Abstract: A rear view mirror unit for a commercial vehicle, comprising a mirror, a support element to which this mirror is fixed, pivot means for connecting the support element in such a manner as to project from at least one region of the vehicle body defining at least one preferential angular position of the support element itself with respect to the body, and a cable slidably engaging a bushing fixed to the support element and connected to a coil spring with its front end, the free ends of the cable and the spring are connected to respective brackets fixed to the body to the sides of the said pivot means.

Abstract: A rearview mirror assembly for an industrial vehicle comprising a C-shaped supporting element, a mirror attached to this supporting element, hinging means for attaching the supporting element in a projecting position to the body of the vehicle defining at least one preferential angular position of the supporting element, and a telescopic rod connected to a lower arm of the supporting element and to a bracket fixed to the vehicle body, so as to reduce the vibrations during use of the supporting element and equipped with elastic means exerting a return force on the arm.

Abstract: A sun roof for vehicles, comprising a main part slidable beneath the roof panel to open or close an aperture, and a front part tiltable upwardly to impede direct entry of air into the front zone of this aperture. The front part is disposed in the closure position substantially at the same height as the main part. A single control cable at a lateral side of the sun roof actuates a slidable control body which engages the front part through a slidable auxiliary body. The control body is connected to the main part through a lost motion connection to allow the main part to remain stationary while the front part is being tilted.