A vehicle for supporting a ballistic load, comprising: a frame defining a loading board adapted to carry the ballistic load; a plurality of wheels; a control system for said ballistic load, including: - a processing unit; - a ballistic interface module, configured to communicate ballistic configuration parameters to said ballistic load and operatively coupled to the processing unit by a data bus; - a trigger module (42, 52, 56), configured to activate said ballistic load and operatively coupled to the processing unit by the data bus; and - a first communication module (60; 62) configured to receive an activation command of said ballistic load and said ballistic configuration parameters, wherein the first communication module (60; 62) is configured to send said activation command of the ballistic load and said ballistic configuration parameters to the processing unit, and wherein the processing unit is configured to send said ballistic configuration parameters to the ballistic interface module and the activation command of the ballistic load to the trigger module via the data bus. characterized in that the vehicle further comprises hydraulic suspensions connected between the wheels and the loading board and adjustable elastic means (13, 19) for connecting the loading board to said ballistic load, said elastic means (13, 19) comprising a plurality of mutually-independent damping elastic devices, each elastic device comprising at least one elastically deformable body and regulator means (20A, 20B, 21, 30), the control system being further configured to control said elastic means (13, 19) based on data received from the regulator means (20A, 20B, 21, 30), for varying the rigidity of said elastically deformable body. a frame defining a loading board adapted to carry the ballistic load; a plurality of wheels; a control system for said ballistic load, including: - a processing unit; - a ballistic interface module, configured to communicate ballistic configuration parameters to said ballistic load and operatively coupled to the processing unit by a data bus; - a trigger module (42, 52, 56), configured to activate said ballistic load and operatively coupled to the processing unit by the data bus; and - a first communication module (60; 62) configured to receive an activation command of said ballistic load and said ballistic configuration parameters, - a processing unit; - a ballistic interface module, configured to communicate ballistic configuration parameters to said ballistic load and operatively coupled to the processing unit by a data bus; - a trigger module (42, 52, 56), configured to activate said ballistic load and operatively coupled to the processing unit by the data bus; and - a first communication module (60; 62) configured to receive an activation command of said ballistic load and said ballistic configuration parameters, wherein the first communication module (60; 62) is configured to send said activation command of the ballistic load and said ballistic configuration parameters to the processing unit, and wherein the processing unit is configured to send said ballistic configuration parameters to the ballistic interface module and the activation command of the ballistic load to the trigger module via the data bus. characterized in that the vehicle further comprises hydraulic suspensions connected between the wheels and the loading board and adjustable elastic means (13, 19) for connecting the loading board to said ballistic load, said elastic means (13, 19) comprising a plurality of mutually-independent damping elastic devices, each elastic device comprising at least one elastically deformable body and regulator means (20A, 20B, 21, 30), the control system being further configured to control said elastic means (13, 19) based on data received from the regulator means (20A, 20B, 21, 30), for varying the rigidity of said elastically deformable body.