The bldc is rotates for 40° as one pitch to generate a complete sinusoidal waveform. Form the simulation results, the creation of mesh for the bldc model as shown in figure 5(a) is done since the fem is just a static simulation data only. The magnetic analysis is flux flow in Figure 5(b), and flux distribution as shown in Figure 5(c). To find the average value of the flux per pole in the air gap between stator and the rotor,a probe method need to be performed so that the location of the desired air gap flux density can be pointed easily. The flux per pole is calculated by multiply the value of flux density with the cross section area of the stator teeth. Figure 5(c) shows the flux distribution in bldc is high at the body of rotor because the flux is concentrated at the restrict area between the two PM and then deflect to the others part. From the overall simulation result in Figure 5, it can be observed that the flux leakage between PM and stator teeth is reduced. This means that all the generated flux is not wasted.