Audi A1 quattro: Controller| Cars.com | Review Car

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Audi A8 (2018) The Most High-Tech Car Ever? – DEMONSTRATION

With more than 40 driver assistance systems, the new 2018 Audi A8 becomes the new gold standard among the competition. The video shows the Audi AI remote parking pilot, Audi AI remote garage pilot, manoeuvre assist, pre sense side, cross traffic assist, active suspension, elevated entry and exit and rim protection. If you love cars you should subscribe now to YouCar the world famous automotive channel: https://goo.gl/5i54Vg

Audi A4 DIY De-Chrome

A short video to show you how to DIY de-chrome the look of your car using cardip aerosols and new high gloss aerosol. Enjoy WARNING...No Cars were damaged during the filming of this video

7 Real Transforming Vehicles You Didn't Know Existed

7 Real Transforming Vehicles You Didn't Know Existed Click here for: 10 MOST EXTREME VEHICLES EVER MADE https://www.youtube.com/watch?v=I7nT7fKkyQo No.7 EO Smart Connecting Car Created by DFKI Robotics Innovation Center, the EO Smart Connecting Car 2 adapts to the urban environment like a rat squeezing through cracks in a boarded-up building. It can shrink to take up less space, and even drive sideways into parking spaces. The pod-like design features seating for two and four electric motors, one mounted to each wheel hub. This design allowed engineers to give the car some serious turning ability. Each wheel can rotate 90 degrees. No.6 Mercedes VARIO Alkoven 1200 The VARIO Alkoven, your spacious motorhome for the entire family. A VARIOmobil is as unique as you are and provides freedom in planning the interior layouts, overall equipment, painting and many other details. Forget limited interior variations and minimally equipped chassis types and start with us to create your own VISION of your personalized motorhome. No.5 Doubleback VW Camper The DoubleBack’s technology incorporates aircraft industry techniques and materials in its build. This lends great strength for minimal extra weight; the slide out extension weighs less than 150kg. The Doubleback now comes as a 2.0 or 2.3 liter diesel, with optional five person seating, a manual or automatic transmission, new furniture add-ons, and new layouts. No.4 Wild Fennec Prototype Defender https://facebook.com/WildFennec https://www.wild-fennec.com No.3 Letrons LETRONS carries the first and only of its kind speciality in the world with full performance conversion in one to one scale and excellent technical data. LETRONS can be for sale if the buyers project and their reasons for use, meets the criteria of the LETRONS team. No.2 The Hum Rider Ever dreamed of eliminating the gridlock of cars in front of you at the press of a button? So has the crew at Verizon, who has engineered a traffic-eliminating vehicle that has driver's imaginations racing. No.1 AeroMobil 3.0 AeroMobil is a flying car that perfectly makes use of existing infrastructure created for automobiles and planes, and opens doors to real door-to-door travel. As a car it fits into any standard parking space, uses regular gasoline, and can be used in road traffic just like any other car. MUSIC: Conjuring a New Enemy - Royalty Free Music Epic Suspensful Trailer Music - Royalty Free Crimson Fly - Royalty Free Music Thanks for watching, Please Subscribe :))

EPIC DESIGN ON A PSYCHEDELIC FLIP AUDI A1 - By X Carwrapping

It's time for a brand new wrap. So, let's unwrap this Audi A1 and give him a brand new PSYCHEDELIC FLIP wrap from 3M with a epic design from Vinyl Madness. - Social media: * Instagram: xcarwrapping * www.xcarwrapping.nl

Audi Smart Factory - Future of Audi Production

Audi Smart Factory P-Tech Day. Subscribe. Audi is making its production fit for the future with the smart factory. In this factory of the future, big data – the creation and intelligent connection of large volumes of data – will facilitate data‑driven and thus highly flexible and highly efficient manufacturing. A method of production in which Audi might no longer build its cars on an assembly line but according to a radically new, disruptive concept is modular assembly. In addition to this major project, Audi is pursuing many other exciting projects for the production of the future – from the application of virtual‑reality glasses to metal 3D printing. Modular assembly. The complexity of automobile production is increasing. New market needs, customer expectations and the legislative framework are increasingly requiring innovative technologies and differing vehicle versions. This means that the fixed timing of the assembly line is becoming less efficient. The more the number of derivatives and variants grows, the more difficult it becomes to master high complexity and integrate new routines into the rigid, sequential process. Audi intends to meet this challenge and to develop a completely new principle for it: modular assembly. With this method, small, separate workstations allow highly flexible working routines – in terms of both time and space. Between those workstations, driverless transport systems take over the transport of the car bodies as well as the parts required for production. A central computer precisely controls the driverless transport systems – it recognizes the needs of each individual station, thus ensuring a smooth workflow. Audi assumes that modular assembly will result in 20 percent better productivity than the assembly lines of today. It is now being applied for test purposes at the engine plant in Győr, Hungary, and application is planned in two further projects. At present, the key principles of this innovative production system are being worked out and tested by “arculus” – a startup company established a few months ago. The Technical Center for Production Assistance Systems. The new driverless transport systems required for modular assembly are being created in Audi’s “Technology Development Production Assistance Systems” department. This small department has developed two types of driverless vehicle: One of them moves under control by a computer, the other moves autonomously on a defined route. Three onboard laser scanners allow the driverless transport systems to orient themselves and to recognize and avoid potentially critical situations. Audi developed the navigation software itself. It is based on automotive software and automotive‑software development processes. The main task of the Technical Center for Production Assistance Systems is to work on new production technologies in early stages of their development. In addition to driverless transport systems, it is also working on four other projects. They comprise safe cooperation between humans and machines when working in the same space, assembly tables with assistance functions and two innovative robots: a flexible gripper arm and a special lightweight robot. The Audi Production Lab. The Audi Production Lab, abbreviated as P‑Lab, develops and supports innovative projects for the production process – often starting with the very first idea. The department currently has five permanent employees andhas already helped to bring innovations such as metal 3D printing, human‑robot cooperation, driverless transport systems and the use of augmented reality at Audi towards series application. The projects currently running in the P‑Lab include two big‑data projects. One of them focuses on the early recognition of mistakes in the placement of screws and bolts; the other examines the flow of components in the area of international logistics for the CKD plants (completely knocked down). Another major subject for the Audi Production Lab is data glasses. They can provide effective support for employees in production, for the planners and engineers in the factory of the future – with assisted reality, augmented reality and virtual reality. Toolmaking. Several future-oriented projects are running in Audi’s Toolmaking division. The structure of the new generation of press tools follows nature, with many parts made of aluminum and plastics. This reduces the weight of those tools, which until now has been up to 45 tons, by up to 20 percent and the energy required decreases by about ten percent. The result is enhanced precision in the forming of sheet‑metal parts. The press shop, where the tools are applied, uses the latest measuring technology. The goal is to develop a complete data chain for each sheet‑metal part. The data chain already begins with the suppliers of steel and aluminum. This is another way in which Audi is enhancing its precision.

Audi A1 quattro: Controller| Cars.com | Review Car

For those who'd forgotten about the existence of the A1 quattro, you're certainly not alone. Despite its importance to the fast Audi story - more on that in the sec - it can be difficult to recall. Why? The series production S1 follow up won't have helped, neither will the absence of an RS badge, or its conspicuous rarity. Combine all that with the ferocious pace of Audi Sport development - think of the various A3s, A4s, TTs and R8s that have emerged since the quattro's 2012 debut - and the A1 s...

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