Lasers make everything better, including (but not limited to): microphones , kidneys and Audi’s electric A2 concept. This newest flight of fancy uses a laser diode because the rear fog lamp, which projects a red triangle onto the street to let other drivers know you’re there. The German car-maker has tricked out the remainder of the EV’s lighting system besides by implementing matrix beam technology using LEDs and microreflectors — giving it high resolution, non-glaring beams and intelligent tail lights that modify in intensity in accordance with climatic conditions. Claiming other state-of-the-art features like gesture controls rather than keys, and brake lights that glow brighter the harder you press, it appears like this will likely be a beautiful sweet ride — if it ever makes it to market. No word at the other, insignificant details (ya know, like what actually powers the article) but there’s plenty more in regards to the car’s lighting system within the PR after the break.
Loads of room for four people within a length of just 3.80 meters
Matrix beam, dynamic light and an innovative, bright interior design
Powerful electric drive system for agile performance and long range
With the electrical-only powertrain of the A2 concept, Audi is offering another peek into the way forward for electric mobility on the 64th International Motor Show (IAA) in Frankfurt. The technical study encompasses a classic, premium-standard space idea that offers a lot of room for four people.
The Audi A2 concept is only 3.80 meters (12.47 ft) long, 1.69 meters (5.54 ft) wide and 1.49 meters (4.89 ft) high; nonetheless, it makes a classy, powerful and sporty impression in the street. Its clean appearance concentrates at the essentials; all details are subtle but shaped for visual impact. The dark glass roof of the white-painted show car switches to transparency with the frenzy of a button.
With its headlights, Audi is presenting the following phase in LED technology, called matrix beam. A package of LEDs and microreflectors generate a high-resolution and non-glaring high-beam light. Delicate daytime running light fibers frame the highly efficient LED low-beam light module. Intelligent tail lights adapt their illumination to the visibility conditions. The rear fog light, produced by laser diodes, is seen as a beam of sunshine in fog and projects a red triangle onto the line as a warning.
The dynamic light runs below the brink of the window from front to the rear of the A2 concept – a band of sunshine that features a multitude of innovative, dynamic light functions. Integrated approach sensors detect the landlord and unlock the doors via gesture control. While driving, the dynamic light functions as a continuing side marker light. If the car’s indicator is activated, light impulses run through the entire band of sunshine.
Further, a red bar of sunshine flows forward from the tail lights when braking and demonstrates the strength of the brakes intuitively for other road users.
The dynamic light is likewise located within the cockpit area of the show car, structured in two separate arches. Just like the entire interior, the dash panel has a lightweight and clean look and intuitive controls. The motive force manages many important features via touch-control areas at the within the steering wheel. Two additional control surfaces fold up on the driver’s right when starting the vehicle. An open profile serves because the steering column; a seven-inch display and two secondary displays can be found at its end.
The Audi A2 concept has a flat interior floorboard. The heart console is hooked up to the driver’s seat; the rear console extends forward between the 2 rear seats. The four individual seats add lightness, and there’s space for storing under the fold-up seat cushions. There’s room between the rear seats for a city bicycle with its front wheel removed. The burden area has two levels; a frame with functional nets creates the higher level.
The colours and materials within the interior support the impression of lightness and functionality. The gigantic areas from the door top shoulders to the ground bear a brand new and innovative covering material made up of polyurethane with a neoprene surface feel; a ribbed material produced from recycled polyester covers the central floor area. The seat shells are made with a plastic blow molding technique. Aluminum elements create highlights the cockpit.
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