Which sensor senses when the gun is in the battery position and ready to fire?

Which sensor senses when the gun is in the battery position and ready to fire?

• A. Bolt Position Indicator
• B. In-Battery Sensor
• C. Optical Encoder
• D. Rotor Assembly

Answer: (B)

The main idea is that firing is allowed only when the mechanism is fully seated in battery. The In-Battery Sensor detects that exact condition—the bolt/slide is forward and the chamber is ready—so the control electronics know it’s safe to fire. Without this sensing, the system could attempt to discharge while the gun isn’t in battery, risking misfires or damage. The Bolt Position Indicator merely reports where the bolt is, not whether the gun is ready to fire. An Optical Encoder tracks rotational position for feedback, not the battery readiness. The Rotor Assembly is a mechanical part, not a sensor. So the In-Battery Sensor is the one that senses when the gun is in the battery position and ready to fire.

The main idea is that firing is allowed only when the mechanism is fully seated in battery. The In-Battery Sensor detects that exact condition—the bolt/slide is forward and the chamber is ready—so the control electronics know it’s safe to fire. Without this sensing, the system could attempt to discharge while the gun isn’t in battery, risking misfires or damage. The Bolt Position Indicator merely reports where the bolt is, not whether the gun is ready to fire. An Optical Encoder tracks rotational position for feedback, not the battery readiness. The Rotor Assembly is a mechanical part, not a sensor. So the In-Battery Sensor is the one that senses when the gun is in the battery position and ready to fire.