What is the maximum deflection and quadrant elevation that can be given to a gun during manual/degraded missions?

What is the maximum deflection and quadrant elevation that can be given to a gun during manual/degraded missions?

• A. Max DF: 50 mils, Max QE: 5 mils
• B. Max DF: 99 mils, Max QE: 9 mils
• C. Max DF: 75 mils, Max QE: 7 mils
• D. Max DF: 100 mils, Max QE: 10 mils

Answer: (B)

The correct answer indicates that the maximum deflection (DF) that can be applied to a gun during manual or degraded missions is 99 mils, and the maximum quadrant elevation (QE) is 9 mils. This information is critical for ensuring precise targeting and firing solutions when operating under less-than-ideal conditions where automated systems may not be available. In manual or degraded modes, operators rely on their training and manual inputs to compensate for the potential inaccuracies that could arise from equipment limitations. The specified maximum deflection and quadrant elevation allowances help to guide the personnel on how much lateral and vertical adjustment can be safely applied to ensure that the gun effectively engages its intended target. Understanding these maximum values is essential for maintaining operational safety and effectiveness. Exceeding these thresholds could lead to misfires or targeting errors, compromising mission success. Therefore, adhering to these limitations reflects best practices in artillery operations, particularly in challenging scenarios where precision is vital.

The correct answer indicates that the maximum deflection (DF) that can be applied to a gun during manual or degraded missions is 99 mils, and the maximum quadrant elevation (QE) is 9 mils. This information is critical for ensuring precise targeting and firing solutions when operating under less-than-ideal conditions where automated systems may not be available.

In manual or degraded modes, operators rely on their training and manual inputs to compensate for the potential inaccuracies that could arise from equipment limitations. The specified maximum deflection and quadrant elevation allowances help to guide the personnel on how much lateral and vertical adjustment can be safely applied to ensure that the gun effectively engages its intended target.

Understanding these maximum values is essential for maintaining operational safety and effectiveness. Exceeding these thresholds could lead to misfires or targeting errors, compromising mission success. Therefore, adhering to these limitations reflects best practices in artillery operations, particularly in challenging scenarios where precision is vital.