2003 Mitsubishi Lancer Evolution Race Chassis (certificate Of Destruction Title) on 2040-cars

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Mitsubishi XR-PHEV Concept is a chronicle of an Outlander Sport foretold [w/video]

Mitsubishi's current Outlander Sport has done a yeoman's job since it came on the market for the 2011 model year. The affordable crossover has been one of the few bright spots in the perennially troubled automaker's lineup - it's the brand's best seller in the US and sales are up nearly 40 percent this year. The subcompact CUV has become an increasingly important part of the Mitsubishi lineup, which is why you should pay attention to this XR-PHEV Concept - it's said to presage the next-generation model.
Stylistically, this is a pretty bold little CUV, with a striking face framed by bold zig-zags of chrome that underline the narrow headlamps and frame the massive lower fascia. The profile has a dramatically tapered greenhouse with bold sheetmetal contours and a funky blacked-out A-pillar that emphasizes the hood's height. The rear end is no less dramatic, with dual-pane rear tailgate with a particularly fast rake.
As shown here, the XR-PHEV (pronounced "Cross Runner") is a four-seat CUV that motivates its front wheels through a turbocharged 1.1-liter, three-cylinder engine with 134 horsepower paired with a 120-kW electric motor. In pure-electric mode, the 14-kWh battery is said to be good for 52 miles of cruising range and the combined fuel economy bogey is 66 miles per gallon on Japan's lenient testing cycle.

Self-driving Mitsubishis could use adapted missile technology

Mitsubishi is a big company made up of many different divisions and subsidiaries. Yeah, we tend to focus on Mitsubishi Motors, but the sprawling company also manufactures steel, builds televisions – we all knew someone in the 1990s with a hulking Mitsubishi "big screen" – and even screws together fighter jets and the missiles they carry. According to a report from Automotive News Europe, Mitsubishi Motors is hoping to leverage the capabilities of its sister companies to catch up to the competition and get driverless cars on the road by 2020. That means adapting millimeter-wave radars, sensors, and cameras built for missiles to automotive uses. As Mitsubishi sees it, having the development work done on this tech – albeit for a radically different application – gives it a big advantage over the competition. "All we have to do is to put together the components that we already have," Katsumi Adachi, the chief engineer for Mitsu's auto equipment division, told ANE. "None of our competitors have such a wide array of capabilities." As ANE goes on to explain with the help of Tokyo-based IHS analyst Goro Tanamachi, this is no plug-and-play application. That's largely because of the different economics of the automotive and defense industries. In the former, the bean counters have a tremendous say. There are cuts and cost reductions and all sorts of other stuff designed to maximize profit margins. The defense industry, though, is the land of sparing no expense – that, according to Tanamachi-san, could make adapting missile tech to autonomous vehicles a possible, but potentially very pricey proposition. "Cost-cutting requests are much more severe in autos than aerospace," Tanamachi-san told ANE. "I wonder if it's possible for them to bring down the cost of the systems to the levels manufacturers can use for cheap, low-end cars." Related Video: X

2022 Mitsubishi Outlander Luggage Test | Three rows, two tests!

Well, this is a first. Normally, three-row vehicles are so enormous that doing a luggage test with the third row lowered is a total "no kidding" proposition. I'd run out of stuff in my garage long before I'd fill up a Kia Telluride. As such, I only test the space behind the raised third row of three-row SUVs because that can actually be some useful information. The 2022 Mitsubishi Outlander is not a typical three-row SUV, however. It's one of only two SUVs in the compact segment, along with the Volkswagen Tiguan, that offers a third-row seat. As I've already demonstrated, it's not much a seat, but its presence and the need to accommodate it does mean the Outlander has one of the largest cargo volumes in the compact segment.  As such, what we're getting here is the first Double Luggage Test© whereby I'll be treating the Outlander like both a compact SUV and a three-row one, testing it with both the third row raised and lowered. Right!? Pretty damned exciting.  Test 1! Here's what you get with third row raised. On paper, Mitsubishi says this is 11.7 cubic-feet, which is indeed the smallest three-row number I've come across while luggage testing. Congratulations Cadillac XT6, you're no longer last! Wait, hold that thought ... Thanks to those comically tall head restraints and the Outlander's D pillar shape, I could actually safely place the fancy bag on top without it flying forward or excessively blocking rearward visibility (the two reasons I don't load to the roof in these tests). You can see that visibility below right. Below left you can see the 12.6-cubic-foot Cadillac XT6, which could not fit the fancy bag as such (though, obviously, you could fit something). So, sorry XT6, you're in last again. Mwa mwa.  Ah, but what about under-floor space. There's indeed some available. It houses the cargo cover encased in a foam mold that also houses those comically tall headrests when not in use. Remove it all, and there is a decent amount of extra space unearthed, which could theoretically free up some extra space if you left the rigid floor open. That's not the same as vehicles like the Honda Pilot and Kia Telluride, though, which more obviously intend you to use the under-floor space in such a manner.  Test 2! With the third-row lowered and the second-row reclined to a natural position, this is the space available. The specs say it's 33.5 cubic-feet, which falls short of the class-leading Honda CR-V (39.2), Toyota RAV4 (37.5) and Hyundai Tucson (38.7).