Abstract: A storage compartment having a bracket portion being configured to join with a buffer tube portion of a firearm. The bracket portion may form a generally tubular shape that conforms to the shape of the buffer tube portion. The bracket portion may further include a top side section that is disposed towards the top region of the firearm buffer tube implement, and an open ended bottom side section that extend the full length of the bracket portion along the bottom region of the firearm buffer tube implement. The open ended bottom side section provides passage for the item to be stored. The open ended bottom side section terminates at a pair of flanges. The storage compartment may include, without limitation, a container, holder, repository, receptacle, housing, case, vessel, canister, and cover.

Abstract: A storage compartment having a bracket portion being configured to join with a buffer tube portion of a firearm. The bracket portion may form a generally tubular shape that conforms to the shape of the buffer tube portion. The bracket portion may further include a top side section that is disposed towards the top region of the firearm buffer tube implement, and an open ended bottom side section that extend the full length of the bracket portion along the bottom region of the firearm buffer tube implement. The open ended bottom side section provides passage for the item to be stored. The open ended bottom side section terminates at a pair of flanges. The storage compartment may include, without limitation, a container, holder, repository, receptacle, housing, case, vessel, canister, and cover.

Abstract: A reloading system for modifying an existing discharge assembly such that it operates with a magazine containing multiple rounds of at least one projectile. The system joins with the discharge assembly without permanently altering the discharge assembly. Additionally, the system is configured to be quickly and easily attached and removed from the discharge assembly. A magazine joins with a receiver on the discharge assembly. A magazine well secures the magazine to the receiver. A magazine adapter connects the magazine to the receiver. A ramp guides the projectiles from the magazine into a barrel. A magazine spring presses the projectiles against rear feed lips for extraction into the barrel. A projectile pickup extracts the projectile from the magazine and moves it to the barrel for discharge.

Abstract: A reloading system for modifying an existing discharge assembly such that it operates with a magazine containing multiple rounds of at least one projectile. The system joins with the discharge assembly without permanently altering the discharge assembly. A magazine joins with a receiver on the discharge assembly. A magazine well secures the magazine to the receiver. A magazine adapter connects the magazine to the receiver. A ramp guides the projectiles from the magazine into a barrel. A magazine spring presses the projectiles against rear feed lips for extraction into the barrel. A projectile pickup extracts the projectile from the magazine and moves it to the barrel for discharge.

Abstract: A reloading system for modifying an existing discharge assembly such that it operates with a magazine containing multiple rounds of at least one projectile. The system joins with the discharge assembly without permanently altering the discharge assembly. Additionally, the system is configured to be quickly and easily attached and removed from the discharge assembly. A magazine joins with a receiver on the discharge assembly. A magazine well secures the magazine to the receiver. A magazine adapter connects the magazine to the receiver. A ramp guides the projectiles from the magazine into a barrel. A magazine spring presses the projectiles against rear feed lips for extraction into the barrel. A projectile pickup extracts the projectile from the magazine and moves it to the barrel for discharge.