2012 Audi R8 5.2l on 2040-cars

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Does faster charging make you want an Audi Q7 PHEV?

Don't let the image of a heavy diesel-powered plug-in hybrid SUV fool you. The Audi Q7 E-Tron will be a quick thing when it goes on sale in Europe this summer. And the SUV will be able to be recharged at a pretty good clip as well, says Automotive News Europe. A full charge of the Q7 E-Tron can provide a range of as much as 35 miles in all-electric mode, using lenient European specifications. One of the model's bells and whistles will be battery-recharging technology that allows the SUV to be recharged at up to 7.2 kilowatts. That means that the battery can be fully recharged in about two and a half hours. Not exactly Tesla Supercharger territory, but not bad. How much a faster recharging option impacts demand for a plug-in vehicle is open to interpretation. For instance, an Idaho National Laboratory study released late last year estimated that about 85 percent of the recharging activity for the Chevrolet Volt extended-range plug-in and Nissan Leaf EV happened at home, implying that how long it takes your plug-in to fill up may not be a huge factor. So, how much would this option of faster recharging sway your decision in buying a plug-in hybrid? The Q7 E-Tron's V6 diesel engine and electric motor, which operate in a parallel hybrid setup, combine to deliver 373 horsepower and 516 pound-feet of torque. That combination can propel the SUV from 0 to 60 miles per hour in about six seconds. Of course, test that out a few times, and your all-electric range is likely to drop a bit. Audi is expanding its batch of E-Tron plug-in vehicles to better compete with German brethren BMW and Mercedes-Benz. Audi's first E-Tron, the A3, sold almost 12,000 units in Europe last year, about the same as BMW's all-electric and range-extender variants of the i3 in Europe combined, Automotive News says, citing JATO Dynamics. Audi will debut its Q5 E-Tron later this year and the A8 E-Tron in 2017. The Q7 E-Tron will be priced at about $88,000 in Europe. As for US sales of that model, questions remain about whether the SUV will have a diesel or gas-powered engine paired with the electric motor, but Americans should start getting access to it in either 2017 or 2018. Check out our Quick Spin here. Featured Gallery Audi Q7 E-Tron 3.0 TDI Quattro View 40 Photos News Source: Automotive News Europe-sub.req.Image Credit: Copyright 2016 Sebastian Blanco/AOL Green Audi Diesel Vehicles Hybrid PHEV e-tron

2017 Audi S4 First Drive

For all its power and easy performance, the best thing about the last Audi S4 was its uncanny ability to act like a normal (but very high-spec) A4 for most of its life. Then, when you needed or wanted a bit more speed or a bit more grip, you pushed a button or opened the tap and it became something else. It became a thing with more grip, more poise, more focus, and more gristle, but the changeover between the two S4 characters was seamless. That doesn't seem to be the case with the new one. The latest, B9 A4 has been well received and is probably the best mid-sized premium car out there, so that should have left the S4 a simple job to become the best warmed-up premium mid-sizer. It hasn't quite happened like that. The spec sheet suggests the S4 should come out on top in the fight with the BMW 340i and the Mercedes-AMG C43, but the numbers aren't everything. The engine seems impressive on paper; the all-new EA838 3.0-liter turbocharged V6 was jointly developed with Porsche (and it's closely related to Porsche's next V8, with which it will share non-internal bits like the camshaft chain). The 60-degree V6 weighs 31 pounds less than the old S4's supercharged V6, and it's replete with variable valve timing and lift, centrally mounted fuel injectors, and both direct and indirect fuel injection. That gives it 354 horsepower at 5400-6400 rpm (up 6.5 percent) and 369 pound-feet of torque from 1,370 to 4,500 rpm. That gives it a peak 44 lb-ft higher than the old one, spread across a band 600 revs broader. At 2,000 rpm, where drivers live every traffic light, it has another 74 pound-feet. That's enough motivation to move to 62 mph in 4.7 seconds. There's a new all-wheel-drive system that usually shoots 60 percent of the torque to the back but can ramp that up to 85 percent when it needs to, or it can swing it around to fire more than 70 percent to the front axle. The category benchmarks suggest turbocharged 3.0-liter gasoline sixes are the thing to have, with the Mercedes-AMG C43 using one, the 340i BMW having one (though it's straight), and Maserati's Ghibli also using one. The oddball is Jaguar's XE S, which uses a supercharger. You know, like Audi just ditched. The S4 trumps all but the C43 on power (the nine-speed Benz has 362 hp). While it ties the Ghibli for torque, it again trails the Benz (by 15 lb-ft) though its torque peak hits far earlier (the Benz waits until 2,000 rpm).

The VW emissions carnage assessment with an upside

Bombs cause destruction. Even if they're intelligently guided and pinpoint, there's always collateral damage. The strange Volkswagen brew, which is still spontaneously combusting in plain sight, will result in aftershocks for years. And the professional end of the corporation's top leadership will not be the only casualties. Blows are striking shareholder confidence, the residual value of the cars involved, consumer confidence, and the German economy itself. A hard rain's going to fall elsewhere, too. Here are just four damage assessment areas. The High-Compression Past and Low-Compassion Future of Diesels Despite European and especially German manufacturers' high belief that diesel engines were a way to light-duty automotive salvation, VW's scandal started the last nail in the fuel's coffin. Regulations both in the U.S. and in Europe for particulates and nitrogen oxide (NOx) are getting much harder to meet, and this is at the very core of VW's deception. Even with the high-cost exhaust after-treatment systems, sky-high fuel pressure, and sophisticated electronics, the inescapable NOx realities won't be washable by technology in an affordable way. German engineering pride will have to work a real miracle to meet these looming regs and the stain of VW's scandal did the whole diesel movement no favors. Perhaps not so ironically, the E.U. adopted more stringent emission standards this year, which closely mimic the U.S. Tier 2, Bin 5 figures phased in for 2008. Indeed, when VW announced it was able to meet the stringent US NOx emissions standards in 2009 for its diesel engines without urea injection as an exhaust after-treatment, it was a particularly high point of engineering pride for the company. No other manufacturer had figured out how to do so. One Honda official at the time remarked that they had simply no idea how VW was achieving this feat and Honda couldn't come close. Well, neither could VW. On a macro scale, European cities are also starting to face government fines for air quality violations. This is forcing those cities to find various ways to cut smog-related causes like tailpipe emissions. In fact, Paris has gone to the length of restricting car use on a sliding scale when smog persists, while electric cars are free to roam. France's longer and larger plan is banning diesel fuel for light-duty transportation entirely. But why was there a frothy focus by the European manufacturers on diesels in the first place?