A weapon magazine loading apparatus includes a magazine guide channel, a magazine loading region at the base of the magazine guide channel and an ammunition holding ramp. The loading region has an ammunition round holding depression in a base surface of the loading region, and a spring-loaded retaining wall positioned adjacent to the round holding depression. The retaining wall is movable between a first position extending into the loading channel and a second position below the base surface under pressure exerted on a magazine in the channel. The holding ramp positioned adjacent to the magazine loading region and holds a plurality of rounds of ammunition at an angle such that a round of ammunition in the ramp will roll toward the magazine loading region. The depth and width of the magazine holding region is adjustable to accommodate different types of magazines and calibers of ammunition.

A weapon magazine loading apparatus includes a magazine guide channel, a magazine loading region at the base of the magazine guide channel and an ammunition holding ramp. The loading region has an ammunition round holding depression in a base surface of the loading region, and a spring-loaded retaining wall positioned adjacent to the round holding depression. The retaining wall is movable between a first position extending into the loading channel and a second position below the base surface under pressure exerted on a magazine in the channel. The holding ramp positioned adjacent to the magazine loading region and holds a plurality of rounds of ammunition at an angle such that a round of ammunition in the ramp will roll toward the magazine loading region. The depth and width of the magazine holding region is adjustable to accommodate different types of magazines and calibers of ammunition.

A firearm loader may be used to transfer at least one cartridge to a firearm. The loader includes a main body comprising a proximal end and a distal end and a follower disposed inside the main body. The loader may include an engaged configuration wherein the loader is at least partially inserted into a firearm. The proximal end may include an opening. In the engaged configuration, the opening approximately faces a magazine of the firearm.

A firearm loader may be used to transfer at least one cartridge to a firearm. The loader includes a main body comprising a proximal end and a distal end and a follower disposed inside the main body. The loader may include an engaged configuration wherein the loader is at least partially inserted into a firearm. The proximal end may include an opening. In the engaged configuration, the opening approximately faces a magazine of the firearm.

A firearm magazine loader is disclosed herein. The firearm magazine loader, in an embodiment, includes a base, a body supported by the base, an ammunition receptacle supported by the body, and a cartridge positioner moveably coupled to the body. The cartridge positioner includes a plurality of fingers spaced apart by a plurality of gaps. Furthermore, the cartridge positioner includes a ramp extending downward when the firearm magazine loader is vertically oriented.

A firearm magazine loader is disclosed herein. The firearm magazine loader, in an embodiment, includes a base, a body supported by the base, an ammunition receptacle supported by the body, and a cartridge positioner moveably coupled to the body. The cartridge positioner includes a plurality of fingers spaced apart by a plurality of gaps. Furthermore, the cartridge positioner includes a ramp extending downward when the firearm magazine loader is vertically oriented.

An electronic magazine loader for loading cartridges into a magazine includes a lifting wheel, a chute, and a magazine loading portion. The wheel receives an unordered batch of cartridges and singularly lifts and deposits the cartridges into the chute. The chute transfers the cartridges to the magazine loading portion where a setting mechanism inserts the cartridges into the magazine. A mechanism for directionally orienting the cartridges orients all cartridges to a proper directional orientation before reaching the magazine loading portion. The mechanism can be lifting wheel shelf structure or chute structure. The chute having a C-shaped portion above the magazine loading portion that precludes the cartridges from changing their proper directional orientation. The setting mechanism receives cartridges on a rotating wheel with rotating insertion lobes and cartridge receiving voids between adjacent lobes. The cartridges drop into a cartridge receiving void, and are urged into the magazine by a rotating lobe.

An electronic magazine loader for loading cartridges into a magazine includes a lifting wheel, a chute, and a magazine loading portion. The wheel receives an unordered batch of cartridges and singularly lifts and deposits the cartridges into the chute. The chute transfers the cartridges to the magazine loading portion where a setting mechanism inserts the cartridges into the magazine. A mechanism for directionally orienting the cartridges orients all cartridges to a proper directional orientation before reaching the magazine loading portion. The mechanism can be lifting wheel shelf structure or chute structure. The chute having a C-shaped portion above the magazine loading portion that precludes the cartridges from changing their proper directional orientation. The setting mechanism receives cartridges on a rotating wheel with rotating insertion lobes and cartridge receiving voids between adjacent lobes. The cartridges drop into a cartridge receiving void, and are urged into the magazine by a rotating lobe.

A device to secure and hold an ammunition magazine includes a block using a channel, a receiving ramp, and a slider to accommodate a variety of sizes for the magazine. The block can be made of metal or plastic. The block includes a front edge and a back edge. The front edge includes an opening for the receiving ramp. The metal block also includes side edges. A first side edge includes a machine hole to receive a thrust bolt having a knob that turns to move the slider within the channel The second side edge is removable and borders the receiving ramp. The slider extends into the receiving ramp as moved by the thrust bolt to secure the magazine. The receiving ramp descends at an angle from the front edge to the back edge to accommodate the magazine.

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.