A valve comprising a housing having a bore extending about an actuation axis, an inlet port, a first outlet port, a first exhaust port, a second outlet port, and a second exhaust port, wherein a spool inside the bore is actuated between a first working position and a second working position, and a first circumferential seal wing and a second circumferential seal wing being arranged on the spool, - wherein a diameter of the spool is smaller than a diameter of the bore thus establishing a first flow path between the inlet port and the first outlet port, establishing a second flow path between the first outlet port and the first exhaust port, establishing a third flow path between the inlet port and the second outlet port, and establishing a fourth flow path between the second outlet port and the second exhaust port; - a first annular recess radially extending from the bore and being in permanent fluid communication with the first outlet port, the first annular recess comprising an outer first recess wall next to the first exhaust port and an inner first recess wall next to the inlet port; - a second annular recess radially extending from the bore and being in permanent fluid communication with the second outlet port, the second annular recess comprising an outer second recess wall next to the second exhaust port and an inner second recess wall next to the inlet port; - wherein the valve comprises a pressure cap disposed at an end of the housing, the pressure cap comprising a secondary bore for receiving the spool; whereby the first seal wing and the second seal wing are arranged on the spool, such that: - in the first working position, the first seal wing abuts to the outer first recess wall, thus closing the second flow path and opening the first flow path, and the second seal wing abuts to the inner second recess wall, thus closing the third flow path and opening the fourth flow path; - in the second working position, the first seal wing abuts to the inner first recess wall, thus closing the first flow path and opening the second flow path, and the second seal wing abuts to the outer second recess wall, thus closing the fourth flow path and opening the third flow path; characterized in that the secondary bore is permanently fluidly connected to the second annular recess, such that the secondary bore is configured to act as an air spring for transmitting the spool from the second working position to the first working position. - wherein a diameter of the spool is smaller than a diameter of the bore thus establishing a first flow path between the inlet port and the first outlet port, establishing a second flow path between the first outlet port and the first exhaust port, establishing a third flow path between the inlet port and the second outlet port, and establishing a fourth flow path between the second outlet port and the second exhaust port; - a first annular recess radially extending from the bore and being in permanent fluid communication with the first outlet port, the first annular recess comprising an outer first recess wall next to the first exhaust port and an inner first recess wall next to the inlet port; - a second annular recess radially extending from the bore and being in permanent fluid communication with the second outlet port, the second annular recess comprising an outer second recess wall next to the second exhaust port and an inner second recess wall next to the inlet port; - wherein the valve comprises a pressure cap disposed at an end of the housing, the pressure cap comprising a secondary bore for receiving the spool; - in the first working position, the first seal wing abuts to the outer first recess wall, thus closing the second flow path and opening the first flow path, and the second seal wing abuts to the inner second recess wall, thus closing the third flow path and opening the fourth flow path; - in the second working position, the first seal wing abuts to the inner first recess wall, thus closing the first flow path and opening the second flow path, and the second seal wing abuts to the outer second recess wall, thus closing the fourth flow path and opening the third flow path;