It depends, most anti-personnel mines the step is the first stage in activation, sometimes this releases a spring which lifts the mine into the air where it explodes creating a lethal area around the mine. Some anti-tank (vehicle) mines explode on contact where they are designed to blow wheels or tracks off vehicles and possibly damage the underside of the vehicle meaning people have to abandon the vehicle. Anti-tank mines are often mixed in with anti-personnel mines in a mixed minefield so that the crew of the vehicles struggle to get out of the minefield.
[https://chainlinkandconcrete.blogspot.com/2016/10/the-m14-land-mine.html](https://chainlinkandconcrete.blogspot.com/2016/10/the-m14-land-mine.html)
Here is one common landmine model and how the trigger works. You step on it and your toes are gone, simple as that. No waiting to lift your foot nonsense.
They do not work that way. Pressure sensitive mines explode when stepped on. Instantly.
Some mines do have “do not explode instantly” features, but typically these are Anti-tamper devices, vehicle mines designed for convoy ambushes or smart mines triggered by some combination of vibrations, movement and sound (because you don’t want these mines to blow up just because a deer passed by).
This trope was probably started by soldiers’ experience with “bouncing” mines that use a black powder charge to launch into the air before exploding their main charge and launching shrapnel.
These sort of mines need to trigger after the enemy is no longer stepping on them to have maximum effectiveness so they have a small delay between when they’re stepped on and when they launch. This might have given the impression that they don’t explode when the foot stays on but it isn’t accurate.
However, if a soldier were very fast about slamming something heavy like his pack down on top of a bouncing type mine after it was triggered and before it detonated, its effectiveness would be significantly reduced since it might not successfully launch and its shrapnel (which is designed to explode outwards horizontally) would mostly be absorbed by the ground around it if it stayed buried.
Latest Answers