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Mobile mortars and their application
in the modern battle


Relevant links:
Mobile Mortar Systems
Advanced Mortar Munitions

Mortar types:
  Advanced Mortar Munitions
 
AMOS

  AMS-II
  Bighorn
  CARDOM
 
Dragon Fire
  TDA-2R2M

  2S31 Vena


Modern Mobile Mortars Trends

AMS II 120mm mortar installed on 8x8 LAV chasis, used by the Royal Saudi Arabian Army.
AMS II 120mm mortar installed on 8x8 LAV chasis, used by the Royal Saudi Arabian Army.
 

The enthusiasm in Russian mortars was not matched by the west. Post war Western nations seemed to place limited interest in developing mobile mortar system, placing their priorities on heavier self propelled rocket artillery designs, with nuclear capability. Smaller armies, faced with restricted arms procurement resources such as Israel's Army, that had to cope with lack of organic artillery, equipped halftracks, tank chassis or light armoured vehicles mounting forward firing 81, 120 and 160mm mortars.

A new trend appeared, however, after Vietnam, as well as the development of low-intensity warfare engagements that followed the Vietnam War, when the lack of organic tactical fire support once again became a major problem to front line troops. One of the main drawbacks, was that man-packed infantry mortars carried insufficient ammunition to provide effective fire support at the tactical combat level and the tac commander depended mainly on higher unit artillery barrages, which often misfired, due to erratic

AMOS self propelled mortar system, produced by Patria (Finland) and Hagglunds (Sweden)
AMOS self propelled mortar system, produced by Patria (Finland) and Hagglunds (Sweden)
 

communications, endangering friendly fire incidents. With ground forces becoming ever more mobile, and AFVs rendering better survivability on a fire saturated battlefield, in-house organic fire support became a vital combat element even at relatively junior tactical levels. This situation became even more critical in Military Operations in Urban Terrain (MOUT) operations, which will become  major contingencies in future combat situations. Under such conditions, lack of organic commander's "hip-pocket" fire support would become devastating for the in-fighting troops.

With dramatic developments in enhanced firepower lethality, under-armor self propelled artillery became a life saving imperative, and battlefield survival of the veteran infantry mortar equally depended on an urgent technological solution. It was in the mid-seventies and early eighties of the last decade, that some of the more interesting developments in mobile mortar design matured into highly effective weapon systems.

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