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VW Sport Coupe Concept GTE 'marks beginning of a new design era' [w/video]

You didn't think that Volkswagen was going to come to Geneva armed only with a bunch of European-market minivans and wagons, did you? Of course not. Last week VW gave us our first glimpse at a new show car for the Swiss auto expo, and here it is in full: the Volkswagen Sport Coupe Concept GTE. Set to be unveiled at the Geneva Motor Show this week, the Sport Coupe is envisioned as a successor to the current CC, but beyond previewing a specific model, this concept showcases a new design language that's set to characterize all new VWs to come. And judging by how good it looks from the images in the slideshow above, that could prove to be a very good thing indeed. The concept strikes us as the sleekest iteration yet of the company's flexible MQB architecture that already underpins vehicles as small as the Golf and as large as the new Skoda Superb. It's larger than the current CC in every dimension but height, and pushes the wheels further out on a longer wheelbase. And with a liftgate at the back instead of a trunk, it strikes a form more similar to the Audi A7 than the Passat-based CC. As with recent past concepts, VW has taken the opportunity to showcase its hybrid powertrain technologies, fitting the Sport Coupe with a plug-in hybrid system that couples a 3.0-liter turbocharged V6 to a pair of electric motors and a six-speed dual-clutch transmission. The internal combustion engine drives 295 horsepower and 369 pound-feet of torque to the front wheels, while an electric motor integrated into the gearbox contributes another 54 hp and a second one kicks in 114 hp at the rear. Juiced by a lithium-ion battery housed in the center tunnel and offering all-wheel traction, the combined output of 374 hp is said to be capable of propelling the concept to 62 miles per hour in five seconds flat and on to a top speed of 155 mph. It can travel for 32 miles on electric power alone and on to an overall range of 745 miles, netting the equivalent of 118 miles per gallon on the European cycle. Inside, the four-seat cabin is laden with digital displays: there's a 12.3-inch unit – dominated by the speedo and power meter – in place of a conventional instrument cluster. The center stack incorporates a 10.1-inch infotainment display, and the rear-seat passengers have access to another 12.3-inch display at the back of the center console and another pair of 10.1-inch displays in the seatbacks.

Audi's Project Artemis woes could delay range of VW Group EVs

Two years ago, Audi's then new CEO Markus Duesmann announced his first big initiative called Project Artemis. The plan's marquee component is "to implement a new lighthouse project for Audi in record time," being "a highly efficient electric car scheduled to be on the road as early as 2024" on a brand new platform that would be shared with Porsche and Bentley. An ex-VW and -Porsche man named Alex Hitzinger, who'd also spent time at Apple working on the tech company's electric car, was brought on board to lead Project Artemis and come up with new ideas. Parent Volkswagen Group said it wanted to become "as agile as in a racing team," removing the bureaucratic molasses and bottlenecks interfering with getting the best product on the road in the best time. However, in any grand venture, failure comes before success. Automobilwoche reports that Artemis is struggling through issues large enough to push the product plans back by years. The issue, as it was with the ID.3 lineup on the eve of that car's launch, is software. Well, that's the latest, largest problem; Artemis has already been through copious struggles before getting to the software bit. Two months after Hitzinger came on, in December 2020, VW raised its EV volume target from 50% to 70% by 2030. That necessitated a rethink of the VW Group's entire platform strategy considering the far greater production scale. Hitzinger only lasted six months in the job, ousted in May 2021, supposedly because Audi believed his ideas were "not suitable for profitable series production" among other reasons. By that time, the pace of software development was already said to be six months behind schedule, with the Car.Software division working on VW.OS 2.0 "not yet running at the speed hoped for." Internal frictions were noteworthy and costly as well. VW's commercial division plant in Hanover was meant to build Artemis vehicles for Audi, Porsche and Bentley, but Automobilwoche reported in January of this year that Porsche paid a ""small three-digit million amount" — like $100 million or so — to get out of the deal mandating its vehicles come from the Hanover facility.    So Audi effectively brought Artemis in-house to lead vehicle development, and Car.Software turned into Cariad to get VW.OS and VW.AC, which stands for Automotive Cloud, to market.  The first Audi vehicle under Project Artemis was planned to arrive by the end of 2024, a production version of the Grandsphere concept.

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.