Bentley Arnage T Mulliner on 2040-cars

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Drive a Bentley | The List #0017

There's just something about a Bentley. The brand exudes luxury. There's nothing quite like driving or getting chauffeured in one of these classically British vehicles. On this episode of The List, hosts Jessi Combs and Patrick McIntyre head all the way to the UK to investigate Bentley's heritage and drive a shiny new Mulsanne. To start the trip off, our hosts drop by the Bentley Factory in Crewe to learn how the cars are made. Every aspect is crafted with precision and care, taking up to two weeks to complete each car. Our hosts even busted a few stereotypes about the brand during their trip. "I thought Bentleys were supposed to be grandma cars," said Jessi, enjoying the high life in the luxurious back seat of the Mulsanne. "It's more of a beast than anything," Patrick responds from behind the wheel. From learning about the 400-hour manufacturing process for one vehicle, to getting behind the wheel and feeling the power of the 505-horsepower engine, this is an episode of The List you won't want to miss. Click here to find more episodes of The List Click here to learn more about our hosts, Jessi and Patrick Bentley The List Videos Original Video bentley mulsanne jessi combs patrick mcintyre

2015 Bentley Mulsanne Speed

Why does the Bentley Mulsanne Speed exist? Sam Graham, product line director for the Mulsanne, tells us Bentley's Western customers demanded it, many driven by memories of the Arnage T - the hotted-up version of the Arnage R. The Arnage T, you may remember, arrived in 2002 and threw down 459 horsepower and 645 pound-feet of torque on its way to being billed the most powerful production Bentley ever. Today's Mulsanne Speed picks up the torch and takes it all the way to the Olympic stadium.
Driving Notes
It starts with an upgrade to 530 hp at 4,200 rpm and 811 lb-ft of torque at a limbo-esque 1,750 rpm. That's an additional 25 hp and 86 lb-ft compared to the standard sedan, enabling a top speed of 190 miles per hour. That torque figure makes it second only to the Bugatti Veyron among production cars, and that terminal velocity makes it the fastest ultra-luxury sedan on God's Own Green.

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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.