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An anti-tank or AT mine is a type of land mine designed to damage or destroy vehicles including tanks and armored fighting vehicles. Compared to anti-personnel mines, anti-tank mines typically have a much larger explosive charge, and a fuze designed to be triggered by vehicles or, in some cases, remotely or by tampering with the mine.
The landmine and the soil above it act like two coupled springs with a nonlinear response that does not depend on the composition of the container. Such a response is not seen in most other buried objects such as roots, rocks, concrete or other man-made objects (unless they are hollow items such as bottles and cans) [ 115 ] so the detection ...
Land mines are divided into two types: anti-tank mines, which are designed to disable tanks or other vehicles; and anti-personnel mines, designed to injure or kill people. [ 2 ] Land mines are typically pressure activated, exploding automatically when stepped on by a person or driven over by a vehicle, though alternative detonation mechanisms ...
A Chinese metal-cased Type 59 anti-tank blast mine. Its design is typical of many post World War II anti-tank blast mines, circular with a central fuze well (fitted with a plug in this case). An Italian, plastic cased blast resistant VS-2.2 mine. Capable of being deployed from the air, as well as being resistant to explosive clearance techniques.
The Husky VMMD (Vehicle-Mounted Mine Detection) is a South African configurable counter-IED MRAP designed for route clearance and demining. It is designed to assist in the disposal of land mines and improvised explosive devices. The Husky was initially deployed in the 1970s.
The mine can be deployed on soil with various minelaying systems utilizing KPTM-3 cassettes - each containing one PTM-3 mine. [1] [3] A rope is attached to the body of the cassette and the pin of the mine. Once the cassette bursts, the rope pulls on the pin of the mine, completing the mechanical stage of arming. [1] They can also be deployed by ...
The M608 double-impulse fuze will not detonate the mine when the first tank drives over it: instead, it simply arms itself so that the mine detonates when the second vehicle (e.g. an APC or perhaps a truck towing a howitzer) following in the tracks of the first tank drives over it – an event which might occur seconds, hours or even weeks ...
The typical configuration of anti-handling devices used with M15 anti-tank landmines. The upper diagram shows a pull- fuze screwed into a secondary fuze well in the side of the mine. Additionally, an M5 anti-lift device has been screwed into another fuze well, hidden under the mine.