A modular pyrotechnic launch unit includes a launch module, a first module, and a second module. The launch module includes a launch barrel. The first module is coupled in series to the launch module. The first module includes a first ignition state in which the first module ignites a pyrotechnic element that will then pass through the launch barrel. The first module also includes a first pass-through state in which the first module allows a pyrotechnic element ignited by another module to pass through the first module. The second module is coupled in series to the first module. The second module includes a second ignition state in which the second module ignites a pyrotechnic element that will then pass through the first module and through the launch barrel.

A modular pyrotechnic launch unit includes a launch module, a first module, and a second module. The launch module includes a launch barrel. The first module is coupled in series to the launch module. The first module includes a first ignition state in which the first module ignites a pyrotechnic element that will then pass through the launch barrel. The first module also includes a first pass-through state in which the first module allows a pyrotechnic element ignited by another module to pass through the first module. The second module is coupled in series to the first module. The second module includes a second ignition state in which the second module ignites a pyrotechnic element that will then pass through the first module and through the launch barrel.

Various projectile launching devices are disclosed herein. In one aspect, the projectile launching device includes a gas-powered projectile agitator, an anti-jam assembly, and a compressed gas canister frame positioned below a body of the device. In another embodiment, the projectile launching device includes a rear-loading hopper and a projectile agitator which is actuated by mechanical power via a linkage with a pump handle.

Various projectile launching devices are disclosed herein. In one aspect, the projectile launching device includes a gas-powered projectile agitator, an anti-jam assembly, and a compressed gas canister frame positioned below a body of the device. In another embodiment, the projectile launching device includes a rear-loading hopper and a projectile agitator which is actuated by mechanical power via a linkage with a pump handle.

A projectile loader is provided having a body split into two portions attached by a hinge, wherein a release mechanism for separating the two portions is located internally of the loader body, accessed via a top opening.

A projectile loader is provided having a body split into two portions attached by a hinge, wherein a release mechanism for separating the two portions is located internally of the loader body, accessed via a top opening.

A paintball hopper for a paintball gun with one or more removable cameras. The hopper can include a housing with one or more windows. The one or more removable cameras can be inserted into an inner volume of the housing so the one or more removable cameras are positioned to capture image data through the one or more windows. The one or more windows can be removably coupled to the housing so the windows can be replaced if the one or more windows are dirty or damaged. In some embodiments, the one or more removable cameras can be coupled to an outer surface of the housing. The housing can include a display configured to display image data from the one or more removable cameras.

A paintball hopper for a paintball gun with one or more removable cameras. The hopper can include a housing with one or more windows. The one or more removable cameras can be inserted into an inner volume of the housing so the one or more removable cameras are positioned to capture image data through the one or more windows. The one or more windows can be removably coupled to the housing so the windows can be replaced if the one or more windows are dirty or damaged. In some embodiments, the one or more removable cameras can be coupled to an outer surface of the housing. The housing can include a display configured to display image data from the one or more removable cameras.

An anti-chop system for mechanical paintball markers includes an optical sensor in the breech that detects presence of a properly seated paintball in the breech for launch. When such a paintball is not detected, a control circuit communicates with an actuatable structure that physically communicates with a paintball marker component that moves as part of the firing and launch of a paintball. For example, such an actuatable structure is a lever arm that communicates with the bolt or trigger to prevent the firing operation of the paintball marker when a paintball is not ready for launch.

The present disclosure is directed to an apparatus and method of directing a portion of a pressurize gas flow through a port in the breech after is leaves a bolt in a projectile launching device, such as a paintball marker, to perform additional functions in parallel with launching the projectile from the launching device. For example, the additional function can be a mechanism to prevent, or free, any potential bottlenecks of projectiles at that location when using a gravity fed hopper, for example. An agitating device is at least partially disposed in the outlet of a hopper. A bolt, having key groove or gas port, is configured to bleed air to a port in the breech that is used to fire a loaded projectile, the air is provided from a pressurized air source. An actuator moves the agitating device when air is bled through the key groove and the port.