Jaguar Xk140 Fixed Head Coupe on 2040-cars

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Jaguar working on 700-hp, 200-mph hybrid F-Type?

After first driving the 2014 Jaguar F-Type in Spain this spring, we came away mighty impressed. Of course, if you had to pin us down for a top three wish list of what improvements we'd like to see, we'd probably hit you with something like: 1) Less weight. 2) Less weight and 3) Less weight. Oh, and if we're feeling presumptuous, maybe some additional transmission choices.
Despite leveraging aluminum for the body and chassis, this Jaguar is still a bit of a fat cat compared to its rival models from Porsche. We never felt like it was lacking for power in any of its three supercharged trims, least of them the 495-horsepower V8 S, which is a genuine madman. We knew the variants would come, though - a quick look at the rest of Jag's lineup provides all the evidence you need of that. And so we're not surprised to see word of a hyper-powered F-Type on the horizon, an R-S version. What is surprising, however, is a new report that put its motivation at over 700 horsepower and its top speed at 200+ mph. Us? We're just hoping the latter figure comes at least partially as a result of a hardcore diet.
This F-Type R-S news comes according to the rumormongers at AutoExpress, who expect the high-power Brit to come in coupe form, at least initially. We still haven't seen the debut of the fixed-head F, but plenty of spy shots suggest its arrival is imminent. Wildly, AE posits that Jag won't look for more displacement to gain power, it will instead radically downsize by using a 1.6-liter turbo- and supercharged four-cylinder and an array of electric motors. If that sounds familiar, that's because AE suggests the high-tech powertrain will be scavenged from the defunct C-X75 supercar program (interestingly, earlier reports suggested this combination would only deliver about 500 horsepower).

Lunaz electrifying classic cars with coachbuilt, millimeter precision

One day last year, as David Lorenz waited by the side of the road for repair help with his classic car, he had an idea: Why not update all of that ancient mechanical "character" with a modern electric drivetrain? That would give an owner the beauty of the past, the mechanicals of the present, and the powertrain of the future. Jaguar does it with the E-Type Zero, and Aston Martin's in the game with the reversible EV powertrain swap for the DB6 Volante. And so Lorenz founded the British engineering firm Lunaz Design, named after his daughter Luna and headquartered at the Silverstone Technology Park. The company's first products are almost ready for order, starting with a 1953 Jaguar XK120 and a 1961 Rolls-Royce Phantom V. Lunaz conversions aren't a matter of pulling an engine and installing a battery pack; Lunaz reengineers classics. Managing Director Jon Hilton oversees a team bringing experience from carmakers such as Aston Martin, Ferrari, Jaguar, McLaren, and Rolls-Royce, with Hilton's resume including six years with Cosworth Engineering followed by eight years in Formula One. To develop the Lunaz offerings, a chosen car is stripped to the metal and weighed so that engineers understand the weight distribution at each corner, then the car is stripped to the chassis and 3D-scanned. This yields information allowing designers to create a powertrain that fits to the millimeter and stays true to the handling dynamics of the original vehicle. During the rebuild, the company says, any imperfections are remedied "using traditional coachbuilding techniques." The Jaguar and the Rolls-Royce get battery packs in two locations, one under the hood and one under the trunk floor. Lunaz says it can fit more battery for its in-house design into each car that way. The Jaguar's 80-kWh battery feeds two electric motors sending 375 horsepower and 516 pound-feet of torque to the rear wheels. The Phantom V uses a 120-kWh battery pack, but its output hasn't been released. While remaining true to the exterior and interior design of each car, Lunaz fits LED lights and modern tires, a modern suspension, better brakes with regenerative braking, power steering, an upgraded propshaft, and a fly-by-wire throttle. Safety and comfort additions include cruise control, traction control, and anti-lock brakes. Inside, the instrument cluster gets battery gauges, there's modern climate control, an infotainment screen with satellite navigation, and a Wi-Fi hotspot.

2013 Jaguar XJ AWD

Even though this year's winter has gotten off to an abnormally slow start for most of North America, Jaguar has shown the world it means business by launching its all-new Instinctive All Wheel Drive system in Montreal, Canada. Designed primarily for consumers in the Northern US and Canada, Jaguar put us on the same snowy, slushy and icy roads that many of its buyers will have to deal with. Rather than making declawed versions of the XJ and XF, Jag says this system enhances the performance abilities of its sedans when desired while still making them as fun to drive as their rear-wheel-drive counterparts. We had a chance to test out both the XF AWD and XJ AWD, but we spent most of our time behind the wheel of the flagship XJ, driving it on the open roads as well as a few closed courses.
Considering the lengthy and convoluted history of the Jaguar brand - including a stint as a member of Ford's defunct Premier Automotive Group alongside Volvo and Aston Martin - it is rather surprising that the automaker is just now getting around to introducing an all-wheel-drive system intended for widespread use, but the new Instinctive AWD will finally allow the XF, XJ and other future products to better compete against the likes of Mercedes-Benz 4Matic, BMW xDrive and Audi Quattro. In the XJ, Jaguar expects the AWD models to account for around 40 percent of the product mix nationwide and a little bit more (50 percent) for the XF, but in the northern states, it expects around 80 percent of XF sales to be AWD variants.
Instinctive AWD is rear-biased and operates as full rear-wheel drive in good weather, but when the road conditions turn slick, the system can split engine power 50:50 between front and rear axles using a center transfer case.