A handle for a door of a motor vehicle, the handle comprising - an attachment portion to be fixed to the door of the motor vehicle, - a manoeuvrable portion coupled to the attachment portion in a movable manner between at least three distinct positions including a neutral position, a first activation position, and a second activation position, and - a transducer device configured to a) detect a first movement of the manoeuvrable portion reaching the first activation position, b) generate a first signal to trigger an automatic opening of the door by means of an actuator device of the motor vehicle when the first movement is detected, and c) detect a second movement of the manoeuvrable portion reaching the second activation position, wherein the transducer device is further configured to generate a second signal to trigger an automatic closing of the door by means of the actuator device when the second movement is detected, the handle further comprising - a slide assembly, - a guide device constraining the slide assembly to translate along a straight direction, and - coupling means (30, 31) configured to transmit the first and the second movement to the slide assembly, so that the slide assembly consequently has a first and a second translation, respectively, wherein the transducer device comprises a first and a second sensitive element (16, 17) arranged in respective distinct positions such that the first and the second sensitive element (16, 17) cooperate in contact with the slide assembly during the first and the second translation, respectively, the transducer device being configured to generate the first and the second signal, respectively, when the first and the second sensitive element (16, 17) cooperate in contact with the slide assembly, characterized in that the slide assembly comprises a first portion or first block having a first face inclined relative to a plane orthogonal to the straight direction and facing one of the first and the second sensitive element (16, 17). - an attachment portion to be fixed to the door of the motor vehicle, - a manoeuvrable portion coupled to the attachment portion in a movable manner between at least three distinct positions including a neutral position, a first activation position, and a second activation position, and - a transducer device configured to a) detect a first movement of the manoeuvrable portion reaching the first activation position, b) generate a first signal to trigger an automatic opening of the door by means of an actuator device of the motor vehicle when the first movement is detected, and c) detect a second movement of the manoeuvrable portion reaching the second activation position, wherein the transducer device is further configured to generate a second signal to trigger an automatic closing of the door by means of the actuator device when the second movement is detected, the handle further comprising a) detect a first movement of the manoeuvrable portion reaching the first activation position, b) generate a first signal to trigger an automatic opening of the door by means of an actuator device of the motor vehicle when the first movement is detected, and c) detect a second movement of the manoeuvrable portion reaching the second activation position, wherein the transducer device is further configured to generate a second signal to trigger an automatic closing of the door by means of the actuator device when the second movement is detected, the handle further comprising - a slide assembly, - a guide device constraining the slide assembly to translate along a straight direction, and - coupling means (30, 31) configured to transmit the first and the second movement to the slide assembly, so that the slide assembly consequently has a first and a second translation, respectively, wherein the transducer device comprises a first and a second sensitive element (16, 17) arranged in respective distinct positions such that the first and the second sensitive element (16, 17) cooperate in contact with the slide assembly during the first and the second translation, respectively, the transducer device being configured to generate the first and the second signal, respectively, when the first and the second sensitive element (16, 17) cooperate in contact with the slide assembly, characterized in that the slide assembly comprises a first portion or first block having a first face inclined relative to a plane orthogonal to the straight direction and facing one of the first and the second sensitive element (16, 17). wherein the transducer device comprises a first and a second sensitive element (16, 17) arranged in respective distinct positions such that the first and the second sensitive element (16, 17) cooperate in contact with the slide assembly during the first and the second translation, respectively, the transducer device being configured to generate the first and the second signal, respectively, when the first and the second sensitive element (16, 17) cooperate in contact with the slide assembly, characterized in that the slide assembly comprises a first portion or first block having a first face inclined relative to a plane orthogonal to the straight direction and facing one of the first and the second sensitive element (16, 17).