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2015 Jaguar F-Type R Coupe [w/video]

This is it. This is the nasty cat we've been hankering for most. Whereas the Jaguar F-Type convertible remains the company's purest expression of lifestyle fun and expendable income, it's this coupe version that originally stole our eyeballs and never gave them back when it debuted as the C-X16 Concept way back at the 2011 Frankfurt Motor Show. And now we've had an early turn at driving the most potent variant, the Jaguar F-Type R Coupe.
This F-Type Coupe design is so utterly visually stunning that, even if something dynamically or functionally was not really to our liking, we would still want to have the wherewithal to buy one and garage it, if only to stare at it - not unlike our reaction to the 2007-2009 Alfa Romeo 8C Competizione coupe, then. Whether such beauty needs to be in the form of this $99,000 mondo 542-horsepower R version or the more attainable six-cylinder trim is an open question.
In case you need reminding, that's 542 horses maxing out at 6,500 rpm, along with 502 pound-feet of torque on tap between 2,500 and 5,500 revs. There is no indicator yet as to whether Jaguar will eventually come out with an R version beyond the 488-hp V8 S for the convertible, either, so this may well be our only shot at such hair-brained antics in this small Jag. Small and not quite light, we should add - despite its all-aluminum goodness - the F Coupe rings in at 3,638 pounds. That sort of heft is one thing on the street, but it's quite another on a twisty roadcourse, and we aimed to figure out if the coupe's 80-percent greater stiffness versus the open F-Type (along with its higher attendant spring rates) were enough to make a big difference.

Jaguar releases C-X75 concept build story

If you want to know what was going through the minds of decisionmakers at Jaguar when the company decided to build the batty C-X75 Concept, look no further than the quick video after the jump. Jaguar set about building a car with the performance of a Bugatti Veyron, the electric range of a Chevrolet Volt and the emissions of a Toyota Prius, and they turned to a legendary engineering firm to help make it happen. Williams, the same crew behind Williams F1, helped Jaguar stitch the concept car together, and the result is unlike anything we've seen before.
The twin-charged 1.6-liter four-cylinder mounted amidship is paired with an electric motor at each wheel for a combined output of over 850 horsepower. And, since the whole chassis is hewn from carbon fiber, a production version would've been light enough to give machines like the McLaren P1 and Ferrari LaFerrari a run for their money. Shame they apparently couldn't make the business case work. Watch the concept build story in the video below for yourself.

Jaguar Project 7 Concept

The Jaguar Project 7 Concept debuted at the Goodwood Festival of Speed just last month. But unlike most concepts, which serve only to collect fingerprints on a stage, the track-ready one-seater spent its days barreling past the hillclimb crowds with Mike Cross, chief engineer of vehicle integrity at Jaguar, beaming behind its right-hand-drive steering wheel. What's more, the powers that be at Jaguar even let yours truly drive the Project 7 during the Concurs d'Elegance festivities at Pebble Beach last week.
Built on an all-aluminum V8 F-Type chassis with modified suspension, the Project 7 (a name acknowledging Jaguar's seven Le Mans wins between 1951-1990) is best thought of as an F-Type masquerading as a D-Type. The two-door is fitted with a supercharged 5.0-liter V8 good for 550 horsepower (no pictures as Jaguar wouldn't allow us to open the hood). An eight-speed automatic, with a torque converter, sends the power the rear wheels, allowing the single-seat roadster to crack the 60-mph benchmark in just over four seconds.
Modifications to the bodywork include a new lowered windshield, carbon-fiber aerodynamics and a rear fairing with integrated rollover hoop. The driving position has also been lowered by more than an inch, allowing the sole occupant to not only escape the airflow, but take advantage of a lower center of gravity.