Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.

Dc brushless motor relative to DC brushless motor, the use of electronic commutation instead of mechanical commutation, prolong the service life of the motor, eliminate mechanical noise, sparks and electromagnetic interference caused by mechanical commutation and more convenient and reasonable control of the mechanical characteristics of the motor.