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Daimler declares success in electric truck trial [w/video]

Last year, Daimler launched a project to see how eight Fuso Canter E-Cells performed in daily urban service in Portugal. After over 32,000 miles on the road, the newly released results showed astounding figures. Compared to their diesel-counterparts, the commercial EVs slashed operating costs by 64 percent. The trucks were also great for the environment with a 37-percent drop in CO2 emissions after taking into account how the country makes power. Daimler gave the trucks to Portuguese cities and businesses, and the users definitely didn't baby them. In Lisbon, the EV disposed of vegetation, and the Canter E-Cell collected recyclables in Porto. The one with the parcel service Transporta covered over 8,700 miles to make deliveries during the year. On average, the testers used the vehicles about 31 miles a day, but 68 miles was the record distance during the trial. "The results of the practical tests have shown that we are on the right track," Marc Llistosella, President and CEO of Mitsubishi Fuso Truck and Bus Corporation said in Daimler's announcement. The Daimler Trucks Centre of Competence for Hybrid Technology developed the small run of Canter E-Cells. The models ditch the usual 3.0-liter diesel in favor of an electric motor that produces 148 horsepower and 479 pound-feet of torque. Four lithium-ion battery packs with a total of 48.4 kWh are mounted to two sides of the frame. To maximize the range, the system begins recovering energy as soon as the driver lets off the throttle. Check out the video below for a look at how the Portuguese testers put the commercial EVs through their paces. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Silent and with zero emissions Stuttgart/Porto, Oct 30, 2015 FUSO Canter E-Cell impresses with more than 50,000 kilometres driven 64 percent lower costs compared with conventional diesel engines in customer field trials in Portugal Powerful, high-torque electric motor Targeted operating range of at least 100 kilometres achieved Stuttgart/Porto – 64 percent savings in operating costs - this is the gratifying result of the final analysis of data from customer field trials with eight FUSO Canter E-Cell trucks in Portugal. Apart from the impressive savings in operating costs, the Canter E-Cell also scores points in terms of environmental aspects.

Mitsubishi Evolution reborn as electric crossover

Forget everything you ever knew about the Mitsubishi Lancer Evolution. The potent, raw sport sedan that was a semi-mythical enthusiast fantasy for years is dead. In its place now comes an electric crossover, called the e-Evolution, as the Japanese automaker moves forward in a new era where mobility matters more than performance. It's a tacit admission that a small company can't afford to compete in the narrowest of niches — sport sedans — and a shrinking one at that. The e-Evolution shows Mitsubishi's new strategic direction, and it will be capable of using artificial intelligence, connectivity and other mobility solutions. Enthusiasts will take heart that the e-Evolution has all-wheel drive, a sophisticated three-motor system that works with Mitsu's Super All-Wheel Control to aid traction and driving dynamics. The electric batteries feeding the powertrain are placed in the middle of the concept underneath, which provides a low center of gravity. The design is striking. It's sharp with indentures, a prominent grille and large wheels set at the corners. There's huge air intakes, the ride height is elevated, and the back end features a hexagon design that recalls the spare tire cover from the Mitsubishi Shogun off-roader. The back also has jet-styled mini tailfins that help pass air cleanly by the sides to aid aerodynamics. Inside is a large flat screen bookended by two smaller screens. The e-Evolution also has sensors that help the vehicle read road conditions and try to coordinate the driver's intent. In short, this isn't your father's Evo. That's not Mitsubishi's intent. Rather, it's putting all of its best technologies under the umbrella of its most famous name on a vehicle that will compete in the largest part of the market. It's no longer the Evo as you knew it, but it's definitely an Evolution. Related Video:

Mitsubishi North America distances itself from mileage scandal

Mitsubishi's US operations are keen to distance themselves from the falsified fuel mileage scandal that has brought the whole of Mitsubishi Motors under scrutiny. In a statement released Thursday, MMNA announced that the internal audit of US market vehicles dating back to 2013 has uncovered no wrongdoings. Mitsubishi Motors R&D North America has verified the data previously submitted to EPA, and no vehicles sold in the US from 2013 to 2017 are affected with the fuel data irregularities. According to Mitsubishi, the testing data for the US market vehicles complies with EPA procedures and a different method is used in the United States than Japan to gather fuel mileage figures – something the EPA calls "Road Load Coefficient," and the data is independently verified before submitting. So far, the scandal seems to center on Japanese market cars, even if the findings date back to 1991. Related Video: Mitsubishi Motors North America Statement Regarding Fuel Consumption Testing Data April 27, 2016 Mitsubishi Motors Corporation in Tokyo recently announced irregularities concerning fuel consumption testing data. To confirm that U.S. market vehicles are not affected by this issue, Mitsubishi Motors R&D America, Inc., working together with Mitsubishi Motors Corporation, proactively conducted an internal audit of U.S. market vehicles going back several model years to check previously submitted data to the EPA. After a thorough review of all 2013MY – 2017MY vehicles sold in the United States, we have determined that none of these vehicles are affected. Our findings confirm that fuel economy testing data for these U.S. market vehicles is accurate and complies with established EPA procedures. An entirely different system is used for the United States market to determine what the EPA calls Road Load Coefficient, strictly adhering to EPA procedures. The data generated is then independently verified for its accuracy before being submitted to the EPA for their fuel economy testing. MMNA has shared this information with EPA, California Air Resources Board and DOT. Mitsubishi Motors Corporation has acted quickly to address this issue and is putting in place a committee of external experts to thoroughly and objectively continue this investigation. The results of the investigation, once completed, will be made public.