2001 Mercedes-benz Slk320 on 2040-cars

Auto blog

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.

Mercedes-AMG previews new C63 Coupe ahead of August 19 reveal

Mercedes has been spending the month of July preparing us all of the debut of the new AMG-fettled C-Class coupe. It dropped an enigmatic teaser video on us at the beginning of the month, followed by a handful of teaser images, and another video after that. Now it's released another batch of images to give us a taste of what to expect. These prototype pictured is still heavily camouflaged, so there's little more to tell from them than we already saw from the spy shots we brought you back in April. We can see the front end a bit better, bearing what looks like the same lower air dam as the C63 sedan, but everything save for the front part of the greenhouse is covered up in the swirly stuff. While the photos posted on the Mercedes-Benz Facebook page refer to this as the C63 Coupe, the AMG post references the Mercedes-AMG C-Class Coupe. Either way, we're expecting it to pack the same 4.0-liter twin-turbo V8 as the sedan (as well as the AMG GT), likely to be made available once again in 469- and 503-horsepower states of tune. Affalterbach has also posted a countdown timer on its website, with 23 days left to go until the new muscle coupe makes its debut. So mark your calendars for August 19, and watch this space for more as the German automaker is sure to keep trickling out more photos, videos, and information between now and then. Related Video:

2016 Mercedes-Benz C350e Plug-In Hybrid casts a green light in Geneva

Mercedes revealed another plug-in hybrid model, the C350e, at the Geneva Motor Show. Based on the company's scalable hybrid platform, the C350e offers 19 miles of electric range, and the total system makes 279 horsepower and 443 pound-feet of torque. It's part of the company's goal to bring 10 new plug-in models to the market by 2017 around the world. The hybrid system teams an electric motor with a turbocharged four-cylinder engine with a seven-speed gearbox. The C350e also has regenerative braking and can be driven in four modes ranging from Eco to Sport Plus. The lithium-ion battery pack can be charged in 1 hour, 45 seconds, and it has a total capacity of 6.2 kilowatt-hours. The C350e has an Airmatic suspension, an interior climate control system that can be controlled via the internet and offers Mercedes' suite of driver-assist technologies. Mercedes will sell the model as a sedan and a wagon in some markets. The new Mercedes-Benz C 350 e: Efficiency, dynamism and comfort – the best of three worlds The new Mercedes-Benz C 350 e: Efficiency, dynamism and comfort – the best of three worlds Following its premiere in the S-Class, Mercedes-Benz is now offering its most advanced hybrid technology yet in the C-Class and, for the first time, also in an Estate model. The dynamism and efficiency of the C 350 e make it a convincing proposition in both its Saloon and its Estate guise. With a range of 31 kilometres in purely electric mode, local emission-free driving is now a reality. Its four-cylinder petrol engine, in conjunction with a powerful electric motor, gives it a total system output of 205 kW (279 hp) and torque of 600 Nm. The new C 350 e thus delivers the performance of a sports car and yet offers certified consumption figures of just 2.1 litres of fuel per 100 kilometres both as a Saloon and as an Estate. This corresponds to CO2 emissions of 48 grams (49 grams for the Estate) per kilometre. Both models are also equipped as standard with AIRMATIC air suspension plus a Pre-Entry Climate Control system that can be controlled via the internet, adding up to a truly exceptional level of driving and climate comfort. Prof Dr Thomas Weber, Member of the Board of Management of Daimler AG and responsible for Group Research and Mercedes-Benz Cars Development: "The PLUG-IN HYBRID is an investment in the future of Mercedes-Benz and we believe it will become established as the successful technology for maximum efficiency coupled with powerful dynamic performance.