2018 Mitsubishi Mirage Es on 2040-cars

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Mitsubishi is killing the Lancer this summer

The small sedan segment is going to get a little smaller this summer. At a Mitsubishi event last night, the company discussed its new focus on the crossover market. It left us wondering where this leaves the future of Mitsubishi sedans. We asked executive vice president and COO of Mitsubishi's North American division Don Swearingen about this, and he said the Mirage G4 will remain on the market to handle some sedan demand, but that Lancer production will end this August. Swearingen did explain that there will probably be leftover stock for a few months after the end of production, but that the car would effectively be gone this summer with 2017 its final model year. He said the sedan market is shrinking and the company needs to make sure any new product it develops is profitable, which is why Mitsubishi continues to shift its focus to the ever-growing crossover market and there are no current plans for a new Lancer. It should also be noted that the current Lancer was introduced a decade ago and wasn't terribly competitive to begin with. Still, we'll miss the Lancer line, even if it was only for the hope that we'd see another Lancer Evolution someday. Related Video:

2023 Mitsubishi Outlander PHEV First Drive Review: Slightly rough diamond

The Mitsubishi Outlander was one of the first small, affordable plug-in hybrid SUVs, yet it lost ground in recent years with the introduction of strong offerings from Toyota, Ford, Hyundai and Kia. The main reason was that the regular Outlander wasn’t especially competitive, so once the PHEV finally had company, there was nowhere to go but down. Well, thereÂ’s an all-new and dramatically improved Outlander now, and finally, its plug-in hybrid version is here to make up that lost ground. Like the gas-only version, the new 2023 Mitsubishi Outlander PHEV impresses with a stylish, spacious and suitably modern interior, and generally comfortable and quiet demeanor. The plug-in hybrid goes significant further, though, with more power and refinement, plus a strong electric range. There are a couple weak points that keep it from being best-in-class (like the gas-only version), but depending on your needs, the Outlander PHEV could still be the green compact SUV for you. The Outlander PHEV has a powertrain that's extremely similar to its predecessor. A naturally aspirated 2.4-liter four-cylinder now makes 134 horsepower rather than the previous model's 148 horsepower. While it can provide direct power to the wheels, itÂ’s most often employed as a motor generator for the front and rear electric motors (much as a Honda hybrid operates). Both of those motors are also more potent than before. The front motor picked up 20 horsepower and 88 pound-feet of torque to make 114 ponies and 188 lb-ft. The rear makes 40 more horsepower for 134, though torque remains the same at 144 pound-feet. The result is a grand total of 248 horsepower and 332 pound-feet of torque. That's more than the Ford Escape PHEV, and more torque than the Hyundai Tucson and Kia Sportage plug-ins. The Toyota RAV4 Prime's 302 horsepower bests them all. In addition to more power, the Outlander PHEV can now go 38 miles on a charge –14 more than before thanks to a pack that has grown from 13.8 kilowatt-hours to 20 kWh. Once again, thatÂ’s more range than Ford, Hyundai and Kia, though less than the Toyota. Mitsubishi also offers an unusual feature not available on those competitors: DC fast charging. WeÂ’re not sure how necessary a DC fast charger is on a vehicle that can run on gas in a pinch, but if youÂ’d like a topped-up battery and donÂ’t want to wait overnight to get it from the plug in your garage, why not?

Mitsubishi cheated on Japanese fuel economy test since 1991

Mitsubishi now says that its cheating on Japanese fuel economy tests stretches as far back as 1991. The automaker has hired an independent panel of investigators to get to the bottom of what happened, and the company will give them three months to prepare a report about the deception. Mitsubishi's cheat involves how the company calculated driving resistance to determine fuel economy. In 1991, Japan's Road Transport Vehicle Act established a coasting test to establish the driving resistance, but Mitsubishi's engineers used their own "high-speed coasting test," according to its statement. In 2007, the company decided to only use the country's mandated evaluation, but the employees kept utilizing the high-speed test in the field. In the most recent scandal, workers selected low values for driving resistance from the results, which made the fuel economy look better. Mitsubishi's presented these details in a report to the Ministry of Land, Infrastructure, Transport, and Tourism. "We are currently investigating the reasoning behind each of the decisions," the company said in a statement. It also hired three former prosecutors to figure out why this happened for so long. At this time, Mitsubishi only confirms the incorrect figures for some of the company's minicars, but this investigation could discover more transgressions. This fiasco started when Nissan discovered fuel economy discrepancies in some of its Mitsubishi-made tiny kei-class cars in Japan. Mitsubishi came clean and admitted the problem affected about 625,000 vehicles in the country. Japanese media have alleged more vehicles have incorrect mileage, including the Outlander. The National Highway Traffic Safety Administration in the US has also requested data from the Japanese automaker to confirm similar deceptions didn't happen for vehicles here. Related Video: Regarding the Report to MLIT Concerning Improper Conduct in Fuel Consumption Testing of Vehicles Manufactured by Mitsubishi Motors Corporation Tokyo, April 26, 2016 The following is a summary of the report submitted by Mitsubishi Motors Corporation (MMC) to the Ministry of Land, Infrastructure, Transport and Tourism (MLIT) today, pursuant to instructions received from MLIT on April 20 to investigate improper conduct in fuel consumption testing of vehicles manufactured by MMC. Report Summary 1.