2008 Bentley Continental Gtc Convertible 2-door 6.0l on 2040-cars

Auto blog

VW adding particulate filters to gas engines

Volkswagen is working hard to overcome the PR disaster that is its diesel emissions scandal, and part of its efforts is focusing, weirdly, on petrol engines. Starting in June 2017, the embattled German automaker will add particulate filters to the gas-powered Volkswagen Tiguan and Audi A5. The change will eventually impact nearly every direct-injected gas engine the VW Group makes. Audi? Particulate filter. Seat? Particulate filter. Even Bentley is going to get the tech, all in a bid to reduce soot emissions by 90 percent. In fact, by 2022 VAG expects 7 million of its vehicles to boast the emissions-cleaning tech, which has long been a fixture on diesel engines. "Following increases in efficiency and lower CO2 output, we are now bringing about a sustained reduction in the emission levels of our modern petrol engines by fitting particulate filters as standard," Volkswagen Group research and design boss Dr. Ulrich Eichhorn said in a statement. "In the future, all models will be equipped with the latest and most efficient SCR catalytic converter technology." VW's initial rollout focuses on the 1.4-liter, turbocharged Tiguan and the 2.0-liter, turbocharged A5. Considering the popularity of the 2.0-liter across the VW range, we'd expect it's only a matter of time before VW expands its particulate filters tech to additional gas-powered vehicles. Related Video:

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.

Watch a Bentley Continental GT Speed hit 206 mph in Australia

The top speed listed on most cars is usually a rather theoretical affair. After all, where can you actually drive a car to its v-max, anyway? Well there are a few highways in the world – and really only a few – that will let you drive as fast as you can. One of them is in the Australian outback, so that's where Bentley took its new Continental GT Speed. The road in question is called the Stuart Highway. It's a 1,761-mile road which runs across the continent from Darwin in the north to Port Augusta in the south. That's about the same distance as driving from New York to Denver. Only unlike any of the highways you'd take to drive across America, the Stuart Highway has one long stretch of 120 miles between Alice Springs and Barrow Creek that is completely derestricted, and has been for the past two years since local authorities set about trying out removing the speed limit. To see how fast the new GT Speed could actually go in the real world, Bentley put Aussie touring car champion John Bowe behind the wheel and let 'er rip. The result is a top speed clocked at 206 miles per hour. That's pretty darn fast for any car, let alone one that weighs a massive 5,000 pounds. Its 6.0-liter twin-turbo W12 engine contributes significantly to that curb weight, but with 626 horsepower and 607 pound-feet of torque on tap, it also has the muscle to keep the Conti pulling like a freight train all the way up past the double-century mark. Watch it unfold in the video above. BENTLEY CONTINENTAL GT SPEED: VMAX IN THE OUTBACK - Continental GT Speed hits 206 mph (331 km/h) top speed on Stuart Highway, Australia - Northern Territory route one of only three derestricted roads in the world - Australian racing legend, John Bowe, takes Grand Tourer on extraordinary high-speed run - Continental GT Speed combines supercar performance with supreme luxury (Crewe, 04 November 2015) The 16MY Bentley Continental GT Speed has been taken to its top speed of 206 mph (331 km/h)* by Australian racing legend, John Bowe, on the derestricted Stuart Highway** deep in the Northern territory. The 635 PS (626 bhp), 820 Nm (607 lb.ft) W12-powered GT Speed Grand Tourer reached Vmax in just 76 seconds, covering a distance of 9.4 kilometres in the process. At top speed, the 6.0-litre twin-turbo Grand Tourer was covering a staggering 92 metres (or one football pitch) per second. John Bowe said: "This isn't a modified racecar; it's a luxurious grand touring road car fresh off the production line.