2011 Mitsubishi Eclipse Gt 3.8 Liter V6 Automatic W/ Sportronic on 2040-cars

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Future Classic: 1990-2012 Mitsubishi Eclipse

It was meant to be a premiere partnership, pregnant with possibilities: the alliance of a pair of global automotive powerhouses from Japan and America. Eventually the merger gave birth to a trio of highly-regarded sports coupes: the Mitsubishi Eclipse, the Eagle Talon and the Plymouth Laser, cars developed by the company that became Diamond-Star Motors. Although DSM’s beginnings can be traced back to a flirtation in 1970, when Chrysler Corporation took a 15-percent stake in Mitsubishi Motors, the partnership later culminated in a formal pairing in 1985. It was good timing: Chrysler was emerging from near-bankruptcy; the Japanese company just didnÂ’t have anything to please U.S. buyers, and with government-imposed “voluntary” import quotas, its supply lines were broadly restricted. Chrysler, looking to expand its lines, built a plant in Normal, Illinois, but, although Chrysler put up half the $650 million for the facility, it left management to Mitsubishi. And the Japanese facilities provided engines and transmissions. By the end of 1989, production of the Diamond-Star triplets — the Laser, Eclipse and Talon — was in full swing. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Why is the Mitsubishi Eclipse a Future Classic? The Eclipse, supposedly named for an unbeaten 18th-century English racehorse that won 18 races in a row, was the shining star of the line. Because of its long run in series production, the genealogy of the Eclipse is worth discussing. Initially the car, designed at the Mitsubishi Motors North America Design Studio and introduced in 1990, was available in four trim levels: Eclipse, Eclipse GS, Eclipse GS-T (Turbo) and Eclipse GSX. It evolved first as a two-door coupe, later as a convertible or liftback, with front-wheel or all-wheel drive, and with engine choices including naturally aspirated fours, turbocharged fours and V6 options. One really needs a scorecard to chart the generations: 1st Gen (1990-1994), 2nd Gen (1995-1999), 3rd Gen (2000-2005), and 4th Gen (2006-2012). Before the EclipseÂ…well, was eclipsed, buyers of the third and fourth-gen cars could specify a 3.8L V6 engine as well as a four. This swank 2+2 sports car and its nearly identical cousin, the Eagle Talon TSi, emerged as hot rods for the Nineties, and tuners gave them full props for power.

Junkyard Gem: 1983 Mitsubishi Starion

Americans had been buying Mitsubishis with Dodge or Plymouth badging for more than a decade when the first Mitsubishi-badged cars began showing up on these shores. For the 1983 model year, Mitsubishi USA offered the Cordia, the Tredia, the Mighty Max, and the Starion; the latter was a futuristic-looking rear-wheel-drive sports car that took direct aim at potential buyers of the Supra, the 280ZX, the RX-7, and even the Camaro. Here's a rare first-year "narrow-body" Starion in a Denver self-service wrecking yard. Even though every Starion sported a turbocharged engine, the word TURBO was considered so magical during this era that no self-respecting car company in 1983 would have refrained from adding at least a couple of TURBO badges. Later Starions (and Conquests) even had TURBO badging sewn into the seat belts. In 1983, the Starion's 2.6-liter Astron packed 145 horsepower, which compared favorably to the optional 175-horse engine in the much heavier 1983 Camaro Z28 (the base Z28 engine made 150hp). The 280ZX cost more and offered 145 horsepower; the 280ZX Turbo cost lots more but had 180 horses. This car looks tired but not rusty. The pins stuck into fuel-injection electrical connectors tell a sad story of its final days on the road; a frustrated owner tried to use a multimeter to figure out hard-to-diagnose electrical woes. Auto-reverse was a high-end audio-system feature in 1983 cars. Mitsubishi made (and still makes) plenty of good consumer electronics, so the sound systems in these cars were considered high-quality stuff for their time. I shot this car with a circa-1983 cereal-box-prize film camera, because it seemed like a good idea. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. With music by Osamu Kitajima and artwork by Shuse Nagaoka (whose work you may know from all those 1970s ELO and Earth, Wind & Fire album covers), the Japanese-market ad for this car reveals its SUPER POTENTIAL.

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?