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Volkswagen debuts MkVII-based diesel Golf GTD

As Volkswagen prepares for the launch of the seventh-generation Golf, it continues to show off some of the car's different variants. With the standard Golf and the ultra-efficient BlueMotion Concept out of the way, now we're finally starting to see some of the sportier versions planned for the hatchback. Confirmed for a debut at the Geneva Motor Show, Volkswagen has now given us our first glimpse at the Golf GTD.
Just think of the GTD as a diesel version of the GTI with all the handling and styling upgrades, and then add a torquey engine to the equation. (We had the chance to sample the current GTD over the summer, so click here to read more.) To go with the new body style, VW also gave the GTD a new TDI engine consisting of a similar turbocharged and direct-injected 2.0-liter inline-four layout but with an output of 184 horsepower and 280 pound-feet of torque - that's an increase of 14 hp and 22 lb-ft over the current GTD. That's a pretty good oomph, but the GTD won't be setting any acceleration records with VW quoting a 0-62 mile per hour time of 7.5 seconds thanks to the car's 3,036-pound curb weight.
The styling of the MkVII Golf lends itself quite well to the more aggressive body kit found on the GTD (and likely matching the GTI). The new front fascia and blacked-out grille give the GTD a sporty look up front, while 17-inch sport wheels, rocker panel extensions and smoked LED taillights finish off the visual changes. The GTD will only be offered in three exterior colors: Tornado Red, Black and Pure White. As expected, the interior gets the plaid seat inserts and flat-bottomed sport steering wheel, but the car also gets stainless steel pedals, a black headliner, ambient cabin lighting and a specific gauge cluster readout.

2015 VW Beetle GRC packs 553 rallycrossing horsepower

In case you couldn't tell from all the wings and vents, this is not your average Volkswagen Beetle. It's the rally machine Tanner Foust and Scott Speed will be driving in the Global Rallycross Championship this year. Don't let the retro form fool you – it is an absolute beast. Last year's Beetle GRC packed a 1.6-liter turbo four good for an astonishing 544 horsepower and 387 pound-feet of torque, but the new one does one better: it now features a 2.0-liter turbo four good for 553 hp and 465 lb-ft. That's right – in a Beetle. It's also got ZF dampers, 9.5 inches of suspension travel, 14-inch front brake discs with four-piston calipers packed into 17-inch wheels and, of course, all-wheel drive. The result? 0-60 in – wait for it – two seconds flat (or thereabouts). It's geared low so it'll only top out at around 125 miles per hour, but that's all it needs for the short tracks on which it's designed to compete. Foust and Speed will be driving this beast for Andretti Autosport in the 2015 championship that kicks off at the end of May in Ft. Lauderdale. Both have quite the act to follow as Foust won back-to-back titles in 2011 and 2012, and former F1 driver Speed won three rounds last season to finish third in the standings. Related Video: VOLKSWAGEN ANDRETTI RALLYCROSS TEAM UPDATES BEETLE GRC CARS FOR 2015 SEASON Tanner Foust and Scott Speed will contest the 2015 Red Bull Global Rallycross Championship with a pair of 2.0-liter Beetles Indianapolis, IN (April 29th, 2015) - After a strong performance in its inaugural season, the Volkswagen Andretti Rallycross team is ready to challenge for this year's driver and manufacturer titles in the Global Rallycross Championship. In 2015, the team will be on the attack with two Beetle GRC race cars, which debuted in the final races of 2014. This rallycross car is the ultimate expression of the third-generation Beetle. Designed and engineered from the outset as a GRC car, it features a sequential six-speed transmission, with a fixed-ratio all-wheel-drive system that features multiplate limited-slip differentials at the front and rear. For the 2015 season, the team has chosen to change the engine specification from the car that ran in selected rounds of the 2014 series. In place of that car's 1.6-liter turbocharged and intercooled TSI® four-cylinder engine, there is now a 2.0-liter TSI engine that produces 553 horsepower and 465 pound-feet of torque, compared to 544 hp and 387 lb-ft for the 2014 car.

West Virginia researcher describes how Volkswagen got caught

The cheating scandal engulfing the world's largest automaker started with a road trip. In the spring of 2014, researchers from West Virginia were evaluating the tailpipe emissions of diesel cars made for the American market by European manufacturers, something never before studied in the academic realm. Excited by the prospect of breaking new ground, the team of two professors and two students wanted to gather as much data as possible. "And being academics, we went a little overboard," said Arvind Thiruvengadam, one of the students. "Being academics, we went a little overboard." Overboard included driving the cars for more miles than they needed to test and verify results. Drivers put about 1,500 miles on each of the first two cars in the study, a Volkswagen Jetta and BMW X5, along California roadways. For their final car, a Volkswagen Passat, they wanted even more mileage. So they took the car on a road trip from Los Angeles to Seattle and back again, collecting data from more than 2,000 miles of testing. The road trip was Volkswagen's undoing. When the West Virginia team returned to Los Angeles, they were befuddled by the test results. In theory, the Passat should have spewed the lowest levels of pollutants among the three cars. Equipped with the more modern selective catalytic reduction technology, the team expected to find minimal levels of nitrogen oxide. But the car, which had been certified at a California Air Resources Board facility prior to the start of the road trip, had elevated levels of NOx that were 20 times the baseline levels established beforehand. The researchers, comprised of professors Gregory Thompson and Dan Carder and students Marc Besch and Thiruvengadam, knew their on-board equipment functioned properly because, early in their research, they had double-checked its accuracy after recording sky-high NOx readings from the Jetta that showed 30 times the level of its baseline testing at the CARB facility. It was particularly noteworthy because the Jetta contained the first-generation Lean NOx Trap technology, not the more efficient SCR, yet both produced large discrepancies. The BMW, on the other hand, performed as expected. Today, Thiruvengadam is careful to say the research team never suspected Volkswagen of cheating on emissions testing, nor did the researchers report such a finding. They merely reported their findings to CARB officials who then further investigated.