This study proposes a robust speed control strategy for Permanent Magnet Synchronous Motor (PMSM) drives using a Fuzzy Logic Controller (FLC) integrated with field-oriented control (FOC). The conventional PI controller in the speed control loop is replaced with an FLC to enhance dynamic performance, while a hybrid Fuzzy Logic-PI Controller (FL-PIC) is employed in the current control loop to mitigate sensitivity to parameter variations. The proposed scheme ensures precise speed regulation through vector control representation, achieving accurate tracking of step and bidirectional speed changes with zero overshoot and negligible ripple. Simulation results demonstrate the system’s rapid rejection of sudden load torque disturbances and robust performance under significant parameter mismatches. The controller maintains stable operation across low and high-speed ranges, with minimal steady-state distortion, confirming its resilience to parametric uncertainties, validating the reliability of the proposed FLC-based approach under non-ideal operational conditions................. Keywords;.......... Fuzzy Logic Control (FLC), PMSM Drives, PI Controller, Field-Oriented Control.