Disclosed is an
electric vehicle allowing movement in any direction. The upper plane of a
chassis is provided with a power supply, a power switch, a
brake controller with a
brake pedal, a speed regulating controller with a speed regulating pedal, a
steering wheel with a
torque sensor, a direction control motor, a direction controller, an operation controller with an operation rod, a differential controller, a front vehicle cover, a rear vehicle cover, a front vehicle cover opening and closing control motor and a front vehicle cover opening and closing controller which are skillfully connected through leads; the front vehicle cover and the rear vehicle cover are concentric; the operation controller is provided with a
parking space, a front moving space, a
left shifting space, a right shifting space, a reversing space and a rotating space; the lower plane of the
chassis is provided with a front universal wheel, a rear universal wheel, a left wheel hub type motor wheel and a right wheel hub type motor wheel; wheel frames are provided with electromagnetic brakes; upper portion branches of the wheel frames penetrate the
chassis to be in contact with the direction control motor through gears; the wheels are connected with the differential controller through leads; a feedback
braking system which is used for generating power through the wheel hub type motor wheels is arranged. According to the
electric vehicle allowing the movement in any direction, moving-forward, turning, parallel movement in any direction and in-situ 360 degree steering can be achieved. The
electric vehicle allowing the movement in any direction is practical, environmentally-friendly, easy to popularize and wide in market prospect.