1973 Volkswagen Thing on 2040-cars

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2015 Volkswagen e-Golf

Until now, the only way you could get the words "electric" and "Golf" so close together was the put the word "cart" after them. Knowing that the e-Golf would be the next step in Volkswagen's tilt at electrification, the automaker designed the MkVII platform to fit a myriad of drivetrains, none of which would require purchasers to sacrifice the Golf-ness that makes the best-selling car in Europe, not to mention a huge hit here in the States. In the e-Golf that means power electronics underhood and an amoeba-shaped battery that fits in the floorpan, between the axles, where it won't ooze into the interior space. We look at the e-Golf as another kind of crossover: traditional cars that just happen to be electric, offering a taste of the new EV religion in soothing, recognizable garb. We had one for a week in its natural habitat, Los Angeles and the surrounding area. We really like the fact that, powertrain aside, it maintains everything we dig about the Golf. The caveat is that this is an EV first and a Golf second – you must first address the EV challenges and live within EV constraints, then you can enjoy the Golf bits. Even so, it's the electric car this writer would buy once we acquired the lifestyle to make proper use of it. The most noticeable exterior change to the e-Golf are 16-inch Astana wheels wrapped in 205-series tires that reduce rolling resistance by ten percent. Once you've cottoned on to that, the other alterations become apparent: the blue trim strip underlining the radiator grille, the redesigned bumper with the C-shaped decoration LED lights and the full-LED headlamps above them, the little blue "e" in the model name on the rear hatch. You won't notice the underbody paneling, that the frontal area of the e-Golf is ten percent smaller than that of a traditional Golf, that the radiator is closed off, or the reshaped rear spoiler and vanes on the C-pillars. Volkswagen says this results in a ten-percent drop in drag, getting the coefficient down to 0.281, but the standard Golf is also listed at 0.28. The TSI and TDI are 0.29. No matter those numbers, the point is the e-Golf looks just like... a Golf. The 12,000-rpm, 85-kW electric motor equates to 115 horsepower and 199 pound-feet of torque, which compares to 146 hp and 236 lb-ft from the 2.0-liter diesel Golf. It takes 4.2 seconds to get to 37 miles per hour, 10.4 seconds to hit 62 mph, and the little guy tops out at 87 mph.

An inside look at VW's new California R&D center

Less than two months ago, the Volkswagen Group opened a new facility in Oxnard, California (about an hour's drive west of Los Angeles). The $27 million investment, touted as Test Center California (TCC), serves as a research and development lab testing emissions for all brands under Volkswagen's umbrella, including its newest member, Porsche. While still not fully operational, we toured the new 64,000-square-foot building last week and had a first-hand opportunity to see just how much work is involved testing engines and meeting increasingly stringent government emissions standards.
Replacing a similar facility established in 1990 in Westlake Village (about 20-minutes east of the new location), our guide explained how Oxnard was chosen for its temperate climate, varied regional terrain for test drives and low altitude. (The area is only a few feet above sea level - a critical parameter when instrument testing emissions.) The new facility is capable of analyzing hundreds of vehicles, prototypes and customer-owned vehicles, annually.
Most interesting to us was the huge stainless steel climate chamber, with a massive four-wheel dynamometer that allows VW to test running vehicles in both scorching desert and freezing climates without ever leaving the building (an Audi Q7 was running in place during our visit). We were also mesmerized by the countless storage tanks and intricate plumbing of chemicals, stored in both liquid and gas states, needed to perform the variety of tests. Lastly, we took a look at Bugatti's service center on the west coast, located completely within the new center. While there were no supercars on site, the facility is equipped with plenty of spare forged wheels (mounted with expensive Michelin PAX tires) and a Veyron-specific repair jig that allows the vehicle to be completely disassembled, if needed. It is a shame that the facility, which set off all of our automotive geek alerts, is closed to the public.

TRANSLOGIC 150: Volkswagen XL1

How do you build the world's most fuel-efficient production car? Start with the world's most aerodynamic design. The Volkswagen XL1 is capable of 261 miles per gallon thanks to its sleek shape and ultra efficient plug-in diesel hybrid powertrain. The downside is that only 250 will be made and none will be sold stateside. That didn't stop us from taking our turn behind the wheel of this truly revolutionary ride.