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Nissan reveals radical BladeGlider concept for Tokyo debut

Radical reinvention of the automobile doesn't happen very often. There's a reason they refer to it as "reinventing the wheel", after all. But that's what a team of racecar designers did with the original DeltaWing concept in 2010. Originally proposed as an IndyCar racer, the project was subsequently redesigned for Le Mans. That's when Nissan got on board, supported the project for a few races, then took the design in its own direction with the ZEOD RC. And now it's taking it to the road... via the auto show.
What we have here is the BladeGlider concept, a proposal for a delta-shaped electric sportscar which Nissan will present at the Tokyo Motor Show in a couple of weeks. Designed to focus on driving pleasure, the BladeGlider is about as radical as they come. Like the DeltaWing and ZEOD RC, it's got a narrow front track and wide rear to minimize drag and optimize stability, packing a 1+2 seating arrangement to put the driver front and center like in a McLaren F1, with upward-swinging doors and underbody aerodynamics to keep it glued to the road. In-wheel motors (of unspecified output) provide the power, a lightweight lithium-ion battery (not to mention the carbon-fiber bodywork) keeps it all fearther-like, and weight distribution is heavily biased towards the rear at 30:70.
A radical concept, to be sure, but here's the kicker: Nissan wants to build it. As you can see from the press release below, the BladeGlider "is both a proposal for the future direction of Nissan electric vehicle (EV) development and an exploratory prototype for an upcoming production vehicle". While it would undoubtedly take some time to develop, much less certify for road, seeing one of these - or even better, driving one - on our favorite stretches of tarmac strikes us as a prospect worth waiting for.

Nissan's front-engined Le Mans car caught testing at COTA

As far as we can tell, not only is it true, it's wilder than we could have expected: not only does the Nissan LMP1 entry for Le Mans have its engine in the front, it apparently uses that combustion engine to power the front wheels while its KERS unit powers the rear wheels. Those rear wheels could be of smaller diameter than the front wheels, and total system horsepower for the racer "is a conservative 2,000 [hp]." And check out how far back that pilot is sitting. Let's start with what's been seen in person. A race team testing at the Circuit of the Americas caught the GT-R LM on track a few days ago, so Jalopnik schlepped out to the track the following day and took photos and video. There's a big ol' meaty front end where the twin-turbo Cosworth V6 lives, and that gives way to a trimmer back end. Mulsanne Corner, which has been following the car's development, figures the weight balance percentage is around 55- to 58-percent in the front through strategic placement of the KERS unit and radiators, putting it in the same division as proper mid-engined cars. A prop shaft runs from the KERS in front to the rear of the car. It's speculated that the rear wheels are smaller than the front wheels because of that narrower rear end. In some of the Jalopnik photos the rear wheels do look smaller, which could explain the complicated half-shaft and drop-gear arrangement thought to be housed back there. If all that is true this will already be the "radically different" car Nissan wanted to build. Yet there's more: Mulsanne Corner says the Nissan is targeting an ultra low drag setup, so there's a lot of talk about the car not having a rear wing, or only the hint of one, and Nissan plotting "mental" speed targets for the French track. Having the engine in front is what would offer more flexibility with the rear wing. There's a good chance we'll know what it looks like on February 1, during the Super Bowl. Nissan will air a 60-second spot, and the advance tweet with the tagline "We're Back" and a helmet promises something racey. There are more pics over at Jalopnik along with a brief video of it running at speed.

Compact SUV Comparison: Specs, pics and reviews of every brand's crossover

Honda CR-V vs Toyota RAV4. Chevy Equinox vs Ford Escape. Mazda CX-5 vs Subaru Forester. Whichever combinations of compact crossover SUV you're considering, there's probably a comparison test or chart out there to read. Heck, you can even create a three-car comparison yourself here at Autoblog. However, if you want a bunch of that information all in one convenient place, well, here it is. Our mega comparison of specs, features and photos of compact SUV entries from every mainstream manufacturer that sells them. That includes the 2018 Chevrolet Equinox, 2018 Ford Escape, 2018 GMC Terrain, 2018 Honda CR-V, 2018 Hyundai Tucson, 2019 Jeep Cherokee (it's already on sale with notable changes from 2018), 2018 Jeep Compass, 2018 Kia Sportage, 2018 Mazda CX-5, 2018 Mitsubishi Eclipse Cross (none of Mitsu's SUVs are perfect fits for this segment, so we deemed the MEC the most competitive fit), 2018 Nissan Rogue, 2018 Subaru Forester, 2018 Toyota RAV4 and 2018 Volkswagen Tiguan. We can update this comparison as more information about 2019 models is released, most notably the Forester and RAV4. Now, there are certainly some models that are smaller (Nissan Rogue Sport) or larger (Kia Sorento) that could also be considered, but we figured it was wise to stick with those in this sweet spot of comparable size and price. We also included links to Autoblog reviews, buying guides and smaller comparisons. Engines and Transmissions With rare exception, this segment features four-cylinder power. Sometimes it's turbocharged, often its not, but standard engine outputs are generally in the same ballpark. Therefore, we'd recommend focusing on torque output, as it's what will make a difference around town or when passing, and weighing that versus fuel economy (the Chevy Equinox, GMC Terrain, Honda CR-V and Mazda CX-5 make particularly strong cases in this regard). Many drivers aren't too fond of continuously variable transmissions (CVT), either, so that's another thing to consider and note during a test drive. As you can see, several models are available with performance upgrades. Besides the Jeep Cherokee's available V6, all are more powerful turbocharged four-cylinder engines. The exception to this would be the Honda CR-V and Ford Escape, as their 1.5-liter turbo engines don't prioritize performance. Instead, they serve as overall upgrades to the base naturally aspirated engines standard on only their base trim levels (CR-V LX and Escape S).