CCPT :
CCPT was successfully designed and developed for accomplishing all tactical / technical fire control functions to achieve effective deployment of Self-Propelled (SP) Artillery guns . The importance of this project is that it is the first of its kind with tracked chassis housing Artillery Combat Command and Control Systems (ACCCS) for accomplishing fire control functions of all the versions of Artillery guns, both towed & self propelled versions. The CCPT is a re-engineered BMP vehicle with an extended chassis and additional bogie wheels, thereby achieving an improved 15 cubic metre/m3 of space in the equipment compartment. Hence, CCPT serves as a common platform for command post functions of all the Indian Artillery guns. The satisfactory performance of CCPT during summer desert trials in 2009 culminated into user recommendation for introduction into service. Based on the successful outcome of subsequent confirmatory trials, the Users proposed to release the production indent for CCPT vehicle in the near future.
CCPT was successfully designed and developed for accomplishing all tactical / technical fire control functions to achieve effective deployment of Self-Propelled (SP) Artillery guns . The importance of this project is that it is the first of its kind with tracked chassis housing Artillery Combat Command and Control Systems (ACCCS) for accomplishing fire control functions of all the versions of Artillery guns, both towed & self propelled versions. The CCPT is a re-engineered BMP vehicle with an extended chassis and additional bogie wheels, thereby achieving an improved 15 cubic metre/m3 of space in the equipment compartment. Hence, CCPT serves as a common platform for command post functions of all the Indian Artillery guns. The satisfactory performance of CCPT during summer desert trials in 2009 culminated into user recommendation for introduction into service. Based on the successful outcome of subsequent confirmatory trials, the Users proposed to release the production indent for CCPT vehicle in the near future.
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