2008 Mercedes Benz Ml350 on 2040-cars

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Mercedes picks Gensler to design new Atlanta HQ

Mercedes is planning to move of its US headquarters from Montvale, NJ, to Atlanta, GA – and with over a thousand employees to house, the project will surely be massive. In order to pull it off, the automaker is going to need the right architects. And Mercedes seems convinced that Gensler is the way to go. Never heard of Gensler? The San Francisco-based architectural giant (incorporated as M. Arthur Gensler Jr. & Associates, Inc.) has done the headquarters for Facebook, Coca-Cola and General Electric. It designed the Shanghai Tower, the tallest building in China, and crafted the master plan for the Olympic Games set to take place in Rio de Janeiro next year. It's done hotels, sports arenas, military facilities, airport terminals... the works. It also redesigned Cadillac's showrooms and Hyundai's new US headquarters, and among the many offices it operates in 46 cities and 16 countries around the world, it has a branch in Atlanta. So of the dozen firms Mercedes considered for the task, Gensler got the nod. The 250,000-square-foot facility is earmarked for completion in 2018, occupying a 12-acre plot at the corner of Abernathy and Barfield roads in Sandy Springs, Georgia. In the meantime, MBUSA is preparing to move temporarily from its current offices (pictured here) in Jersey down to another facility in the Atlanta area, also being set up by Gensler, in nearby Dunwoody – just a couple of miles down the road from where the permanent site will be. Mercedes-Benz USA Selects Gensler As Architect For New Atlanta Headquarters Facility Award-winning global firm to design 250,000-sq-ft office building in Sandy Springs, GA April 30, 2015 - MONTVALE, N.J. Mercedes-Benz USA (MBUSA) today announced it has selected Gensler as the architecture firm for its new headquarters facility in metro Atlanta. Gensler will design an approximately 250,000-square-foot office building that will house around 1,000 MBUSA employees upon its completion in 2018. "We talked to many, many firms and saw some amazing designs, but Gensler was the one that stood out for us," said MBUSA President and CEO Stephen Cannon. "They understood our brand and our culture, along with the ambitious goals we have for the next chapter of Mercedes-Benz in this market, and they were able bring that to life in their designs." MBUSA selected Gensler from a dozen global design firms for its creative building concept, which seamlessly integrates functionality and the beautiful surrounding landscape.

2014 Mercedes-Benz SLS AMG Black Series [w/video]

The biggest misconception about the Mercedes-Benz SLS AMG Black Series is that it's simply a higher-performing version of the SLS GT - a closer look, or better yet, a few hot laps on a high-speed racing circuit, reveals that is anything but the case.
Launched in the States in mid-2011, the standard SLS GT is a 583-horsepower, all-aluminum, gull-wing coupe with performance that positions it near the top of the exotic segment. While the AMG team at Mercedes-Benz could have left it alone, their experience with the SLS AMG GT3 race car said there was room for improvement, so they devised the SLS Black Series. The transformation from SLS GT to SLS Black Series is extensive, with no fewer than 17 different significant enhancements.
The engine mapping, crankshaft, connecting rods, valve-train, intake, exhaust and cooling are all modified and the engine's redline bumps up from 7,200 to 8,000 rpm, which pushes output of the hand-built 6.3-liter V8 to 622 horsepower. The power steering receives a new ratio, a coil-over AMG Adaptive Performance suspension is installed along with underbody braces, the track is widened, two-piece carbon-ceramic brakes replace iron rotors at each corner and a lightweight titanium exhaust is fitted beneath. The AMG Speedshift seven-speed dual-clutch gearbox is modified and an electronically controlled AMG rear differential lock ensures the power goes to the pavement. Last on the mechanical upgrades are new lightweight forged wheels (10x19 inches front and 12x20 inches rear) wrapped in special R-compound Michelin Pilot Sport Cup tires.

Recharge Wrap-up: Daimler spending big for fuel cells, Ford Go!Drive experiment advances

Ford's Go!Drive experiment is entering its beta phase in London. The project, which is one of the automaker's global smart mobility experiments, uses a mobile app for on-demand carsharing of Ford Focus Electric and Ford Fiesta vehicles. The beta phase involves increasing the number of available vehicles from 20 to 50, and collecting new data from users. The program offers one-way rentals and guaranteed parking, with no membership fees and a cost of 26 cents per minute. Ford hopes to get 2,000 drivers involved in the program. Read more at Green Car Congress. Daimler will invest billions of dollars to upgrade the Mercedes-Benz Unterturkheim plant over the next few years. This year alone, it plans to spend $1.06 billion. The company expects cost savings "in the range of hundreds of millions of euros until 2020," while maintaining its workforce of 18,700 employees and adding 150 vocational training positions. The upgrades will allow the plant to become a center for building more efficient engines, hybrid powertrains and fuel cell systems. "Alternative drive systems are an important element of our future mobility," says Mercedes-Benz's Markus Schafer. "Their share of automotive production is set to steadily rise over the next few years, complementing our highly efficient engines within the portfolio. This is what we have laid the groundwork for today." Read more at Reuters, or in the press release below. The Department of Energy is providing $20 million in funding for the development of more efficient high speed industrial motors and drives. Ditching old motors and gearboxes for ones that use integrated power electronics could help decrease the energy consumption of the industrial sector, which currently uses more than 25 percent of the electricity generated in the US. The projects being funded will reduce losses and decrease the size of drive systems used in industries like petroleum refining and natural gas, which could affect the lifecycle efficiency of transportation fuels. Read more at Energy.gov.