Device for measuring the pressure of a fluid comprising: a mantle region defining a fluid conduit; a detection system comprising a measurement element, at least a first resilient element, and a target member, wherein at least a portion of the measurement element is arranged inside the fluid conduit, wherein the first resilient element is configured to exert a resilient force on the measurement element, the resilient force opposing at least a displacement of the measurement element along a locating path with respect to a neutral position, and wherein the target member is arranged inside the fluid conduit, at least a first portion thereof being arranged in a fixed position with respect to the measurement element; the measurement element having a first surface and a second surface, wherein the first and the second surfaces are arranged generally opposite to one another; and at least a first position sensor for evaluating the position of at least the first portion of the target member along the locating path, wherein the first position sensor is arranged outside the fluid conduit in a fixed position with respect to the mantle region; and wherein at least a portion of the measurement element is movable along the locating path by a displacement force acting on the measurement element, the displacement force being generated by a difference between the local pressure of a fluid acting on the first surface and the local pressure of a fluid acting on the second surface, and wherein the position of at least the first portion of the target member along the locating path with respect to the first position sensor depends on the displacement force, characterized in that the device further comprises a second position sensor and the first position sensor and the second position sensor are arranged in proximity to one another on the mantle region in such a way that, for at least a position of the target member on the locating path, both the first position sensor and the second position sensor are able to sense the target member. a mantle region defining a fluid conduit; a detection system comprising a measurement element, at least a first resilient element, and a target member, wherein at least a portion of the measurement element is arranged inside the fluid conduit, wherein the first resilient element is configured to exert a resilient force on the measurement element, the resilient force opposing at least a displacement of the measurement element along a locating path with respect to a neutral position, and wherein the target member is arranged inside the fluid conduit, at least a first portion thereof being arranged in a fixed position with respect to the measurement element; the measurement element having a first surface and a second surface, wherein the first and the second surfaces are arranged generally opposite to one another; and at least a first position sensor for evaluating the position of at least the first portion of the target member along the locating path, wherein the first position sensor is arranged outside the fluid conduit in a fixed position with respect to the mantle region; and wherein at least a portion of the measurement element is movable along the locating path by a displacement force acting on the measurement element, the displacement force being generated by a difference between the local pressure of a fluid acting on the first surface and the local pressure of a fluid acting on the second surface, and wherein the position of at least the first portion of the target member along the locating path with respect to the first position sensor depends on the displacement force, characterized in that the device further comprises a second position sensor and the first position sensor and the second position sensor are arranged in proximity to one another on the mantle region in such a way that, for at least a position of the target member on the locating path, both the first position sensor and the second position sensor are able to sense the target member.