A.T. Mine G.S. Mark II explained

A.T. Mine G.S Mark
Origin:United Kingdom
Type:Anti-tank Mine
Is Explosive:Yes
Is Uk:Yes
Service:1937 -
Used By:UK
Wars:World War II
Production Date:-1942
Weight:8oz8oz
Height:NaNinches with cover
Diameter:NaNinches
Filling:TNT or Baratol
Filling Weight:4lb

The Anti-Tank Mine General Service Mark II was a British anti-tank blast mine used during the Second World War.[1]

Design

It consisted of a body about 7.5inches in diameter and 3.25inches. The mine has a central fuze well accessed from the bottom, with a main charge in a cavity around the well consisting of about 4lb of TNT. The mine is fitted with a thin brass cover, which acts as a pressure plate. The cover is suspended over the main body of the main by four leaf springs. A Sorbo ring (Sorbo rubber sponge) can be fitted between the cover and the mine body, which absorbs shock and blast and allows the mines to be planted as close as 2feet without causing sympathetic detonation (normally five feet is the minimum safe distance).

Sufficient pressure - 350lbf - on the cover of the mine causes the cover to press downward onto the pressure cap of the fuze. This downward pressure forces the assembly surrounding the striker down until the striker retaining balls are aligned with a cavity. The balls are pushed aside and the striker is released impacting the detonator which detonates the C.E. pellet, triggering the exploder and then the main charge.

The mine was effective against vehicles and capable of taking off the track of tanks up to medium tank size.The mines main charge was relatively small and the mine appears to have been withdrawn by the end of the war, being replaced by the larger Mk 5 mine. The mine was used in large numbers at the 1942 Second Battle of El Alamein.[2]

Specifications

References

Notes and References

  1. Web site: British Mines of the Second World War. 2021-01-13. www.wwiiequipment.com . David . Boyd . 1 January 2009.
  2. Web site: A measure of the real world value of mixed mine systems . 20 June 2001. 21 March 2023. The Dupuy Institute.