The Sandcat will be equipped with an Accurate Mortar

Elbit Systems and Plasan join forces to propose a new version of the Sandcat 4x4 light-armored vehicle fitted with the SPEAR MK2

The Sandcat will be equipped with an Accurate Mortar

At ADEX 2016, reports Army Recognition, Elbit Systems and the defense vehicles manufacturer Plasan join forces to propose a new version of the Sandcat 4x4 light-armored vehicle fitted with the SPEAR MK2 on the rear of the vehicle.

Plasan's Sandcat is customized for both military and homeland security purposes, such as SWAT missions and counter-insurgency activity. It is based on an upgraded Ford F-Series 4x4 chassis, adapted by Oshkosh Corporation for military use and fitted with Plasan-designed and manufactured modular armor made of advanced Metal Composite & Ceramics Composite Kitted Hull structure.

Elbit Systems’ SPEAR MK2 is a fully autonomous, vehicle-mounted 120mm soft recoil mortar system for high-mobility platforms. SPEAR MK2 delivers effective fire support by combining the flexibility and lethality of accurate mortar fire with exceptional tactical mobility. The mortar is a derivative of the combat-proven soft recoil mortar which is muzzle loaded and turntable-mounted and is being used extensively by the US Army, NATO, IDF and others.

The SPEAR MK2 is equipped with computerized aiming and navigation devices, enabling the mortar system to be operated autonomously and aimed without the need for external reference points. SPEAR MK2 can be integrated with a variety of battle management systems (BMS) and includes technical fire management, scheduled fire plans, a prioritization target process and an attack result forecast. The system also manages ammunition, personnel, assignments and serial number equipment reports.

The system can operate independently with forward observers and/or deployed forces. The system can also be deployed on a standalone basis or as part of the battery/platoon configuration. 

Targeting information is relayed to the fire control system (FCS) which computes the ballistic data and orders the electric drive system (EDS) to position the mortar barrel to the exact azimuth and elevation. The mortar fire control system (MFCS) receives feedback from the north finding system (NFS) and inclination gauge units (IGU).

 

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