A fluidic control device of a thermal management assembly of a thermal control system of a vehicle, wherein said vehicle comprises a first operating group, a second operating group, a third operating group fluidically connected to said thermal management assembly, wherein said thermal management assembly comprises: i) a first pump group which comprises a first inlet duct and a first outlet duct; ii) a second pump group which comprises a second inlet duct and a second outlet duct; iii) an auxiliary duct which fluidically connects the first pump group and the second pump group; wherein the fluidic control device is fluidically connected with the first pair of ducts (11; 12) with the second pair of ducts (21; 22) and with the auxiliary duct and comprises a first outlet, a second outlet and a third outlet, respectively connectable with the first operating group, with the second operating group and with the third operating group; wherein the fluidic control device is configurable in: - a first working configuration in which the flow of the working fluid is regulated through the first outlet and through the second outlet respectively, preventing the working fluid from flowing through the third outlet and through the auxiliary duct; - a second working configuration in which the flow of the working fluid is regulated through the third outlet preventing the flow of the working fluid through the first outlet the second outlet and through the auxiliary duct; - a third working configuration in which the flow of the working fluid is regulated through the auxiliary duct and the sliding of the working fluid exiting through the first outlet is regulated, preventing the flow of the working fluid through the second outlet and through the third outlet; wherein the fluidic control device comprises a plurality of valve control elements (410; 420; 430; 440) fluidically positioned transversely to a respective duct, wherein each working configuration corresponds to the regulation of each control valve element (410; 420; 430; 440) in a predefined position; wherein each control valve element (410; 420; 430; 440) comprises a control axis (X1-X1; X2-X2; X3-X3; X4- X4) and each control valve element (410; 420; 430; 440) is adjustable in a different angular position with respect to each respective control axis (X1-X1; X2-X2; X3-X3; X4-X4); wherein the fluidic control device is characterized in that, also, comprises a control member suitable to adjust the angular position of each one of the control valve elements (410; 420; 430; 440) with respect to the respective control axis (X1-X1; X2-X2; X3-X3; X4-X4). i) a first pump group which comprises a first inlet duct and a first outlet duct; ii) a second pump group which comprises a second inlet duct and a second outlet duct; iii) an auxiliary duct which fluidically connects the first pump group and the second pump group; wherein the fluidic control device is fluidically connected with the first pair of ducts (11; 12) with the second pair of ducts (21; 22) and with the auxiliary duct and comprises a first outlet, a second outlet and a third outlet, respectively connectable with the first operating group, with the second operating group and with the third operating group; wherein the fluidic control device is configurable in: - a first working configuration in which the flow of the working fluid is regulated through the first outlet and through the second outlet respectively, preventing the working fluid from flowing through the third outlet and through the auxiliary duct; - a second working configuration in which the flow of the working fluid is regulated through the third outlet preventing the flow of the working fluid through the first outlet the second outlet and through the auxiliary duct; - a third working configuration in which the flow of the working fluid is regulated through the auxiliary duct and the sliding of the working fluid exiting through the first outlet is regulated, preventing the flow of the working fluid through the second outlet and through the third outlet; - a first working configuration in which the flow of the working fluid is regulated through the first outlet and through the second outlet respectively, preventing the working fluid from flowing through the third outlet and through the auxiliary duct; - a second working configuration in which the flow of the working fluid is regulated through the third outlet preventing the flow of the working fluid through the first outlet the second outlet and through the auxiliary duct; - a third working configuration in which the flow of the working fluid is regulated through the auxiliary duct and the sliding of the working fluid exiting through the first outlet is regulated, preventing the flow of the working fluid through the second outlet and through the third outlet; wherein the fluidic control device comprises a plurality of valve control elements (410; 420; 430; 440) fluidically positioned transversely to a respective duct, wherein each working configuration corresponds to the regulation of each control valve element (410; 420; 430; 440) in a predefined position; wherein each control valve element (410; 420; 430; 440) comprises a control axis (X1-X1; X2-X2; X3-X3; X4- X4) and each control valve element (410; 420; 430; 440) is adjustable in a different angular position with respect to each respective control axis (X1-X1; X2-X2; X3-X3; X4-X4); wherein the fluidic control device is characterized in that, also, comprises a control member suitable to adjust the angular position of each one of the control valve elements (410; 420; 430; 440) with respect to the respective control axis (X1-X1; X2-X2; X3-X3; X4-X4).