A calendering roll press for manufacturing a dry electrode in which a plurality of calendering crown rolls are arranged to stretch a dry electrode sheet, the calendering roll press comprising: a calendaring crown roll including: a center roller having inner wheel drive shafts protruding in a longitudinal direction from a center of both side surfaces of the center roller; and a first side roller and a second side roller, each having an inner surface facing a respective one of both side surfaces of the center roller in the longitudinal direction, respectively, wherein the first side roller and the second side roller each have an outer wheel drive shaft (21a, 21b) protruding from a center of an outer surface thereof in the longitudinal direction, wherein each of the outer wheel drive shafts (21a, 21b) are hollow, so as to allow a respective one of the inner wheel drive shafts to pass therethrough; and a motor configured to independently and rotatably drive the center roller, the first side roller, and the second side roller; wherein the motor includes: a center motor connected to the center roller, wherein the center motor is configured to rotate the center roller, and a side motor including a first side motor and a second side motor each connected to the first side roller and the second side roller, respectively, wherein the first and second side motors are configured to rotate the respective first and second side rollers. a calendaring crown roll including: a center roller having inner wheel drive shafts protruding in a longitudinal direction from a center of both side surfaces of the center roller; and a first side roller and a second side roller, each having an inner surface facing a respective one of both side surfaces of the center roller in the longitudinal direction, respectively, wherein the first side roller and the second side roller each have an outer wheel drive shaft (21a, 21b) protruding from a center of an outer surface thereof in the longitudinal direction, wherein each of the outer wheel drive shafts (21a, 21b) are hollow, so as to allow a respective one of the inner wheel drive shafts to pass therethrough; and a center roller having inner wheel drive shafts protruding in a longitudinal direction from a center of both side surfaces of the center roller; and a first side roller and a second side roller, each having an inner surface facing a respective one of both side surfaces of the center roller in the longitudinal direction, respectively, wherein the first side roller and the second side roller each have an outer wheel drive shaft (21a, 21b) protruding from a center of an outer surface thereof in the longitudinal direction, wherein each of the outer wheel drive shafts (21a, 21b) are hollow, so as to allow a respective one of the inner wheel drive shafts to pass therethrough; and a motor configured to independently and rotatably drive the center roller, the first side roller, and the second side roller; wherein the motor includes: a center motor connected to the center roller, wherein the center motor is configured to rotate the center roller, and a side motor including a first side motor and a second side motor each connected to the first side roller and the second side roller, respectively, wherein the first and second side motors are configured to rotate the respective first and second side rollers. a center motor connected to the center roller, wherein the center motor is configured to rotate the center roller, and a side motor including a first side motor and a second side motor each connected to the first side roller and the second side roller, respectively, wherein the first and second side motors are configured to rotate the respective first and second side rollers.