Laser training device with simulated cycling of a firearm action
A weapon training device include a frame, a reciprocating member in sliding longitudinal engagement with the frame, and a magazine coupled to the frame. The magazine has a compressed gas chamber in fluid communication with a valve. A light emitter actuated by a switch tied to a trigger is disposed in a barrel. A fire control module has a trigger that is releasably engaged thereto and positioned in axial alignment with the valve, and linked to the switch. A piston is fixed to the frame and is in fluid communication with the magazine valve. A piston sleeve is fixed to the reciprocating member, and the piston is be received therein. An impulse to the piston sleeve from the gas directed into the piston is transferred to a rearward longitudinal motion of the reciprocating member relative to the frame.
1. A magazine for weapon training device, comprising:
a magazine body defined by a front and an opposed rear, and including a first compartment and a second compartment;
a gas cylinder with a cylinder outlet, the gas cylinder being disposed within the first compartment;
a gas valve mounted to the magazine body and having an inlet port in fluid communication with the gas cylinder, an outlet port, a valve member, and a front-facing actuator connected to the valve member and actuatable by a rearward travel of a firing pin and;
a battery disposed within the second compartment; and
one or more terminals in electrical communication with the battery mounted to the magazine body.
2. The magazine of claim 1 , wherein the magazine body is defined by a bottom end opening to the first compartment.
3. The magazine of claim 2 , further comprising:
a base plate removably attachable to the bottom end of the magazine body.
4. The magazine of claim 1 , further comprising:
a cylinder adapter mounted within the magazine body and including a connector engaging with the cylinder outlet of the gas cylinder, the connector being in fluid communication with the inlet port of the gas valve.
5. The magazine of claim 1 , wherein the magazine body is defined by a top end with an opening in fluid communication with the outlet port of the gas valve.
6. The magazine of claim 1 , wherein the outlet port is directly engageable in fluid communication with a chamber opening of a moving piston.
7. The magazine of claim 1 , wherein the actuator of the gas valve is exposed on and protrudes from the front of the magazine body.
8. The magazine of claim 1 , wherein the one or more terminals are exposed on the front of the magazine body.
9. The magazine of claim 1 , wherein a first opening axis of the inlet port of the gas valve is offset from a second opening axis of the outlet port.
10. The magazine of claim 9 , wherein the first opening axis is perpendicular to the second opening axis.
11. The magazine of claim 9 , wherein an actuation axis of the valve member is aligned with the first opening axis of the inlet port.