1974 Volkswagen Bus/vanagon on 2040-cars

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2013 Volkswagen Golf R Cabriolet

The Golf VI's Last Hurrah Is Pure Niche
This was in the heart of the ultra-chic Côte d'Azur during winter. The car to be tested was the not-for-North America 2013 Volkswagen Golf R Cabriolet. Prevailing weather conditions here this time of year are bizarrely pleasant, as though a dome of Swarovski crystal has been placed over the entire region to protect it from any real winter spoiling things. And the zippy Golf R Cabriolet is a sports car designed precisely for this area's preciously narrow winding streets, as well as for the lofty budgets of its property owners.
So then why was it snowing like we were in northern Michigan? The weather front hit from the north like a swift kick to the Jordaches. The roof was open on this Candy White Golf R Cabrio and I, as is my wont, was determined through thick or thin to keep it retracted. It had been raining and sometimes sleeting like the End of Days, but I kept the lid cracked because the 261-horsepower cabrio - the most powerful convertible ever built by Volkswagen - was snipping along nicely as the bad weather blew over my head and wetted only the rear headrests.

Volkswagen considering a four-door, four-seat XL1

According to a report in Autocar, Volkswagen might have more in mind for the XL1 than mining it for advances to grace the next-generation Golf. Aiming to fight the Honda FCEV due for public consumption next year, we're told VW executives have put a four-door, four-seater version of the XL1 - it could be called XL2 - on the drawing board. The impetus is said to come from the top, with VW Group chairman Ferdinand Piëch intent on staying in the deep end of "super-efficent vehicles."
Autocar suspects the necessary changes could raise the weight of the car from 1,749 pounds to 2,068 pounds, which would make it four pounds less than the 2,072-pound Up! we drove a few years ago. Crucially, however, the mag thinks the extra capacity wouldn't change the two-seater's 310-mile-per-gallon rating, with tech tweaks and the aerodynamic benefit of a longer car offsetting the weight. Speculation is that the back seats would be staggered like the fronts in order to maintain the XL1's overall profile.
We recently heard about another XL1 variant that's gone off the radar entirely, the Ducati-engined XLR that we thought we'd see at the Geneva Motor Show and that was said to be going into production, so this one could go the same way. The biggest hurdle to making such an idea a reality, though, could be the price: the current XL1 costs 110,000 euros ($146,116). If VW really is going to compete with the Honda FCEV and the Toyota FCV - $70,000 in Japan - that might be where it wants to start.

VW quite interested in solid-state batteries for EVs

Volkswagen is about to make a decision about which advanced battery technology the automaker will seriously investigate to give its electric vehicles more range. VW will decide by July if it will use solid-state batteries made by US-based QuantumScape Corp. in future EVs, according to Bloomberg News. Last year, VW bought a five-percent stake in QuantumScape, which was founded by ex-Stanford University researchers. The lure is that QuantumScape's solid-state batteries may provide a single-charge range of as long as 430 miles. That's more than three times the current range of the VW e-Golf electric vehicle the company recently started selling to the public and is substantially longer than the single-charge range of the Tesla Model S electric sedan. The batteries are also fireproof, making VW's potential decision one with an eye towards more vehicle safety. Solid-state battery technology, in which solid lithium electrodes are used instead of liquid electrodes such as those in lithium-ion batteries, are the subject of research at other automakers and suppliers as well. Toyota says they could be here by 2020. Recently, the cordless vacuum cleaner maker Dyson acquired a $15-million equity stake in Michigan-based battery maker Sakti3 with the idea of using the startup's solid-state batteries in its products. General Motors also has a minority stake in Sakti3, which was spun off from the University of Michigan.