The invention aims at realizing electrification and numerical control of scooters, and discloses a numerically controlled electric scooter. The numerically controlled electric scooter comprises a motor, a driving module, a rotating speed detection module, a brake module, a display module, a button module, a power supply system and a microprocessor. The motor is utilized for transforming electric energy into mechanical energy so that slide wheels of a scooter are driven to rotate. The driving module is utilized for driving the motor to work effectively. The rotating speed detection module is utilized for detecting a current speed of the scooter. The brake module is utilized for brake. The display module is utilized for displaying a current rotating speed and a current system state. The button module is utilized for user data inputting. The power supply system is utilized for whole system power supply. The microprocessor is utilized for receiving and processing data input by users, controlling the driving module to drive the motor to work and controlling the display module to display. The numerically controlled electric scooter has the characteristics of low cost and fast response speed.