A door handle arrangement of a motor vehicle, having an electromechanical locking system with a door lock, a handle holder, a handle that can be moved into a rest position and a handling position, and return element biasing the handle in the direction of the handle holder, wherein when installed in a vehicle door the handle is arranged in flush alignment along the outside of the vehicle door in the rest position, and in the handling position for actuation is aligned to project in a protruding direction relative to the outside of the vehicle door, wherein for actuation the handle is designed to be movable relative to the handle holder from its handling position into an operating position for an electrical opening of the door lock or into an emergency operating position beyond the operating position for a mechanical opening of the door lock, wherein the handle is motion-coupled to the handle holder via a first connecting device and via a second connecting device, wherein the first connecting device and the second connecting device are arranged at a distance from one another, wherein a resistance device is arranged inside the first connecting device and/or the second connecting device, which resistance device generates a resistance force acting against the actuation when the handle is actuated from the operating position into the emergency operating position, wherein the first connecting device has a pivot axis, and the second connecting device has a lever mechanism, the handle being connected rotatably to the handle holder via the pivot axis, and the handle being connected to the handle holder via the lever mechanism, and the second connecting device is rotatable relative to the pivot axis, wherein the first connecting device has a connecting bar that extends towards the handle from the handle holder and on which the pivot axis is mounted, wherein the connecting bar is arranged inserted in an accommodation space formed on the handle, wherein the second connecting device has a hollow connecting attachment that extends towards the handle from the handle holder, which attachment accommodates the lever mechanism, and wherein the connecting attachment is arranged inserted in an accommodation chamber formed on the handle, and wherein the resistance device is arranged on the second connecting device, characterized in that the resistance device has a force-increasing surface on the handle holder and arranged inside the connecting attachment and an abutment surface that is formed on the lever mechanism and cooperates with the force-increasing surface to generate the resistance force. wherein when installed in a vehicle door the handle is arranged in flush alignment along the outside of the vehicle door in the rest position, and in the handling position for actuation is aligned to project in a protruding direction relative to the outside of the vehicle door, wherein for actuation the handle is designed to be movable relative to the handle holder from its handling position into an operating position for an electrical opening of the door lock or into an emergency operating position beyond the operating position for a mechanical opening of the door lock, wherein the handle is motion-coupled to the handle holder via a first connecting device and via a second connecting device, wherein the first connecting device and the second connecting device are arranged at a distance from one another, wherein a resistance device is arranged inside the first connecting device and/or the second connecting device, which resistance device generates a resistance force acting against the actuation when the handle is actuated from the operating position into the emergency operating position, wherein the first connecting device has a pivot axis, and the second connecting device has a lever mechanism, the handle being connected rotatably to the handle holder via the pivot axis, and the handle being connected to the handle holder via the lever mechanism, and the second connecting device is rotatable relative to the pivot axis, wherein the first connecting device has a connecting bar that extends towards the handle from the handle holder and on which the pivot axis is mounted, wherein the connecting bar is arranged inserted in an accommodation space formed on the handle, wherein the second connecting device has a hollow connecting attachment that extends towards the handle from the handle holder, which attachment accommodates the lever mechanism, and wherein the connecting attachment is arranged inserted in an accommodation chamber formed on the handle, and wherein the resistance device is arranged on the second connecting device, characterized in that the resistance device has a force-increasing surface on the handle holder and arranged inside the connecting attachment and an abutment surface that is formed on the lever mechanism and cooperates with the force-increasing surface to generate the resistance force.