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2022 Bentley Continental GT Speed Convertible puts 208 mph of wind in your hair

The Bentley Continental GT is once again merging the higher-performance capabilities of its Speed trim level with the open-top convertible body style in the new 2022 Bentley Continental GT Speed convertible. The GT Speed convertible's upgrades largely mirror those of the recently unveiled 2022 GT Speed coupe. They start with increased output from Bentley's W12 engine, which has been turned up to 650 horsepower from 626 horsepower in the non-Speed W12 (torque remains unchanged at 664 lb-ft) and given a more characterful exhaust note. The W12 here again pairs with an eight-speed dual-clutch automatic transmission and all-wheel drive, although both have been recalibrated for Speed duty. The transmission spends more time in lower gears, while the all-wheel-drive system has a more rearward torque bias in the various drive modes. The combination is good for a factory-stated 0-to-60-mph time of 3.6 seconds and a top speed of 208 mph. That's 0.1 second and quicker than the standard W12 convertible and 1 mph faster, thus earning the Speed its name. The Speed's chassis also has been upgraded, with four-wheel steering, an electronic limited-slip rear differential, and optional carbon-ceramic disc brakes with 10-piston front and four-piston rear calipers. They join existing Continental GT chassis technologies that include active air suspension, adaptive dampers, and active anti-roll bars powered by a specific 48-volt electric system. Speed-specific 22-inch wheels are offered in a dark-tint finish to match the mesh grille or, alternately, bright silver or gloss black. Special side gills and discrete "Speed" badging complete the modest exterior makeover. The convertible top is offered in a choice of seven colors including an oh-so-British tweed, and there are eight headliner colors. The fully automated roof can be stowed or raised in 19 seconds. The cabin features Alcantara microsuede accents and two-tone leather and Alcantara seating surfaces with diamond-in-diamond pattern stitching and "Speed" logos stitched into the headrests. Piano black trim is standard, but numerous wood veneers can be specced. There are also metal-trimmed pedals. Heated and ventilated seats are on hand, along with a heated steering wheel and heated armrests to maximize the top-down driving season. There's also a standard neck-warmer that is said to be more powerful and also quieter than before.

Bentley preps 'Centennary Specification' for all models built in 2019

For the entirety of Bentley's 100th year in business, the English carmaker will adorn its products with a Centenary Specification. The package consists of unique badging with specially developed Centenary Gold badge highlights, available Centenary Gold thread for the headrest logos, contrast stitching and cross stitching, and a "centenary welcome light" outside the vehicle. The in-house craftsmen have also developed unique embroidery. Bentley says the gold hue was inspired by metalwork on vintage models like the 1919 EXP 2 (pictured, red and silver) and 1929 Birkin Blower (pictured, green), the latter one of the company's Le Mans winners driven by Sir Henry "Tim" Birkin. The hue possesses an "elegant warm tone and a deep fluid shadow." The steering wheel badge, key fob, shift knob, and wheel center caps feature the tinted ring. The "B" badge on the radiator surround also features "1919-2019" script, and that script is found on the tread plates, too. For those who don't know, eponymous founder Walter Owen Bentley's engineering career began with locomotives — which he loved more than cars at one point — and motorcycles, before settling on automobiles. He bought his first car in 1910, a French DFP, and after improving it himself, set a 10-lap record at the Brooklands circuit. In 1912 he opened a DFP franchise with his brother Horace Milner as Bentley & Bentley, and further upgraded the car with a new piston design that was 88 percent aluminum and 12 percent copper. The Royal Naval Air Service adopted Bentley's piston design and Bentley's re-designed Clerget airplane engines, dubbed the Bentley Rotary. After the war, Bentley refocused on cars, and in 1919 released the 3-Litre, which boasted features like a cross-flow head, overhead cams working four valves per cylinder, and twin plugs in each cylinder. The company delivered the first production model in 1921, then went racing and won the second edition of Le Mans in 1924. That is how Bentley began to become "Bentley, ahem ...", and here we are. Next year, on July 10, the company plans to celebrate the feat appropriately. Related Video:

Recharge Wrap-up: Panasonic, Tesla on Gigafactory deal?

Bentley has been awarded the Carbon Trust Standard for reductions of carbon, water use and waste production in manufacturing. The Carbon Trust is an organization that helps groups such as businesses and governments reduce carbon emissions, use of energy and resources, and waste output. From 2011 to 2013, Bentley reduced CO2 emissions by 16 percent per car manufactured, curtailed water use by 35.7 percent, and saw significant waste reductions. Darran Messem of Carbon trust says, "Bentley is clearly passionate about continuing to improve its environmental performance, which is reflected by the fact the company has consistently invested in new technology." Read more in the press release below. Chevrolet is giving 12 Volts to MBAs Across America. The organization will use the range-extended electric cars in its efforts to help MBA students learn from and work with small business owners. As part of the MBAs Across America program's first year, four students drove 8,000 miles to provide entrepreneurs with free business counseling. The program has expanded, and this year, teams of MBAs will use the Volts to travel to 25 cities to offer their services. Learn more about the partnership between Chevrolet and MBAs Across America in the press release below. A professor from the University of Michigan has found fuel cycle analysis to be too flawed to be relied upon for measuring CO2 impacts of transportation fuels. Professor John DeCicco of the university's Energy Institute feels that the flaws in calculating the carbon footprint of liquid fuel production and combustion make such lifecycle analysis impractical. He suggests, instead, to focus to carbon capture. Since capturing CO2 directly from a vehicle is probably never going to happen, DiCicco believes the solution is to capture carbon from the atmosphere in sectors outside of transportation. Says DiCicco, "Research should be ramped up on options for increasing the rate at which CO2 is removed from the atmosphere and on programs to manage and utilize carbon fixed in the biosphere, which offers the best CO2 removal mechanism now at hand. Such strategies can complement measures that control the demand for liquid fuels by reducing travel activity, improving vehicle efficiency and shifting to non-carbon fuels." Read more at Green Car Congress. Global transportation energy consumption is expected to increase by 25.4 percent by 2035, according to a report by Navigant Research.