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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 could race in rallies again, but not with a new Lancer Evo

Mitsubishi could make a long-awaited comeback to the world of rally racing in the coming years. It's open to injecting more performance into its range, but its need for speed won't spawn a new version of the Lancer Evolution. Speaking to investors during a shareholder meeting held in Japan, company boss Takao Kato explained the first step towards making quicker, more exciting cars was reviving the Ralliart brand in May 2021. "We plan to expand [Ralliart] to a wide range of models as genuine accessories first, but we will also consider involvement in rallies," the CEO stated, according to Japanese publication Response. Crucially, a racing program has not been approved yet. How a potential return to rallying would be orchestrated remains to be seen. In the past, Mitsubishi's rally superstar was the Lancer Evolution (pictured), which retired without a successor in 2015. The firm's current range consists of crossovers, SUVs, and pickup trucks with the exception of the Mirage, which is likely too small to credibly turn into a rally car. While it's tempting to speculate a return to racing will bring the Evo back to the range, even without a Lancer to build it on, Kato doused cold water on the years-old rumors mapping out the nameplate's future. He stressed a next-generation Evo is not in the pipeline, even though Mitsubishi's shareholders are requesting one. "Electrification is expensive, and we're still not strong enough. We ended the previous fiscal year with a big deficit," Kato said. "First, we need to revive the company. Then, we'll look into putting out the cars fans are waiting for." His plans to revive the company include launching a number of mainstream models in rapid-fire succession. The Mirage, the Eclipse Cross, and the Outlander Sport recently benefited from an array of updates, most of which were reasonably well received, and the new Outlander was unveiled earlier in 2021 with dramatic improvements. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Renault, Nissan, Mitsubishi announce 35 new EVs by 2030

Renault, Nissan and Mitsubishi are going all-in on EVs. The trio announced plans to release 35 new electric models globally by 2030, ranging from Japan-only kei cars to commercial vehicles, and they sketched out plans to develop next-generation solid-state batteries. The three carmakers will leverage the benefits of economies of scale to keep development and production costs in check. Many of the Alliance's models already ride on a common platform; the Nissan Sentra shares its bones with the third-generation Renault Scenic. Looking ahead, the plan is to build 80% of the cars in the group's global portfolio on common architectures. Renault, Nissan and Mitsubishi are massive companies with a wide lineup of models, so there is no one-size-fits-all solution. Instead, the strategy focuses on five basic modular platforms. CMF-AEV will be for so-called affordable electric cars. KEI-EV will be primarily for kei cars, LCV will underpin commercial vehicles, and CMF-EV was designed to underpin mainstream models including the Ariya. Finally, the CMF-BEV platform will underpin about 250,000 electric cars annually starting in 2024. These include the production version of the retro-styled 5 Prototype introduced in January 2021, at least one car assigned to the Alpine brand, and a replacement for the Micra (previewed above) that will be engineered and built by Renault. Most of these cars will be equipped with a lithium-ion battery pack; that's likely going to remain the best way to power an electric car in the coming years. However, Nissan has been tasked with developing solid-state battery technology that promises to greatly reduce charging times. A solid state battery is tentatively scheduled to enter production by the middle of 2028, though it's too early to tell which model(s) will inaugurate it. Digital services will play a significant role in the Alliance's future lineup as well. By 2026, Renault, Nissan and Mitsubishi plan to connect 25 million cars to their cloud and over 10 million vehicles fitted with "autonomous driving systems" (a vague term that wasn't defined). All told, these investments will cost the group at least ˆ23 billion (around $26 billion at the current conversion rate) in the next five years. What does this mean for America?