Proximity Fuze

Proximity fuzes are a type of electronic device used in guided missile warheads and explosive components. They are classified under the supply class "Guided Missile Warheads And Explosive Components" in the supply group "Ammunition And Explosives."

A proximity fuze is designed to detect the presence and distance of a target and initiate the detonation of the warhead when it reaches a predetermined proximity to the target. This allows the warhead to effectively engage and destroy the target without requiring a direct impact.

Proximity fuzes use various sensing mechanisms, such as radar, laser, or infrared, to detect the target. Once the target is detected within the predetermined range, the fuze triggers the detonation of the warhead, releasing the explosive payload and causing damage to the target.

Proximity fuzes are crucial components in guided missiles, as they enhance the accuracy and effectiveness of the warhead by ensuring it detonates at the optimal distance from the target. This increases the chances of successfully neutralizing the target and minimizing collateral damage.

Overall, proximity fuzes play a vital role in modern warfare by improving the precision and efficiency of guided missile warheads and explosive components.