2009 Cl63 Amg: Certified Pre-owned At Mercedes-benz Dealer, Designo Graphite Edt on 2040-cars

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2017 Mercedes-AMG C63 Coupe looks quick, mean

The latest Mercedes-Benz C-Class Coupe isn't even on the road yet. Still, the folks at AMG are already working at tweaking the two-door into a future high-performance variant as the natural challenger for the BMW M4. While this model is heavily camouflaged all the way around, an aggressive face akin to the C63 sedan is already pretty easy to spot. Both cars feature air dams with big openings to feed cool air to the 4.0-liter, twin-turbo V8 under the hood. Compared to the previously spied, standard version of the two-door C-Class, the AMG looks to feature wider front fenders, too. Despite the concealment, other visible high-performance touches include lower side sills and larger brakes peeking out behind the wheels. Of course, the four exhaust pipes sticking out the back are a big giveaway of the coupe's intended high-speed purpose, too. Like the C63 sedan, expect a choice of tunes of the V8 to be available with either 469 horsepower or the more powerful S with 503 hp. The wait to see the two-door without all of this camo shouldn't be too long, either. An earlier report suggests that both the standard coupe and AMG versions could debut at the upcoming Frankfurt Motor Show in September. Related Video:

Race Recap: 2016 Austrian GP is mishaps from start to finish

At the 2015 US Formula 1 Grand Prix, rain mixed up the grid and a first-lap incident cast the die for the race. The Austin, Texas event made highlight reels for those reasons and because it decided the Driver's Championship. At the 2016 Austrian F1 Grand Prix, rain mixed up the grid and a last-lap incident cast the die for the race. The Spielbergring race will feature in this year's highlight reel because it might force Mercedes-AMG Petronas to make some hard decisions about the rest of the season. For the first time this season, Lewis Hamilton converted pole position into a lead through Turn 1, and began slowly pulling away from the field. Teammate Nico Rosberg started from sixth because of a gearbox penalty, but was up to third when he pitted on Lap 11. Mercedes normally pits the lead driver first, in this case being Hamilton, but Mercedes wanted to get Rosberg ahead of the two Ferraris. Hamilton pitted on Lap 22, emerging behind Rosberg because of a slow stop. Sebastian Vettel led the race for Ferrari on Lap 27 when his right rear tire exploded coming down the start-finish straight – an eerie reminder of the 2015 Belgian Grand Prix. The Safety Car rolled out, yet when racing resumed Rosberg stayed ahead. After the two Mercs came in for second stops everyone expected Hamilton to lead, but Hamilton had messed up his in-lap and lost a cumulative 3.3 seconds during his actual stops compared to Rosberg's pit-stop times. The Brit remained second. Hamilton chased his teammate for the final 15 laps. At the beginning of the last lap Rosberg messed up Turn 1 and Hamilton closed in. Rosberg took the inside line into Turn 2 as Hamilton pulled up on the outside, then Rosberg appeared to drive straight on as if he simply wasn't going to turn. Hamilton turned in, colliding with Rosberg and driving over the German's front wing. By the end of Turn 2, Hamilton had the lead and Rosberg had a broken car. The Brit won, the German puttered home to finish fourth. The incident promoted Max Verstappen to second and Kimi Raikkonen to third. Verstappen scored his second podium for Red Bull after his victory in Spain. Conversely, Raikkonen's third place for Ferrari was more gifted scraps for the scuderia. Daniel Ricciardo came fifth in the second Red Bull, Jenson Button delivered a terrific sixth for McLaren- Honda, Romain Grosjean got Haas back in the points, Carlos Sainz, Jr. secured eighth for Toro Rosso, and Valtteri Bottas in ninth for Williams.

Daimler, Qualcomm working on wireless EVs

Despite not being available on any mass-produced electric vehicle, wireless charging is not new. In fact, Qualcomm is an old name in the business and has announced partnerships with major automakers before. In 2011, for example, Qualcomm and Renault said they would work together on wireless electric vehicle charging technology. Just something to keep in mind when you read about this past weekend's announcement that Qualcomm and Daimler are going to work together on wireless charging. To be fair, the announcement goes beyond just integrating wireless charging technology into new EVs. Qualcomm has a lot of future tech work going on that connect your car to other systems, like the 3G/4G cell network. These are the sorts of things that the two companies are going to work on first, but Halo Wireless Electric Vehicle Charging (WEVC) is on the To Do list. Qualcomm has said its Halo wireless charging parking spot technology, originally developed at the University of Auckland, could also be used in roadways at some point, so keep an eye out for Daimler test vehicles repeatedly driving over the same patch of asphalt. Daimler and Qualcomm Announce Strategic Collaboration on Connected Car Technologies MONACO – May 23, 2015 – Today, Qualcomm Technologies, Inc., a subsidiary of Qualcomm Incorporated (NASDAQ: QCOM), and Daimler AG announced a strategic collaboration focused on pioneering innovation in the connected car. In the first phase of the collaboration, the companies will focus on transforming future vehicles with mobile technologies that enhance in-car experiences and vehicle performance such as 3G/4G connectivity, wireless charging technology for in-vehicle use and implementation of the Qualcomm Halo™ Wireless Electric Vehicle Charging (WEVC) technology. In addition, the companies are jointly assessing the application of Qualcomm Technology's newly developed Automotive Solutions. Qualcomm Technologies is collaborating with Daimler on its Wireless Power Transfer 2.0 high performance program for electric vehicles. The Qualcomm Halo™ WEVC technology provides high performance and high power in a small vehicle package that could allow Daimler customers to charge their electric vehicles (EV) and plug-in hybrid EVs without ever having to plug them in. In addition, Qualcomm® WiPower™ technology enables consumer electronics to charge wirelessly in-vehicle.