Which fuze setting is most effective for prone targets?

The proximity fuze is particularly effective for targeting prone individuals because it detonates near the intended target, rather than requiring a direct hit. This capability is particularly advantageous for hitting targets that may be taking cover or lying flat on the ground, as they may be harder to strike directly with an impact fuze. The proximity fuze uses radar or other detection methods to sense the presence of a target nearby, ensuring that the munitions explode in close proximity, creating a lethal effect within a specified radius.

In contrast, an impact fuze relies on the projectile striking the target directly, which might not be feasible for a target that is low or protected. Delay fuzes provide a programmed delay after impact before detonation, which can be useful in some contexts but does not specifically cater to prone targets. Airburst fuzes are designed to enhance the effectiveness against surface targets by exploding above them, creating a larger area of effect, but still may not be as effective as a proximity fuze for someone lying flat. Hence, the proximity fuze offers the optimal balance of reliability and effectiveness when targeting prone positions.