A mobile terminal comprising: a body; a first multi-input unit and a second multi-input unit rotatively mounted on the body; at least a first display screen adapted to display a first predetermined menu and a second display screen adapted to display a second predetermined menu, wherein the second predetermined menu is a sub menu corresponding to a selectable function in the first predetermined menu; and a controller adapted to: move and execute the first predetermined menu displayed on the first display screen in response to a first input from the first multi-input unit, and move and execute the second predetermined menu displayed on the second display screen in response to a second input from the second multi-input unit, wherein the first input from the first multi-input unit is generated by rotation of the first multi-input unit and the second input from the second multi-input unit is generated by rotation of the second multi-input unit; wherein the body comprises: a main body, a cover coupled to the main body, wherein the first display screen is located on the cover and the second display screen is located on the main body, and a hinge adapted to couple the main body to the cover, wherein the first multi-input unit and the second multi-input unit are located at opposite sides of the hinge. a body; a first multi-input unit and a second multi-input unit rotatively mounted on the body; at least a first display screen adapted to display a first predetermined menu and a second display screen adapted to display a second predetermined menu, wherein the second predetermined menu is a sub menu corresponding to a selectable function in the first predetermined menu; and a controller adapted to: move and execute the first predetermined menu displayed on the first display screen in response to a first input from the first multi-input unit, and move and execute the second predetermined menu displayed on the second display screen in response to a second input from the second multi-input unit, wherein the first input from the first multi-input unit is generated by rotation of the first multi-input unit and the second input from the second multi-input unit is generated by rotation of the second multi-input unit; wherein the body comprises: a main body, a cover coupled to the main body, wherein the first display screen is located on the cover and the second display screen is located on the main body, and a hinge adapted to couple the main body to the cover, wherein the first multi-input unit and the second multi-input unit are located at opposite sides of the hinge. move and execute the first predetermined menu displayed on the first display screen in response to a first input from the first multi-input unit, and move and execute the second predetermined menu displayed on the second display screen in response to a second input from the second multi-input unit, wherein the first input from the first multi-input unit is generated by rotation of the first multi-input unit and the second input from the second multi-input unit is generated by rotation of the second multi-input unit; wherein the body comprises: a main body, a cover coupled to the main body, wherein the first display screen is located on the cover and the second display screen is located on the main body, and a hinge adapted to couple the main body to the cover, wherein the first multi-input unit and the second multi-input unit are located at opposite sides of the hinge. a main body, a cover coupled to the main body, wherein the first display screen is located on the cover and the second display screen is located on the main body, and a hinge adapted to couple the main body to the cover, wherein the first multi-input unit and the second multi-input unit are located at opposite sides of the hinge.