2012 Audi S4 Premium Plus Sedan 4-door 3.0l Supercharged! on 2040-cars

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The Audi Q7 doesn't want me to speed and I'm not totally okay with that

I'm a big fan of adaptive cruise control. My commute is 50 miles each way, almost all on freeways here in Michigan. If everyone drove at the same speed there'd be little need for smart cruise, but I live in reality where people camp out in the left lane and practice going from the gas to the brake for no apparent reason. Radar cruise systems let me set my max speed and just worry about steering. But Audi has gone a step further with its adaptive cruise system. And it's a step I'm not sure I'm comfortable with. Audi's system, as featured on the new Q7, has a feature that uses the forward-facing camera to read speed-limit signs, something that's becoming common in Europe and is now making its way here in the continent's luxury cars. That part's fine; it's useful information and gets nicely integrated into Audi's Virtual Cockpit screen and on the head-up display. What the car then does with that info, however, is the issue: If your set cruise speed is higher than the speed on a sign you pass, the car will drop the cruise speed down to the limit. But it's not perfect. On one stretch of highway, the Q7 picked up the speed limit posted on the parallel service road, dropping me down from a little above the limit to 30 mph. It didn't slam on the brakes, but it did confuse me at first and require intervention before the car slowed down to a crawl. This feature isn't ready for primetime. Luckily, it can be turned off or switched to a mode where it gives you a warning that the speed limit has changed (or at least that the car thinks it has) and lets you react before the set cruise speed is changed automatically. When activated, it's a safety issue. A more serious one, in my opinion, than driving a little over the speed limit, especially when it means interrupting the flow of traffic. There's nothing predictable about a car trundling along in the fast lane and then completely letting off the gas. It's not predictable for the driver behind you, and it's not something a driver expects of their own vehicle. Yes, this feature was obviously developed for people driving on the Autobahn, where speeds can drop down from unlimited to a slow crawl pretty quickly when entering a construction zone or approaching a built-up area. German roads also have more consistent signage, so the false-positive scenario I experienced might not have come up there.

Audi tech counts down red lights today, reduces traffic tomorrow

Audi announced today that in Washington D.C. and Las Vegas, select Audi Q7 and A4 models will be able to take advantage of new vehicle-to-infrastructure technology. The technology was developed with Traffic Technology Services and will allow drivers to see how long it will take for a traffic light to change to green. Compatible traffic lights will send information through servers operated by Traffic Technology Services to properly equipped Audis. This may not sound like an earth-shattering feature at first, unless you're a stoplight drag racer – if Audi has its way, it may shut off the timer at about 10 seconds to prevent such a thing – but the technology opens up the door to much more useful features down the road. Audi's general manager for connected vehicles, Pom Malhotra, suggested that the information could be used with "vehicle navigation, engine start/stop functionality and can even be used to help improve traffic flow." More specifically, navigation could account for traffic light timing to divert drivers to a more efficient and faster route. It could even suggest acceleration and speed to hit signals when they're green, minimizing stops and starts. Then, for engine start and stop features, the car could selectively shut off at long stops but remain on when approaching a light that's about to turn green. Traffic lights could also start adjusting patterns based on how many cars are approaching a light or are stuck at a light, alleviating slow-moving traffic. Vehicle-to-infrastructure communication could lead to roads that waste less time and less energy. While Audi didn't elaborate on this topic, vehicle-to-infrastructure technology could also be useful for future autonomous car technology. For instance, the car wouldn't necessarily have to "see" the actual traffic light. Instead, it could rely on a separate signal from the smart traffic light to know it has to stop or go. Going a step further, the technology could be used to manage traffic so precisely that traffic signals are no longer needed, as some other groups have investigated. And, of course, the aforementioned benefits in navigation technology would help autonomous vehicles make smarter route decisions as well. The feature is currently only available on Audi Q7, A4 and A4 allroads built after June 1, 2016. It's also only available as part of Audi connect PRIME, a subscription-based service that provides various infotainment and streaming features for your Audi. While D.C.

Audi will show all-electric 'sporty SUV' in Frankfurt

Audi is launching a fully electric crossover in 2018, and the brand is finally giving the world a look at what to expect with the E-Tron Quattro concept at the 2015 Frankfurt Motor Show. Previewed ahead of the event in these five sketches, the vehicle packs a heap of cutting-edge tech, including beautiful matrix laser OLED headlights, to be as efficient as possible. Audi maintains that it offers a range of over 311 miles, too. For such a green model, the design is surprisingly aggressive with a upright grille in front and angular panels elsewhere. The rear sketch shows the design tapering at the back to improve aerodynamics, though. Active aero parts at the front, sides, and rear further let the E-Tron Quattro concept slice through the air. When combined with a flat underbody, the drag coefficient is claimed to be a segment-best 0.25 cd. Audi also asserts the length is between a Q5 and Q7, which lends credence to speculation that the production version might be called the Q6. Underneath the muscular design is Audi's MLB 2 platform from the latest Q7. Three electric motors provide the all-wheel drive propulsion: one at the front and two on the rear axle. Located underneath the passenger compartment is a lithium-ion battery that uses cells from LG Chem and Samsung SDI. The interior seats four, and the driver is nestled into a wrap-around cockpit with a high center console. The front displays use OLEDs with gesture controls, and the rear passengers also get their own infotainment systems. Related Video: Outlook on series production – the Audi e-tron quattro concept at the IAA 2015 • The latest battery technology and top aerodynamics ensure a range of more than 500 kilometers (310 miles) • Sporty SUV with all-electric drive in series production from 2018 Ingolstadt/Frankfurt am Main, August 19, 2015 – Electric driving at Audi is a pleasure, not a compromise. The brand is demonstrating this with the Audi e-tron quattro concept at the International Motor Show (IAA) 2015 in Frankfurt. The sporty SUV provides an outlook on the brand 's first large-series electric car. The Audi e-tron quattro concept is designed from the ground up as an electric car and proves to be pioneering in its segment at the very first glance. It follows the Audi "Aerosthetics" concept, combining technical measures for reducing aerodynamic drag with creative design solutions. Movable aerodynamic elements at the front, on the sides and at the rear improve the air flow around the car.