A magazine loader includes a loader housing, including right and left sides, a front and rear connector members, and a bridge member; a loading plunger; a rear loading pusher; a protruding loading structure around a loading aperture in a side of the loader housing, and an unloading protrusion. Also disclosed is a method of using the magazine loader, including positioning magazine loader, positioning round, inserting round, loading round, and unloading round.

Disclosed is a device for loading a cartridge into a magazine having a cartridge loader ramp and a magazine guide. A guide pin can connect the magazine guide to the cartridge loader ramp such that the magazine guide is slidably connected to the cartridge loader ramp about the guide pin. The device can further have a base and the cartridge loader ramp can be inclined with respect to the base. The cartridge loader ramp can have a top and a foot can be disposed on the top of the cartridge loader ramp. When a magazine is inserted in the magazine guide and pressed down, a cartridge on the cartridge ramp can partially compress the magazine spring. The foot can push the cartridge into the magazine. An adapter sleeve can resize the magazine guide for use with a variety of magazines.

Disclosed is a device for loading a cartridge into a magazine having a cartridge loader ramp and a magazine guide. A guide pin can connect the magazine guide to the cartridge loader ramp such that the magazine guide is slidably connected to the cartridge loader ramp about the guide pin. The device can further have a base and the cartridge loader ramp can be inclined with respect to the base. The cartridge loader ramp can have a top and a foot can be disposed on the top of the cartridge loader ramp. When a magazine is inserted in the magazine guide and pressed down, a cartridge on the cartridge ramp can partially compress the magazine spring. The foot can push the cartridge into the magazine. An adapter sleeve can resize the magazine guide for use with a variety of magazines.

An ammunition loading and storage assembly includes a housing and an upper cover rotatably arranged on the housing. The housing includes a plurality of discrete elongated cavities distributed in the housing along a center axis of the housing, a plurality of discrete grooves distributed on an outer surface of the housing. The upper cover includes a main body with a protruding buckle, a guide tube extending from the main body. The guide tube deviates from each of the plurality of elongated cavities for blocking the elongated cavity to prevent leakage of ammunition under the condition of the protruding buckle received in one of the plurality of discrete grooves. A straight channel is formed by the guide tube cooperatively with one of the plurality of elongated cavities under the condition of the protruding buckle detached from one of the plurality of discrete grooves.

An ammunition loading and storage assembly includes a housing and an upper cover rotatably arranged on the housing. The housing includes a plurality of discrete elongated cavities distributed in the housing along a center axis of the housing, a plurality of discrete grooves distributed on an outer surface of the housing. The upper cover includes a main body with a protruding buckle, a guide tube extending from the main body. The guide tube deviates from each of the plurality of elongated cavities for blocking the elongated cavity to prevent leakage of ammunition under the condition of the protruding buckle received in one of the plurality of discrete grooves. A straight channel is formed by the guide tube cooperatively with one of the plurality of elongated cavities under the condition of the protruding buckle detached from one of the plurality of discrete grooves.

An integrated magazine loading assist device in two embodiments, each embodiment having a body with an inner facing side and an outer facing side, an outer wall having four sizes formed on the outer facing side, a perimeter wall formed on three of the four sizes of the outer wall, an a tab having a wall end attached to the perimeter wall and an unattached opposed end extending from the perimeter wall over the outer wall, with a magazine-receiving gap formed between the tab and the outer wall. The inner facing side is either removably or fixedly attached to a detachable magazine or attached to a rail of a gun. The opposed end of the tab is shaped to mate directly with an exterior shape of an ammunition round or shaped to mate with a piece that mates with the ammunition round.

An integrated magazine loading assist device in two embodiments, each embodiment having a body with an inner facing side and an outer facing side, an outer wall having four sizes formed on the outer facing side, a perimeter wall formed on three of the four sizes of the outer wall, an a tab having a wall end attached to the perimeter wall and an unattached opposed end extending from the perimeter wall over the outer wall, with a magazine-receiving gap formed between the tab and the outer wall. The inner facing side is either removably or fixedly attached to a detachable magazine or attached to a rail of a gun. The opposed end of the tab is shaped to mate directly with an exterior shape of an ammunition round or shaped to mate with a piece that mates with the ammunition round.

An apparatus for loading cartridges into a firearms magazine includes a loader body comprising a retainer configured for holding a firearms magazine, and cooperating spring-loaded plungers coupled thereto. A first spring-loaded plunger coupled to the loader body is oriented for pushing one or more cartridges into the firearms magazine so as to depress a magazine spring thereof. A second plunger coupled to the loader body is oriented for inserting cartridges into the firearms magazine without further depressing the magazine spring while the first spring-loaded plunger is depressing the magazine spring. A mechanism automatically resets the first spring-loaded plunger after the second plunger completes insertion of each cartridge into the magazine. All of the foregoing moving parts may be manually or motor driven and fed with cartridges via a hopper.

An apparatus for loading cartridges into a firearms magazine includes a loader body comprising a retainer configured for holding a firearms magazine, and cooperating spring-loaded plungers coupled thereto. A first spring-loaded plunger coupled to the loader body is oriented for pushing one or more cartridges into the firearms magazine so as to depress a magazine spring thereof. A second plunger coupled to the loader body is oriented for inserting cartridges into the firearms magazine without further depressing the magazine spring while the first spring-loaded plunger is depressing the magazine spring. A mechanism automatically resets the first spring-loaded plunger after the second plunger completes insertion of each cartridge into the magazine. All of the foregoing moving parts may be manually or motor driven and fed with cartridges via a hopper.

An ammunition container with a body including a pair of horizontal wall portions, two vertical lateral wall portions, a front vertical wall portion and a back vertical wall portion collectively forming a container volume for receiving ammunitions therein and a plurality of internal walls parallelly disposed between the two lateral wall portions in the body, the internal walls being sized and designed to define a plurality of vertical ammunition channels, each vertical ammunition channel being configured to accommodate a stack of ammunitions therein, at least one of the pair of horizontal wall portions being removable to empty the ammunitions from the plurality of vertical ammunition channels.