Automotive Lighting, the 
						division of Magneti Marelli focused on the development 
						and production of lighting systems and components for 
						the automotive sector, has just received two important 
						international awards which emphasize its technological 
						excellence, know-how and innovation capability. In fact, 
						the first intelligent all-LED headlight worldwide with 
						adaptive light functions, developed for the Mercedes 
						CLS, was awarded with the red dot award: product 
						design 2011 and the Daimler Special Award 
						Innovation.
						Concerning the red dot award: product design 2011, 
						it is one of the most renowned international awards for 
						product design that dates back to 1955. The 
						Mercedes-Benz CLS headlamp was awarded with an 
						honourable mention by the jury with its panel of 
						highly respected experts. The red dot judges were 
						impressed by the combination of high technology and 
						attractive design to be found in the CLS all-LED 
						headlight. 
						Designers and 
						companies from 60 countries entered 4,433 products for 
						the red dot award: product design this year. The 
						official awarding ceremony will be held at the Aalto 
						Theatre in Essen, Germany, on July 4th, 2011. This is 
						the second time since 2008 that Automotive Lighting has 
						been recognized at the red dot awards for its 
						outstanding designs.
						At the same time, 
						within the ceremony for the best Daimler suppliers, 
						Automotive Lighting was given the Special Award 
						Innovation, for developing the first intelligent 
						all-LED headlight worldwide with adaptive light 
						functions. Mr. Eugenio Razelli, CEO of Magneti Marelli 
						and President of Automotive Lighting and Mr Khalid 
						Qalam, Chief Technical & Marketing Officer of Automotive 
						Lighting, were granted the prestigious Special Award 
						Innovation for the all-LED headlamp of the all-new 
						Mercedes-Benz CLS. Daimler presents this special award 
						to suppliers who stand out as a result of especially 
						groundbreaking ideas. The award ceremony took place in 
						the context of the annual supplier conference “Daimler 
						Key Supplier Meeting” held at the Mercedes-Benz branch 
						in Stuttgart.
						Every year, Daimler 
						presents awards for outstanding achievements to 13 
						suppliers in various categories, with the addition of a 
						special award for innovation. The best companies in 
						quality, cost and supply as well as technology and 
						innovation are singled out on the basis of a uniform 
						system of assessment. Automotive Lighting was given the 
						Special Award Innovation to mark its outstanding 
						achievement. Thanks to its forward-looking light 
						technology, the CLS high-performance headlight provides 
						major safety and convenience. In addition, the designers 
						made use of the potential of long-lasting LEDs to create 
						an attractive brand-defining design.
						The ground-breaking 
						new development of the Mercedes-Benz CLS all-LED 
						headlight is another milestone in the field of vehicle 
						lighting. This intelligent headlamp concept features an 
						array of exciting innovations which have already been 
						patent registered. In conjunction with the Mercedes 
						design team, Automotive Lighting has created a unique 
						style for this high-performance LED headlight. 
						The new all-LED headlight 
						generation is the first to be equipped with all the 
						adaptive lighting functions of current Xenon systems. 
						Adapting the light beam to speed, road type and 
						different weather conditions provides the driver with 
						the best possible road lighting at night or under 
						adverse weather conditions, increasing safety 
						standards.   
						The engineers at 
						Automotive Lighting and Mercedes-Benz have developed in 
						a close cooperations a sophisticated modular actuating 
						concept  that includes a specific electronic control 
						system for the headlamp that, after analyzing certain 
						specific parameters coming from the car network, detects 
						the driving situation and automatically selects  the 
						best light distribution from seven available options. 
						For example, when the driver is travelling on the road, 
						a camera attached to the windscreen records the area 
						ahead of the vehicle. Whenever light is detected in 
						vehicles driving ahead or travelling in the other 
						direction, the range of the headlights is automatically 
						regulated and adjusted by the integrated control 
						electronics. As the vehicle in front or the oncoming 
						vehicle comes closer, the system will dip the light 
						automatically in several stages. Once the distance 
						increases again, illumination of the road is 
						automatically increased. (Adaptive Cut-off-line) When 
						the road is completely empty, the system will even 
						switch directly into the high beam mode . (Full High 
						Beam).
						If the driver is 
						travelling on a motorway, the system detects a high 
						vehicle speed and steering wheel angle for a prolonged 
						time, so it automatically activates the Motorway Light 
						function, which selectively enhances the headlight range 
						on the roadway on which the vehicle is travelling.
						On bends, on the 
						other hand, at lower speed, the road profile is 
						illuminated by the fixed side beam of the Static Bend 
						Light, while at higher speed, the Dynamic Curve Light 
						module is activated; based on speed and steering angle 
						parameters, this module activates a movable lens that 
						points the light beam precisely according to the curve 
						profile. At night, the driver can activate the Night 
						View Assist  function. This allows constant driving with 
						invisible high beam, even in dense oncoming traffic, 
						without any dazzling. A multifunction display represents 
						the previously invisible objects in shades of grey. This 
						means that the driver can detect potential dangers like 
						people and animals as well as obstacles such as shed 
						loads, and react more quickly. Lastly, under conditions 
						of poor visibility, when the driver activates the rear 
						fog light,  the headlamp automatically widens the light 
						beam to the outside by 8° and 0,57° down. The 
						illumination of the left-hand edge of the road is 
						improved (for right-hand taffic) and offers an increased 
						lateral guidance. The self-glare in fog is reduced 
						(Adverse Weather Light). 
						Moreover, depending on 
						the loads being transported or the vehicle inclination, 
						the automatic self-levelling system fitted inside the 
						headlamp always allows for proper road illumination.
						On the whole, 71 LEDs 
						illuminate the road ahead: at 5,500 Kelvin, the bright 
						light emitted by the durable LEDs is of a colour similar 
						to that of daylight. The LED position lamp and a slim, 
						stylish, curve light “eye”, contribute to its 
						appearance.
						Automotive Lighting 
						has repeatedly set new standards in lighting technology 
						over the last few years. The first headlight worldwide 
						to have an active infrared system was put to use in the 
						Mercedes S-Class in 2005. Three years later came the 
						“Adaptive Highbeam Assist””, also in the S-Class. Since 
						2010, Automotive Lighting has been supplying the first 
						all-LED headlight with adaptive light function.
						Some of Automotive 
						Lighting’s main achievements in the recent history of 
						lighting, are the introduction of the first Xenon lights 
						into the market in 1991, the dynamic Xenon curve light 
						in 2003 and the first headlamp with active infrared 
						module sold worldwide in 2005. As revolution in lighting 
						technology, AL launched the first Full-LED headlamp in 
						series production in 2008 covering all lighting 
						functions in LED technology. The technological evolution 
						resulting from LED and Xenon technologies has opened up 
						new frontiers in terms of safety, reduced energy 
						consumption and CO2 emissions, as well as new 
						possibilities for designers.