Which fuse mechanism is used in the M67 grenade?

The M67 grenade utilizes the M213 fuse mechanism, which is designed to provide a delay before detonation after the safety lever is released. This fuse operates with a time delay that allows the grenade to travel a short distance after being thrown, increasing the safety for the thrower and minimizing the risk of an immediate explosion upon release.

The M213 fuse also incorporates a feature that allows it to function effectively in various conditions, ensuring it detonates reliably after the designated time. This fuse design is essential for the proper use of the M67 grenade in combat situations, providing both effectiveness and safety.

In contrast, the other fuse mechanisms mentioned, such as the M201, M94, and MK2, are designed for different types of grenades with varying operational purposes and detonation mechanisms, which do not apply to the M67 grenade. This specificity is crucial for understanding the correct operational procedures and safety measures associated with the M67 grenade.