2011 Mercedes-benz Cl63 Amg 5.5l 536 Hp Bi-turbo V8,p2 Pkg,white/beige Only 9k!! on 2040-cars

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Mercedes-AMG could use electric turbos

Mercedes-Benz is joining Audi in analyzing electric turbochargers for its production cars. But while Ingolstadt will roll out its first e-turbo in its A8 luxury sedan, Stuttgart is studying the technology for use in small performance cars, like the A45, CLA45, and GLA45 AMG models. Auto Express spoke to Mercedes-AMG compact car boss Steffen Jastrow about the cutting-edge tech, which reduces turbo lag, improves fuel economy, and occupies less space under the hood than a standard turbo. "Of course we need more power for the next-generation of cars, but electrification does not mean we have to use an electric drivetrain." Jastrow said. "They have to be faster and e-turbos are an option. We use them in motorsport, but the technology has to be payable for the customer." As AE tells it, bringing the price of e-turbos down from the A8's luxury car level to the relatively affordable sums demanded by compact AMG models will still take some time. So don't count on seeing a Mercedes with an electric turbocharger until the new A-Class arrives in 2017, at the earliest. Related Video:

Mercedes-AMG Sprinter63 S is a perfect April Fools' prank

The pranksters at Mercedes-Benz USA need to check their calendars because April Fools' Day isn't until tomorrow. Still, the folks over there deserve points for taking something that should be absolutely absurd and making it look great. Meet the Mercedes-AMG Sprinter63 S. This utilitarian van can seriously haul the mail thanks to the performance division's latest 4.0-liter, twin-turbo V8 boasting 503 horsepower under the hood. With a retuned suspension and rear diffuser, it should hold the road with aplomb while delivering packages at very high speeds. We really have to give Mercedes credit on the renderings too because they almost look realistic. However, the company misses the chance to really take things over the top by not basing the AMG Sprinter on the latest 4X4 model. When driving a performance van with over 500-horsepower putting your foot down should mean billows of tire smoke from the front and rear axles. Related Video: Introducing the all-new Mercedes-AMG Sprinter63 S. A combination of legendary performance and driving dynamics from Mercedes-AMG with the utility and capacity of a Sprinter Van. Ready to attack corners with its AMG custom-engineered sport suspension, the Sprinter63 S is powered by a 503hp handcrafted 4.0-liter biturbo V-8-which means it's also ready to haul a lot more than just cargo. It's exactly what you'd expect of our high performance division, if they were given the keys to a Sprinter van.

Mercedes-Benz engines with 48-volt systems coming in 2017

As part of a big green push announced yesterday, Mercedes-Benz is jumping into the world of 48-volt power. The company will launch a new family of efficient gasoline engines next year and will begin rolling out 48-volt systems with it, likely in its more expensive cars first. Mercedes will use the 48-volt systems to power mild-hybrid functions like energy recuperation (commonly called brake regeneration), engine stop-start, electric boost, and even moving a car from a stop on electric power alone. These features will be enabled through either an integrated starter-generator (Mercedes abbreviates it ISG) or a belt-driven generator (RSG). (RSG is from the German word for belt-driven generator, Riemenstartergeneratoren. That's your language lesson for the day.) Mercedes didn't offer many other details on the new family of engines. There are 48-volt systems already in production; Audi's three-compressor SQ7 engine uses an electric supercharger run by a 48-volt system, and there's a new SQ5 diesel on the horizon that will use a similar setup with the medium-voltage system. Electric superchargers require a lot of juice, which can be fed by either a supercapacitor or batteries in a 48-volt system. Why 48-volt Matters: Current hybrid and battery-electric vehicles make use of very high voltages in their batteries, motors, and the wiring that connects them, usually around 200 to 600 volts. The high voltage gives them enough power to move a big vehicle, but it also creates safety issues. The way to mitigate those safety issues is with added equipment, and that increases both cost and weight. You can see where this is going. By switching to a 48-volt system, the high-voltage issues go away and the electrical architecture benefits from four times the voltage of a normal vehicle system and uses the same current, providing four times the power. The electrical architecture will cost more than a 12-volt system but less than the complex and more dangerous systems in current electrified vehicles. The added cost makes sense now because automakers are running out of ways to wisely spend money for efficiency gains. Cars can retain a cheaper 12-volt battery for lower-power accessories and run the high-draw systems on the 48-volt circuit. The industry is moving toward 48-volt power, with the SAE working on a standard for the systems and Delphi claiming a 10-percent increase in fuel economy for cars that make the switch.