A toy grenade, designed for launching large numbers of plastic BBs at once, consists of a cylindrical shell with an O-ring interface. The cylindrical shell has circumferentially angled guide portions that allow the O-ring to flex inwardly when moved towards the remote ends. As a result, users can safely unload all the BBs if they wish to do so.

An airgun for use with a projectile supply is described. A cam surface of the airgun and a bolt positioner of the airgun are configured so that rotation from a firing position to a reloading position causes a cam surface of the airgun to drive the bolt positioner through a passageway of the projectile supply to drive a projectile in the passageway to a position where pressurized gas in the firing location will thrust the projectile through the bore.

An airgun for use with a projectile supply is described. A cam surface of the airgun and a bolt positioner of the airgun are configured so that rotation from a firing position to a reloading position causes a cam surface of the airgun to drive the bolt positioner through a passageway of the projectile supply to drive a projectile in the passageway to a position where pressurized gas in the firing location will thrust the projectile through the bore.

A cutting-power-off detection structure of a toy gun has a main structure that includes a gun body, a muzzle defined at one side of the gun body, a feeding channel defined in the gun body, a chamber defined in the gun body and in communication with the muzzle and the feeding channel, a circuit device arranged in the gun body, at least one wireless detection device arranged in the gun body and electrically connected with the circuit device, and a shot forwarding device arranged in the chamber and electrically connected with the circuit device. The feeding channel is connectable to a magazine and the wireless detection device is operable to detect a shot fed from the magazine. When the magazine runs out of shots and the wireless detection device detects no shot, a signal is transmitted to the circuit device to cut off electricity supplied to the shot forwarding device.

A toy projectile launcher for launching projectiles, e.g, toy foam darts, from a detachable hopper. An agitating member inside the hopper enables the orderly descent of the projectiles within the hopper. A hopper cover has a collapsible ceiling with nested members and a ceiling plate to maintain the projectiles toward the bottom of the hopper. First and second catches coupled to the ceiling plate respectively engage openings in hopper walls to prevent the ceiling plate from collapsing into the cover when the hopper cover is closed. Where there are multiple vertically-spaced-apart openings in the hopper walls, the first and second catches may disengage from respective first openings, and then engage lower, second openings in the hopper walls, as the number of projectiles in the hopper drops and the ceiling plate descends in the hopper. A rotating gear advances projectiles from the firing chamber to flywheels for launch.

A cutting-power-off detection structure of a toy gun has a main structure that includes a gun body, a muzzle defined at one side of the gun body, a feeding channel defined in the gun body, a chamber defined in the gun body and in communication with the muzzle and the feeding channel, a circuit device arranged in the gun body, at least one wireless detection device arranged in the gun body and electrically connected with the circuit device, and a shot forwarding device arranged in the chamber and electrically connected with the circuit device. The feeding channel is connectable to a magazine and the wireless detection device is operable to detect a shot fed from the magazine. When the magazine runs out of shots and the wireless detection device detects no shot, a signal is transmitted to the circuit device to cut off electricity supplied to the shot forwarding device.

An airgun for use with a projectile supply is described. A cam surface of the airgun and a bolt positioner of the airgun are configured so that rotation from a firing position to a reloading position causes a cam surface of the airgun to drive the bolt positioner through a passageway of the projectile supply to drive a projectile in the passageway to a position where pressurized gas in the firing location will thrust the projectile through the bore.

An airgun for use with a projectile supply is described. A cam surface of the airgun and a bolt positioner of the airgun are configured so that rotation from a firing position to a reloading position causes a cam surface of the airgun to drive the bolt positioner through a passageway of the projectile supply to drive a projectile in the passageway to a position where pressurized gas in the firing location will thrust the projectile through the bore.

A pellet magazine for attachment to a pellet gun includes an elongate casing having opposing top and bottom walls extending between first and second ends and opposing left and right sidewalls that, together, fine a magazine channel. The bottom wall defines an outlet port adjacent the first end. The magazine channel includes pellet and spring channel portions. A plurality of pellets may be inserted into the pellet channel portion. A compression spring is included in pellet spring channel portion to urge the plurality of pellets toward the outlet port. A pellet pocket member is rotatably coupled to the casing and positioned in the magazine channel in communication with the portion channel for moving a respective pellet from the loaded configuration to the unloaded configuration when actuated. The pellet pocket member is coupled to an actuation switch to sequentially actuate the pellet pocket to urge a pellet through the outlet port.

A pellet magazine for attachment to a pellet gun includes an elongate casing having opposing top and bottom walls extending between first and second ends and opposing left and right sidewalls that, together, fine a magazine channel. The bottom wall defines an outlet port adjacent the first end. The magazine channel includes pellet and spring channel portions. A plurality of pellets may be inserted into the pellet channel portion. A compression spring is included in pellet spring channel portion to urge the plurality of pellets toward the outlet port. A pellet pocket member is rotatably coupled to the casing and positioned in the magazine channel in communication with the portion channel for moving a respective pellet from the loaded configuration to the unloaded configuration when actuated. The pellet pocket member is coupled to an actuation switch to sequentially actuate the pellet pocket to urge a pellet through the outlet port.