Abstract: Radome for vehicles comprising a light source (28); a front unit (9) comprising a transparent layer (11) and a colored decoration layer (5); and a reflective light guide unit (10) comprising a light guide (13) and a reflective subunit (14), the front unit (9) and the reflective light guide unit (10) containing a layer (16) with a refractive index lower than the refractive index of the light guide (13) between them, wherein the reflective subunit (14) comprises a reflective layer (22), the reflective subunit (14) forms an integral single part with the light guide (13), positioned on its face opposite to the front unit (9). The usage of a reflective unit at the rear of the light guide avoids the need of an air gap at the rear surface of the light guide, and the removal of the rear air gap improves the transmission performance of the radome.

Abstract: Disclosed is a decorative element for vehicles, which comprises: on the rear part thereof, an opaque resin base (8) and a camera, the resin base having a thickness that allows the camera (9) to be positioned; and on the front part thereof, a layer of transparent resin (2) on which two decorative layers, a discontinuous opaque layer (3) and a metallic-looking layer (4), are disposed, wherein the camera is placed facing one of the discontinuities of the opaque layer (3), and wherein the metallic-looking layer (4) comprises an alloy of Cr or Mo with Al, Mg, Ag or In. By means of the metallic-looking layer, color distortion is prevented, and the camera is concealed from an external observer.

Abstract: A radome for vehicles comprising an internal base layer (1) formed of a radio transmissive resin; an intermediate decoration layer (2); and an external transparent resin layer (3), which is characterized in that the radome also comprises a camera (4) placed inside the radome or aligned with the external surface of the transparent resin layer (3). It allows more freedom for car designers by offering an integrated solution which is aesthetically pleasant, and it decreases part manufacturing complexity.

Abstract: A radome for vehicles comprising an internal base layer (1) formed of a radio transmissive resin; an intermediate decoration layer (2); and an external transparent resin layer (3), which is characterized in that the radome also comprises a camera (4) placed inside the radome or aligned with the external surface of the transparent resin layer (3). It allows more freedom for car designers by offering an integrated solution which is aesthetically pleasant, and it decreases part manufacturing complexity.