A 10-kW switched reluctance motor (SRM) is investigated with respect to key design parameters, including the number of winding turns, the stator and rotor pole-arc–to–pole-pitch ratios, and the machine axial length. The analysis is carried out by systematically varying these four parameters within predefined bounds and identifying the optimal combination that maximizes efficiency. The accuracy of the optimized motor model is validated using manufacturer catalogue data. The results illustrate the influence of each design parameter on the motor’s ef-ficiency. Finally, the transient performance is evaluated, emphasizing the importance of appropriate motor control strategies, particularly the selection of turn-on and turn-off angles and proper DC-link size for achieving the desired operating behavior.