A vehicle light assembly is provided herein and includes a light source, an optic configured to output light emitted by the light source, and a thermal conductive member enclosing the light source and the optic. The thermal conductive member is thermally coupled to a vehicle body via a thermal transfer adhesive.

A high mount stop lamp mounted on a rear portion of a roof of an automobile is provided. The high mount stop lamp includes a flat light guide arranged below a resin roof panel. The light guide includes a front end and a rear end. The high mount stop lamp also includes a light source opposing the front end of the light guide. The rear end of the light guide is located on or proximate to a rear end of the roof panel to function as a light emitting portion.

A lighting device for a motor vehicle, the lighting device including a vehicle stop-lamp assembly and a cargo-lamp assembly. The lighting device includes a common lens that is configured, on the one hand, to form at least one stop-lamp light beam and, on the other hand, to form at least one cargo-lamp light beam. It furthermore includes a first group of light sources that are configured to emit stop-lamp light beams and a second group of light sources that are configured to emit cargo-lamp light beams, the light sources of the first group and of the second group being arranged on a common electronic holder.

A camera system for a vehicle including a camera attached to a door of the vehicle to provide a rear field of view of the vehicle, the camera being articulable between an opened position and a closed position; an actuator affixed to the camera to rotate the camera; a position sensor that detects a position of the door between the opened position and the closed position; and an electrical control unit configured to operate the camera actuator based on the position detected by the position sensor such that the rear field of view is substantially directed in a horizontal direction to provide an unobstructed rear field of view when the door is articulated.

A modular grill guard that is mounted in front of a vehicle includes a main guard having a right bar, a left bar and a first cross member connected to the right bar and the left bar. A right guard is removably connected to the right bar, the right, guard includes a right guard member and a right guard bracket, the right guard bracket providing the removable connection to the right bar and extends from the right guard bracket. A left guard is removably connected to the left bar, the left guard includes a left guard member and a left guard bracket, the left guard bracket providing the removable connection to the left bar, the left guard member extending from the left guard bracket. Connecting brackets extend from the right bar and left bar to connect the modular grill guard to the vehicle.

A modular roll bar mounted on the bed rails of a pickup truck includes a first bracket on a driver's side bed rail, the first bracket including a first locator and a second locator, and a second bracket on a passenger's side bed rail, the second bracket including a third locator and a fourth locator. A first bar is removably connected to the first locator and the third locator, the first bar extends to an upper surface of the cab of the pickup. A second bar is removably connected to the second locator and the fourth locator, the second bar extends to an upper surface of the cab of the pickup truck, is generally parallel to the first bar at the upper surface of the cab of the pickup truck.

An auxiliary stop lamp for vehicles, in particular a high mounted stop lamp for vehicles, having a light source for the radiation of a light beam and having a holographic element for the refraction and/or reflection of the light beam, the holographic element having a holographic light distributor to generate a stop light function, wherein the holographic element is arranged inside and/or in the region of an edge of a housing of the auxiliary stop lamp, or embodied as an edge of the housing of the auxiliary stop lamp.

A motor vehicle according to an exemplary aspect of the present disclosure includes, among other things, a rear bumper including a section configured to support a license plate, a spare tire carrier, and a light assembly mounted to the spare tire carrier. The light assembly is configured to illuminate the section of the rear bumper. A method is also disclosed.

A vehicle taillight is disclosed. The vehicle taillight comprises an at least partially light transmissive layer and at least one light generating layer configured to substantially coat a portion of the transmissive layer. The light generating layer comprises a plurality of electrodes and a plurality of LEDs in a semiconductor ink disposed between the electrodes. The light generating layer is operable to emit an excitation emission. The taillight further comprises at least one photoluminescent layer proximate at least one of the electrodes configured to convert the excitation emission to an output emission.

The motor vehicle tailgate has a plastic box structure including at least one structural element supporting a rear screen. The structural element delimits, with the rear screen, a housing including an interior opening, the interior opening being closed by way of a lining which is attached in such a way that the housing houses an electrical element of the vehicle.