Preparing to show off the radical urban concept design at the 2011 Frankfurt Motor Show, Audi’s inventive look to a motoring future could be seen as a little too distant. For North American motorists in particular, the small, ultralight concept car would instantly come into conflict with the desire for cargo room and passenger space. Planning a sensational arrangement of production and design evaluations for the auto show at Frankfurt, Audi has recently announced the addition of a compact, electric vehicle fitting more easily into today’s driving lifestyle. Registered as a concept car, the Audi A2 explores advanced technology integrating with contemporary automotive fashion.
Residing within tight quarters, the Audi A2 concept car advocates the incredible packaging potential of an electric powertrain platform. A total length of 3.8 meters (149.61 inches), the A2 concept is 19.37 inches shorter than the smallest North American Audi, the A3. Featuring Audi’s aluminum construction techniques along with a dark glass roof, the A2 concept is a four-door hatchback configured with a mature sport utility crossover gracefulness.
An all-electric powertrain on the Audi A2 concept keeps items such as the battery and motors positioned to maximize interior space. Though a small vehicle, four passengers are still positioned comfortably inside the Audi A2 concept. Thin seats manufactured using plastic blow molding is positioned individually in the cabin. Also included in the Audi concept vehicle‘s cabin is a center storage spot ideal for carrying a bicycle with front wheels removed. A flat floor area made of recycled polyester covers beneath the feet of the passengers of the Audi A2 concept car while gentle light enters overhead through the glass roof with press button operation. Inside the minimalist cabin, touch control panels and a 7-inch screen continues to inspire innovation of the Audi A2 concept.
Beyond exhibiting effective of space, the Audi A2 concept is highlighted by charming illumination inside and outside. Employing LED lighting for the headlamps and taillights, Audi touts their presence as “the next phase” in the technology‘s development. Positioned in what is known as a matrix beam, the headlamp construction involves diodes combined with microreflectors to create a better quality view of the road. In assisting other motorists, a rear fog light incorporating laser diodes provides superior warning to following drivers. With the use of lasers diodes, a warning triangle projected by the A2 concept can penetrate even inclement weather conditions such as fog.
Along with the LEDs found in the conventional lit positions of the Audi A2 concept, an application known as dynamic light. A pair of light bars runs under the A2 concept’s side windows delivering a number of functions. An extension of turn signal lighting when the vehicle is motion, Sensors included within Audi’s dynamic light assemblies offer driver and passengers touchless entrance through simple gestures.
A design exercise at the Frankfurt Motor Show for 2011, the implementation for a production-based compact Audi electrified powerplant has been a topic of automotive rumour mills. During the 2010 Geneva Motor Show, Audi revealed an A1 concept utilizing the company’s e-tron plug-in hybrid technology. Recent tests of a converted version of previous generation A2 compact showed immense potential. Said to have crossed a distance of 372 miles on a single charge, the experimental A2 was powered off an experimental battery created by Mirko Hannemann. Assembled through a partnership between Lekker Energie and DBM Energy, their Audi A2 electric was not an official factory prototype leaving uncertainty if Audi AG engineers have realized the battery technology for the new concept car.
Joining the urban concept and three new ranges of the Audi S model family debuting at the International Motor Show in Frankfurt starting September 15th, the A2 concept shows another dimension of the premium German brand’s automotive expression.
Information source: Audi AG, Engadget.com
Photo source: Audi AG