Because of its high power density and simplicity of control to reach the appropriate level of performance, the BLDC drive is widely employed in a variety of industries. For the motor to operate at its best, an appropriate speed control is needed. In permanent magnet motors, speed control is often accomplished using the traditional proportional integral (PI) controller. PI controllers are simple to use and have a straightforward control structure, however they have issues with non-linearities and load conditions and other complex situations. Yet, an exact linear mathematical model is necessary for PI controllers. In this work, a fuzzy is suggested as a way to alleviate the torque ripple in Motor drives. To limit ripple and enhance the dynamic response of drive system, fuzzy logic is used. In comparison to the PI control, the FLC enhances the speed response quality and lessens torque output ripple.