A cart includes: a body; wheels; a drive unit, driving each of the wheels; a handle, receiving a user's operation; an input detection sensor, detecting a load and/or moment applied to the handle; a rotation number sensor, detecting number of rotations of each of the wheels; and a control device, setting a target propulsive force to be output as a propulsive force from each of the wheels based on the load and/or moment, and controlling the drive unit to output the target propulsive force as the propulsive force. If the number of rotations of the wheel located on a side close to a turning center exceeds a predetermined threshold during turning, the control device sets the target propulsive force of the wheel located on a side away from the turning center to be less than the target propulsive force set based on the load and/or moment.

An electric cart includes a cart body, a drive assembly, and a control assembly. The cart body is equipped with wheels at its bottom. The drive assembly is mounted on the cart body and electrically connected to the wheels, while the control assembly is in communication with the drive assembly to regulate its operation, thereby driving the wheels to move. Users can operate the control assembly to control the drive assembly, which in turn drives the wheels to rotate, providing power for the cart's movement and enabling electric travel according to the user's commands. This design significantly reduces the user's physical exertion and enhances convenience in moving the cart.