A compressed gas gun is provided, wherein the body houses a firing assembly and an internal, built-in projectile feed mechanism. The projectile feed mechanism is preferably formed as a rear or butt stock of the compressed gas gun. The projectile feed mechanism preferably feeds projectiles to the firing assembly via a feed ramp having an S-shaped transition portion. The compressed gas gun preferably includes a removable top feed rail assembly that can be removed to expose the interior of the compressed gas gun body for field stripping. Central control circuitry is preferably provided for controlling both the firing assembly and the projectile feed mechanism.

A compressed gas gun is provided, wherein the body houses a firing assembly and an internal, built-in projectile feed mechanism. The projectile feed mechanism is preferably formed as a rear or butt stock of the compressed gas gun. The projectile feed mechanism preferably feeds projectiles to the firing assembly via a feed ramp having an S-shaped transition portion. The compressed gas gun preferably includes a removable top feed rail assembly that can be removed to expose the interior of the compressed gas gun body for field stripping. Central control circuitry is preferably provided for controlling both the firing assembly and the projectile feed mechanism.

A projectile launcher (101) comprising a projectile hopper (401) that it refillable from a by a removable magazine (202). The projectile hopper comprising a non-return flap (403) that transitions to an open position (602) when the projectile launcher is transitioned to a rotated position (601), allowing projectiles (503) to flow from the magazine (202) to the projectile hopper (401), wherein the non-return flap (403) transitions to a closed position (702) when the projectile launcher (101) is transitioned to a neutral position (501), restricting the projectiles (701) within the hopper from flowing back to the magazine.

A projectile launcher (101) comprising a projectile hopper (401) that it refillable from a by a removable magazine (202). The projectile hopper comprising a non-return flap (403) that transitions to an open position (602) when the projectile launcher is transitioned to a rotated position (601), allowing projectiles (503) to flow from the magazine (202) to the projectile hopper (401), wherein the non-return flap (403) transitions to a closed position (702) when the projectile launcher (101) is transitioned to a neutral position (501), restricting the projectiles (701) within the hopper from flowing back to the magazine.

A dispenser for BBs eliminates binding because the BBs first fill into a groove of the dispenser that is only wide enough to hold BB's single file. The remaining BBs fall back into the main cavity of the dispenser, allowing the BBs in the groove to pass through the dispenser hole one-by-one.