Abstract: A valve assembly according to the present invention includes a valve housing having a first end and a second end. A selectively closeable flow path runs through the valve housing. A valve body is disposed in the valve housing. The valve body is moveable from a first position closing the flow path to a second position opening the flow path. The valve body has a channel therethrough. A secondary chamber is provided adjacent the valve body in communication with the channel. An exhaust port is provided in communication with the secondary chamber. A solenoid is provided adjacent the secondary exhaust port, the solenoid adapted to selectively open the secondary exhaust port. A compressed gas gun employing the valve assembly is also provided.

Abstract: A pneumatic assembly for a compressed gas gun having a hammer chamber including a hammer conduit, and a hammer with an aperture surrounding at least a portion of the hammer conduit. A compressed gas gun has a breech, a bolt moveable within the breech from a loading position to a firing position, a pneumatic assembly in communication with the breech, the pneumatic assembly comprising a high pressure chamber, and a hammer chamber. A discharge valve is disposed in the pneumatic assembly between the high pressure chamber and hammer chamber. A solenoid valve is provided for selectively supplying compressed gas to the hammer conduit.

Abstract: A pneumatic assembly for a compressed gas gun having a hammer chamber including a hammer conduit, and a hammer with an aperture surrounding at least a portion of the hammer conduit. A compressed gas gun has a breech, a bolt moveable within the breech from a loading position to a firing position, a pneumatic assembly in communication with the breech, the pneumatic assembly comprising a high pressure chamber, and a hammer chamber. A discharge valve is disposed in the pneumatic assembly between the high pressure chamber and hammer chamber. A solenoid valve is provided for selectively supplying compressed gas to the hammer conduit.

Abstract: A pneumatic assembly for a compressed gas gun having a hammer chamber including a hammer conduit, and a hammer with an aperture surrounding at least a portion of the hammer conduit. A compressed gas gun has a breech, a bolt moveable within the breech from a loading position to a firing position, a pneumatic assembly in communication with the breech, the pneumatic assembly comprising a high pressure chamber, and a hammer chamber. A discharge valve is disposed in the pneumatic assembly between the high pressure chamber and hammer chamber. A solenoid valve is provided for selectively supplying compressed gas to the hammer conduit.

Abstract: A valve assembly according to the present invention includes a valve housing having a first end and a second end. A selectively closeable flow path runs through the valve housing. A valve body is disposed in the valve housing. The valve body is moveable from a first position closing the flow path to a second position opening the flow path. The valve body has a channel therethrough. A secondary chamber is provided adjacent the valve body in communication with the channel. An exhaust port is provided in communication with the secondary chamber. A solenoid is provided adjacent the secondary exhaust port, the solenoid adapted to selectively open the secondary exhaust port. A compressed gas gun employing the valve assembly is also provided.