations, wherein the handgrip can be rotatably fixed at each one of the plurality of locations. The firearm attachment also includes a buttstock and a forearm grip.