2005 Bentley Continental Gt on 2040-cars

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Bentley Continental GT3 Pikes Peak racer puts out 750 horsepower on biofuel

Bentley revealed its Continental GT3 Pikes Peak car to us earlier this year, but was short on engine details. That left us especially curious, as Bentley foreshadowed lots of modifications and a promise that it’d run on a renewable biofuel. Of course, more power than standard was expected. Today, all the details of this wild Bentley are available. Its 4.0-liter twin-turbo V8 engine will make “more than” 750 horsepower and 738 pound-feet of torque. ThatÂ’s a 100 horsepower increase over the most potent street version of the Continental, the Continental GT Speed. HowÂ’d Bentley do it? For starters, Bentley began with the GT3 race version of its 4.0-liter V8, not the street version. But Bentley went to town on this race engine for Pikes Peak anyway. It has new pistons and connecting rods, plus the boost is turned up to 2.2 bar with larger turbos. The carbon fiber intake manifold is reinforced and made thicker than the standard one. Plus, one-off exhaust manifolds made from Inconel alloy by Akrapovic are fitted. The exhaust ultimately exits via very short pipes just behind the front wheels. Not very Bentley-like. Cooling is reinforced by a secondary cooling system positioned in the rear of the car. The rear windows are traded for air scoops that channel air through a second radiator, exhausting heat through ducts in the trunk lid. It all runs off a dedicated secondary water pump. Another change youÂ’ll find at the rear is a new driveshaft with a larger diameter for better durability. The biofuel Bentley uses is called 98RON Renewable Racing Fuel, and Bentley says it is "a dedicated blend of advanced biofuels specifically designed for motorsport, and is a technological stepping stone to sustainably-created eFuel with a greenhouse gas reduction of up to 85%." Bentley didn't say what the emissions reduction was for this specific biofuel in the Pikes Peak car. When it comes to handling, Bentley says it has significantly modified the GT3 setup. ItÂ’s running far more camber in front and rear. Softer springs and anti-roll bars were fitted to allow more body movement and maximize weight transfer for braking (keep in mind all your braking will be done while going straight uphill). Plus, the brakes themselves are newly water-cooled to handle the extreme loads that this hill climb will put on them. You can watch out for Bentley's attempt at a record on June 27, a day that will mark the 99th running of the Pikes Peak International Hill Climb.

2020 Bentley Bentayga Hybrid is less efficient on the highway than V8 version

Official EPA fuel-economy ratings are out for the 2020 Bentley Bentayga Hybrid, the luxury brand’s first electrified offering, and they donÂ’t exactly bathe the crossover in a green light. As spotted by Green Car Reports, the plug-in performs worse on the highway than its V8-powered combustion sibling. The EPA rated the Bentayga Hybrid as delivering 18 miles in all-electric range, which is two miles more than Bentley previously touted, and a combined 19 miles per gallon in hybrid mode, which is indeed the most efficient of the three Bentayga versions offered. ItÂ’s rated at 17 mpg city and 21 on the highway. By contrast, the 4.0-liter twin-turbo V8 version of the luxury crossover offers just 17 mpg combined, yet it delivers 23 mpg on the highway. Its overall EPA-rated highway range also beats the Hybrid, at 518 miles to 430 miles on a full charge and tank. The Bentayga Hybrid combines a turbocharged 3.0-liter V6 and a 94 kilowatt electric motor that also functions as a generator. The system combines for 443 horsepower and 516 pound-feet of torque, with a 5.2-second 0-60 mph time. It sends that through an eight-speed automatic transmission driving all four wheels. Curb weight is a hefty 5,709 pounds. Base price starts at $160,000. The V8, by comparison makes 542 hp, nearly 100 more ponies, and 568 lb-ft, with a 0-60 mph of 4.4 seconds. It will set you back $171,025. At any rate, both versions are well below the 27 combined mpg of the average 2020 vehicle, according to the EPA. The HybridÂ’s fuel economy ratings suggest that buyers may be motivated less by concerns about carbon footprint than conveying the appearance of having those concerns. Bentley has said its first full electric vehicle will be a dedicated model that will arrive in 2025 at the earliest, and possibly with a solid-state battery pack. 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.