How is deflection defined in fire control?

How is deflection defined in fire control?

• A. The vertical angle to the target
• B. The horizontal angle to the aiming point
• C. The distance to the target measured in meters
• D. The time delay in firing

Answer: (B)

Deflection in fire control refers specifically to the horizontal angle to the aiming point, which is critical in ensuring accurate targeting and engagement of a moving or stationary target. This angle accounts for the necessary adjustments made to the firing solution to hit the target, taking into consideration factors such as wind, target movement, and the distance to the target. Understanding deflection is essential for fire control specialists, as successful adjustments can significantly impact the effectiveness of ordnance delivery. This concept is particularly relevant in scenarios involving indirect fire, where the gunner must compute and apply adjustments based on the observed target location, thus ensuring the projectile travels on the correct trajectory relative to the target's position. The other options, while related to aspects of fire control, do not adequately capture the concept of deflection. The vertical angle and distance measurements pertain to other adjustments in fire control but do not address the necessary horizontal angle adjustments that define deflection in this context. Time delay pertains to the timing of firing rather than the angle adjustments needed for successful target engagement.

Deflection in fire control refers specifically to the horizontal angle to the aiming point, which is critical in ensuring accurate targeting and engagement of a moving or stationary target. This angle accounts for the necessary adjustments made to the firing solution to hit the target, taking into consideration factors such as wind, target movement, and the distance to the target.

Understanding deflection is essential for fire control specialists, as successful adjustments can significantly impact the effectiveness of ordnance delivery. This concept is particularly relevant in scenarios involving indirect fire, where the gunner must compute and apply adjustments based on the observed target location, thus ensuring the projectile travels on the correct trajectory relative to the target's position.

The other options, while related to aspects of fire control, do not adequately capture the concept of deflection. The vertical angle and distance measurements pertain to other adjustments in fire control but do not address the necessary horizontal angle adjustments that define deflection in this context. Time delay pertains to the timing of firing rather than the angle adjustments needed for successful target engagement.