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Jaguar Land Rover reportedly developing Road Rover car

Reports are circulating in the automotive media that Jaguar Land Rover is developing a vehicle that's not an SUV. Called the Road Rover, it would be an all-electric luxury car with "some" all-terrain capability, hinting at all wheel drive. Initially, the EV would launch in late 2019, then spawn more models to complete the lineup. There is also talk about JLR's interest in an outright purchase of an existing luxury car brand to join its portfolio, and that parent company Tata has already given this strategic move the green light. Tata has also reportedly made moves to protect its JLR ownership via acquiring more of its own stock. All this excitement brings to mind the fact that there once existed an actual Road Rover — the Rover brand. Having evolved into MG Rover before going into administration in 2005 and subsequently reborn in China under SAIC Motor ownership, Rover was a moderately posh British carmaker just beneath the level of prestige that Jaguar offered. For some years, both were part of the same corporation. The last Rover saloons were designed and built with BMW input, and at that point Land Rover had already become part of Ford, almost a decade after Jaguar did. Ford's tenure with Land Rover lasted from 2000 to 2008, when Tata bought the British brand — along with the Rover name. Would it just make sense to badge the road car Rover, with no Road or Land affixed to it? Rover's slovenly demise is more than a decade old now, but there's plenty of valuable history still embedded in the long-shelved Viking ship logo. Cast aside memories of Sterling-badged Honda Legend platform siblings and unattractively Federalized SD1 series cars, and take whatever good the 1999-2005 Rover 75 brought to the table — maybe it's time for Rover to be reborn in the current Jaguar Land Rover family. According to Autocar, the first Road Rover would be developed in tandem with the next-generation Jaguar XJ, so they would share an aluminum architecture suitable for both internal combustion engines and battery electric technology, depending of the model. If anything, there is delicious irony to this: The 1980s XJ generation that Jaguar spent decades developing was claimed to be engineered in such a way that the occasional stablemate Rover's Buick-derived 3,5-liter V8 wouldn't have fit in its engine bay — to preserve the Jaguar bloodline. To have the new XJ and a Rover cross paths again would only be fitting. Related Video: This content is hosted by a third party.

Jaguar XJ220 leaps into Jay Leno's Garage

Having sadly canceled the C-X75 project and sat out today's hybrid hypercar race, it would be all too easy to forget about Jaguar as a supercar manufacturer altogether. But back in the early '90s, the British automaker didn't just play in the supercar game – it dominated it. The XJ220 was, for a time, the fastest car in the world. Jay Leno pays tribute in this latest video. Originally envisioned with a V12 engine and all-wheel drive, the XJ220 ultimately surfaced with a 3.5-liter twin-turbo V6 driving the rear wheels alone. None of that kept it from eclipsing the top speed achieved by every supercar that came before with a terminal velocity that didn't quite reach the 220 miles per hour initially promised, but came pretty darn close. The disappointment in the change of specification lead some to dismiss the XJ220 as a failure, but it was still the fastest thing on the road until another British supercar (in the form of the McLaren F1) took its place at the pinnacle of automotive bragging rights. Two decades later, Jaguar quite nearly drove down the same road when its initial plans for the C-X75 changed from an experimental turbine powertrain to a multi-charged inline-four. Only this time the Leaping Cat marque didn't put it into production at all, save for a few prototypes and movie props – which is a bit of a shame, and then some. Watching Jay speed down memory lane in the supercar that almost never was, we're glad that Jaguar still built the XJ220, and saddened that it never followed up with another groundbreaking supercar today. Related Video:

Jaguar F-Pace V6 reminds us why we love supercharged engines

There are many things we like about our 2018 Jaguar F-Pace long-term car, as well as some things we don't care for, but easily one of the best things about it is the engine. Under the hood is the 380-horsepower supercharged V6 that Jaguar offers on other models. That amount of power would be fun in just about any car with any engine, but there are specific reasons why this particular engine is special, and it's because of that supercharger. Supercharged engines have a very different character than increasingly common turbo engines. One of the most noticeable differences being engine response. Unlike turbo engines, the F-Pace's V6 feels hardwired to your foot. Every extra millimeter of pedal travel yields a slightly greater amount of tug. And the tug is felt immediately. Even the best turbo engines have a hard time recreating this response. The power band is very linear, as well, so you know exactly what you're getting every time you hit the gas. The engine is wonderfully torquey, too. Because the Jaguar's engine uses a classic Roots-type blower, there's a major improvement in low-end torque. This means that our F-Pace has loads of grunt for punting around at low-rpm and can seriously move when tromping on the gas. And because of the near-instant throttle response and linear power band, it doesn't slam you in the back unexpectedly like some turbo engines do. Despite how great these supercharged engines are to experience, we're concerned that supercharged engines like this may disappear in all but ultra-limited production, high-performance cars such as the Chevy Corvette Z06 and Cadillac CTS-V. The reason being that car companies have to keep making cars more fuel efficient and lower emitting. Putting a supercharger on an engine is adding a handicap, since it takes engine power to spin the belt-driven supercharger. And when a turbo, which uses wasted energy from exhaust gas to spin the compressor and built boost, can effectively do the same thing, it's hard to make a case for a supercharger. We won't give up hope completely, though. Mazda is using superchargers on its spark-assisted compression ignition gasoline engines. And while we're not sure how powerful and sporty those will be, Mazda has said that it's going with superchargers for exactly the reasons we like the Jaguar engine: smooth power and fast throttle response.