2013 Mitsubishi Outlander Sport Se on 2040-cars

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Mitsubishi could add 'Evo' crossover

You should have done this years ago, but in case you haven't, open your dictionaries to the word "Sacred" and tear the entire page out. Done? Good. Now, to continue... With the traditional sedan-based, gas-powered Mitsubishi Lancer Evolution using its four driven wheels to enter the grave at the end of this year, Auto Express reports that it's possible that Mitsubishi could use the "Evo" appellation on a high-performance, all-wheel-drive version of the Outlander Sport (called the "ASX" in Europe). This has been more than a year in the making, in truth. Last year Mitsubishi said that another "high-performance four-wheel-drive gasoline-powered sedan" wasn't going to happen, and that what did come would be a result of exploring "the possibilities of high-performance models that incorporate electric vehicle technology." As Auto Express sees it, the next-generation Outlander Sport will launch initially with four-wheel drive, followed by a two-wheel-drive, plug-in hybrid model. The company's UK chief said that an Evo-worthy model "isn't a huge jump" from there, once the bread-and-butter segments are satisfied. Mitsubishi is doing much better financially, and this would be one of the experiments it could now afford to try out. An Outlander Sport Evo isn't done and dusted - there's no business case for it yet, and who knows, a potential Evo version could be a UK- or Europe-only trim - but "a lot of senior management" is discussing it.

Mitsubishi recalls 130k Lancers, Outlanders over auxiliary glitches

The National Highway Traffic Safety Administration has has announced two separate recall campaigns for Mitsubishi vehicles, both of them related to problems with their auxiliary systems and covering a total of some 130,000 units. The recalls relate to Lancers (including Sportback and Evolution versions) as well as the Outlander and Outlander Sport, all of them from the 2009 through 2011 model years. The larger of the two recalls relates to the blower motor that may not to an adequate job of defrosting the windshield and therefor impede the driver's visibility. The recall covers 76,958 units, specifically the 2009-2011 Lancer (manufactured between March 16, 2009, and March 30, 2011), 2010-2011 Lancer Sportback (June 17, 2009, to December 1, 2010), 2010-2011 Lancer Evolution (July 14, 2009, to January 7, 2011), 2009-2011 Outlander (February 10, 2009, to June 22, 2011), and 2011 Outlander Sport (August 26, 2010, to November 19, 2010). The smaller recall still covers another 53,395 units due to a problem with the electronic control unit tasked with operating the headlights, taillights and windshield wipers. "Unstable voltage" in that dedicated ECU could cause those systems to function improperly – which, again, could impede the visibility and increase the risk of a crash. This recall covers the 2009-2010 Lancer (January 12, 2009, to July 6, 2010), 2010 Lancer Sportback (June 17, 2009, to June 8, 2010), 2010 Lancer Evolution (July 14, 2009, to August 4, 2010) and 2009-2010 Outlander (January 12, 2009, to August 27, 2010). In both cases the manufacturer is not aware of any accidents or injuries resulting from the problems. But all the same, in both cases, owners will be notified to bring their Mitsus into their local dealer to have the relevant component (blower motor or ECU) replaced. Since the affected models and model years overlap, we suspect some owners may have both components replaced on their vehicles at the same time, but we're reaching out to Mitsubishi Motors North America for clarification. If this array of recalled vehicles sounds familiar, you might be thinking of a similar campaign issued last October that covered some 166,000 Lancers and Outlanders from largely the same model years. That unrelated recall, however, related to the drive belt detaching from the engine.

Junkyard Gem: 1987 Dodge Ram 50 with V8 swap

Chrysler did very well selling Mitsubishi Forte pickups with Plymouth and Dodge badging in the United States, even after Mitsubishi began moving the same trucks out of their own American dealerships in 1982. The 1987 Ram 50 2WD short bed weighed in at just over 2,500 pounds, so it was reasonably perky with its 2.0-liter G63B four-banger making 90 horsepower… but there's no replacement for displacement! At some point along the line, a Chrysler small-block V8 engine found its way into the engine compartment of this truck, now residing in a car graveyard in Sparks, Nevada. This was the cheapest new Dodge-branded pickup Americans could buy as a 1987 model, though it had to compete with its near-identical Mitsubishi Mighty Max twin for sales. The 1980s were great times for little pickups in the United States, but a desire for bigger cabs and more creature comforts doomed them by the dawn of the following decade. The most interesting thing about this engine swap is that it didn't involve a Chevrolet or Ford small-block V8. Both the Chevy small-block and Ford Windsor V8s are a few inches narrower than the Chrysler LA-series V8, which makes them easier to stuff into a small vehicle. It appears that engine length was the critical dimension in this case, since the Mopar seems to have had enough side-to-side clearance to avoid any slicing of Mitsubishi steel to make it fit. My guess is that whoever did the swap happened to have the engine handy and that's why it's here. Keeping it all Dodge might have been a factor in the decision as well, though the truck's Mitsubishi ancestry makes that unlikely. It was over 100°F out when I found this truck, so I wasn't motivated to check block casting numbers to determine exactly which LA engine we're dealing with here. The easiest LAs to get cheap for the last four or so decades have been the 318 (5.1-liter) and the 360 (5.8-liter), so one of those two is the most likely candidate here. Power levels for these engines got pretty dismal during the Malaise Era, but anyone with the wrenching skills to do this swap would have applied some basic power-enhancing wizardry before the engine went in. We can see there's an Edelbrock Performer intake manifold, and you might as well stab in a better camshaft if you're upgrading the intake. How much power? With a four-barrel carburetor on a dual-plane intake plus a meaner cam, 300 to 350 horsepower is easily achieved with one of these engines, even with stock exhaust manifolds.