A vehicle brake control device, comprising: operation amount acquisition means for acquiring an operation amount ( Bpa) of a braking operation member for a vehicle by a driver; braking means for pressing a friction member against a rotating member fixed to a wheel of the vehicle through intermediation of an electric motor to generate a braking torque for the wheel; a force sensor for detecting an actual pressing force ( Fba) with which the friction member actually presses the rotating member; and control means for calculating a target energization amount (lmt) based on the operation amount ( Bpa) and the actual pressing force ( Fba) and controlling the electric motor based on the target energization amount ( lmt), wherein the control means is configured to: calculate a target pressing force ( Fbt) based on the acquired operation amount ( Bpa); calculate a limit value for suppressing a fluctuation of the actual pressing force ( Fba) based on an operation speed correlation value correlated with a temporal change amount of the operation amount ( Bpa)); calculate a limit pressing force ( Fbs) obtained by placing a limitation on a temporal change amount of the detected actual pressing force ( Fba) based on the limit value; and calculate the target energization amount ( lmt) based on a deviation between the target pressing force ( Fbt) and the limit pressing force ( Fbs). operation amount acquisition means for acquiring an operation amount ( Bpa) of a braking operation member for a vehicle by a driver; braking means for pressing a friction member against a rotating member fixed to a wheel of the vehicle through intermediation of an electric motor to generate a braking torque for the wheel; a force sensor for detecting an actual pressing force ( Fba) with which the friction member actually presses the rotating member; and control means for calculating a target energization amount (lmt) based on the operation amount ( Bpa) and the actual pressing force ( Fba) and controlling the electric motor based on the target energization amount ( lmt), wherein the control means is configured to: calculate a target pressing force ( Fbt) based on the acquired operation amount ( Bpa); calculate a limit value for suppressing a fluctuation of the actual pressing force ( Fba) based on an operation speed correlation value correlated with a temporal change amount of the operation amount ( Bpa)); calculate a limit pressing force ( Fbs) obtained by placing a limitation on a temporal change amount of the detected actual pressing force ( Fba) based on the limit value; and calculate the target energization amount ( lmt) based on a deviation between the target pressing force ( Fbt) and the limit pressing force ( Fbs). calculate a target pressing force ( Fbt) based on the acquired operation amount ( Bpa); calculate a limit value for suppressing a fluctuation of the actual pressing force ( Fba) based on an operation speed correlation value correlated with a temporal change amount of the operation amount ( Bpa)); calculate a limit pressing force ( Fbs) obtained by placing a limitation on a temporal change amount of the detected actual pressing force ( Fba) based on the limit value; and calculate the target energization amount ( lmt) based on a deviation between the target pressing force ( Fbt) and the limit pressing force ( Fbs).