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A variety of technologies are used to detect landmines, improvised explosive devices (IED) and unexploded ordnance (UXO), including acoustic sensors, animals and biologically-based detection systems (bees, dogs, pigs, rats), chemical sensors, electromagnetic sensors and hyperspectral sensor analysis, generalized radar techniques, ground ...
The Mine detector (Polish) Mark I (Polish: wykrywacz min) was a metal detector for landmines developed during World War II. Initial work on the design had started in Poland but after the invasion of Poland by the Germans in 1939, and then the Fall of France in mid-1940, it was not until the winter of 1941–1942 that work was completed by ...
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.
In order to activate the M14, the base plug is removed and discarded and an M46 stab detonator is screwed into the base of the mine. Then the mine is placed into a shallow hole in the ground (flush with the surface) and the pressure plate is carefully rotated from its safety position to the armed position using the special arming spanner supplied in each crate of mines.
FFV 028 SD – Version fitted with a ball-bearing based anti-handling device. The mine self-destructs after between 30 and 180 days FFV 028 SN – Self-neutralizing version of the mine, which disarms itself after 30 to 180 days, indicating its status by launching a red marking cylinder attached to a 0.5 meter long wire.
For instance, an anti-personnel landmine will explode into small and sharp splinters that tear flesh but have little effect on metal surfaces, while anti-tank mines have considerably different design, using much more explosive power to effect damage to armored fighting vehicles, or use explosively formed penetrators to punch through armor plating.
Family of Scatterable Mines (FASCAM) is an umbrella term for a range of systems of the armed forces of the United States, which allows a maneuver commander to rapidly place mines as a situational obstacle; as a reserve obstacle emplacement capability; and to directly attack enemy formations through disrupt, fix, turn, and block.
The HPD-2 is a development of the HPD-1 mine. It incorporates a series of enhancements to both the warhead and fuzing mechanism. The mine's warhead is said to be a "second generation" Misnay–Schardin effect design capable of penetrating up to 150 millimeters of armour.