2003 Audi Allroad Quattro Base Wagon 4-door 2.7l on 2040-cars

Auto blog

Audi Adaptive Cruise Control is the 2017 Autoblog Technology Feature of the Year

Adaptive cruise control is not a new concept, but it is evolving, and Audi is at the forefront. Those advancements were enough for us to name Audi's Adaptive Cruise Control the winner in the feature category for the 2017 Autoblog Technology of the Year awards. The simple name is somewhat misleading. In addition to keeping the car a set distance from the car ahead in traffic, Audi's adaptive cruise takes into account topography, curves, and speed limits. Pass a speed limit sign and the set speed will reset it to match. Or when traveling on a winding road, the car will slow appropriately for the slower corners. With a navigation destination set, it will even slow the car so you can make the turn without hitting any pedals. It's currently available on the Audi A4 sedan and Allroad as well as the Q7 crossover, and will be optional on the upcoming S4, A5/S5, and Q5 and other future Audi models. Audi's advanced cruise system beat out two other finalists in the feature category, Jaguar's Activity Key and the Cadillac Rear Camera Mirror. To us, the Audi system represents a bigger step forward and a greater impact on safety. It will also inform future full-autonomous features and marks a step in that direction. For more on our 2017 Autoblog Technology of the Year awards, including the winner in the car category, check out our awards page. Audi Technology Technology of the Year Autonomous Vehicles Luxury Videos

Audi scores first CA autonomous car permit

Audi apparently knows how to get to the front of a line when it comes to driverless vehicles. The German automaker had the honor of being the very first company to receive one of California's new autonomous vehicle driving permits. It was a perfect followup to it being among the earliest ones to get a similar permit in Nevada a few years ago.
Getting the California permit is a big deal for the automaker because the state is also home to Audi's Electronics Research Lab. Among its current projects, Audi is working on the human-machine interface to communicate whether the person or vehicle is actually controlling the driving. All of this hard work is building toward offering autonomous motoring in freeway conditions in the next five years, Audi claims.
Obviously, autonomous vehicles from companies like Google have been testing in California for a while, but the new permits are meant to safeguard public safety when testing the driverless cars in public. The new rules include things like always having a person able to take control and more stringent standards like registering each autonomous car and the eligible drivers with the state. Any models testing on public roads also have to carry at least $5 million in insurance in case of injury, death or property damage.

Audi S5 spied

We only recently saw the next-gen Audi A5 testing for the first time with its sleeker design covered in camouflage. Now, here's a well-concealed glimpse at of the higher-performance S5 for comparison against the standard coupe. With so much swirling camouflage picking out the differences between the two models isn't easy, but there are a few tweaks to notice. The intakes on the front fascia are just a little bigger, hinting at the increase in power. The brakes also appear to be larger, especially when comparing them at the rear. Of course, the most obvious changes are the dual exhausts poking out each corner of the speculative S5. While more power is assured for the S5 over the A5, the exact powerplant isn't officially known yet. Rumors suggest Audi using a tuned version of the supercharged 3.0-liter V6 making between 340 horsepower and 350 hp, at least for the S4. The switch to the MLB Evo platform means less weight to haul around no matter what's under the hood, though. The next-gen A4 should provide some more hints about the future of the lineup when it launches at the Frankfurt Motor Show in September, and the coupes are expected to join the lineup later.