1981 Jaguar Xj6 Base Sedan 4-door 4.2l on 2040-cars

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Jaguar SUV mule doing Ring testing in Evoque clothes

Jaguar has moved its Range Rover Evoque-bodied tests of the production C-X17 Concept from icy streets to the legendary Nürburgring, as work continues on the brand's first SUV.
Really, there's not a great deal of new stuff here. Based on the number plates, this is a different vehicle from the one we saw back in March, which we originally identified as the upcoming replacement for the Land Rover Freelander/LR2. The details, though, appear largely the same. The biggest distinction we can see between the March tests and this are the US-spec headlights, which add amber reflectors at their sides. Based on these shots, it does seem as if the C-X17 should be a fairly poised road vehicle, as the engineers hustle it around the 'Ring.
Of course, as soon our spies can capture images of a production-bodied C-X17, we'll be sure to pass those on to you. Until then, take a look up top for images of the Range Rover-bodied Jaguar as it tests at Germany's Nürburgring. You can also scroll down for our March images for the C-X17 mules testing on public roads.

Jaguar Land Rover's InMotion takes a stab at carsharing

Jaguar Land Rover's new InMotion mobility business aims to capitalize on the growing carsharing boom and develop other forms of alternative transportation. The first pilot programs kick off in the coming months in North America, Europe, and Asia. JLR owns InMotion, but the company acts independently from the automaker. "As a start-up business, InMotion combines the flexibility and pace needed to compete in the ever-changing mobility sector. It allows us to react quickly to new tech and ever-changing customer demands," Adrian Hallmark, JLR's Group Strategy Director, said in a statement. The 30-person firm intends to develop its own answers to upcoming transport problems and also invest in entrepreneurs to develop those solutions. InMotion isn't yet providing many details about what projects the firm expects to tackle, but the Website mentions carsharing and on-demand delivery services. Establishing InMotion shows that JLR doesn't want to fall behind the current trends in the auto industry. Practically every major automaker is currently pursuing future transportation ideas. For example, Ford recently took a very similar approach when it spun off Smart Mobility into a separate startup. BMW also rebranded its DriveNow carsharing service into ReachNow to also add a future ridesharing service. Related Video: JAGUAR LAND ROVER LAUNCHES NEW TECHNOLOGY START-UP InMotion launched to create innovative solutions, helping customers to overcome travel and transport issues Independent business with the agility and independence to react quickly in mobility sector InMotion will create apps and on-demand services Whitley, 11th April 2016: Jaguar Land Rover has launched InMotion, a new technology business that builds apps and on-demand services to overcome modern travel and transport challenges. Next month InMotion will begin real-world testing of a number of different services such as car sharing and car ownership solutions, across North America, Europe and Asia in the coming months. Adrian Hallmark, Group Strategy Director, Jaguar Land Rover said:"With the development of new apps and on-demand services, InMotion provides us with an opportunity to provide engaging and invaluable experiences to both new and existing customers globally." "As a start-up business, InMotion combines the flexibility and pace needed to compete in the ever-changing mobility sector.

2016 Jaguar XF to hit 60 mph in 5 seconds, lead with cutting-edge infotainment

Since the second-gen XF's unveiling last week in an epic publicity stunt over London's Canary Wharf, the details on the new four-door have been rather scarce. That changes now, with the Jaguar revealing just about everything we could hope to know... aside from the price and fuel economy. As we covered in our original post, Jaguar has trimmed the weight for both rear- and all-wheel-drive variants by 132 pounds and 265 lbs, respectively. That means that, regardless of engine output, the two-wheel-drive model tips the scales at just 3,770 lbs, while the AWD XF slips in at 3,880. This was mainly done by way of aluminum construction – the 13th element constitutes 75 percent of the XF's structure – although ultra-high-strength steel also plays a role. Jag claims these elements not only reduce weight – which is almost perfectly distributed, with a "near" fifty-fifty ratio – but increases torsional rigidity by 28 percent. The new XF should be just as agile as the brand's namesake, thanks not only to the reduced weight and stiffer structure, but also to a new chain-driven all-wheel-drive system that's both lighter and more efficient than a traditional version. Impressive though that may be, the brand's Intelligent Driveline Dynamics system is the standout here. IDD manages the torque split, diverting power to the rear axle until it predicts, through factors like yaw rate, steering angle and lateral acceleration, when torque should be shifted to the front wheels. Moreover, the AWD system features Adaptive Surface Response, which takes the place of the old XF's winter driving mode. It monitors road conditions, modifying the behavior of the sedan's systems as needed. The second-gen sedan comes to the US in 340-horsepower and 380-hp variants – torque remains fixed at 332 pound-feet – courtesy of Jaguar Land Rover's familiar 3.0-liter, supercharged V6. The new XF's straight-line performance should be just as entertaining as it sounds, too. The rear-drive, 340-hp XF will hit 60 in 5.2 seconds, while the rest of the range can get there in 5.0. That marks a significant reduction compared to the first-gen V6 models, which used their 340 hp to sprint to 60 in a more leisurely 5.7 to 6.1 seconds. Regardless of output, the rear-drive XF will outrun both the BMW 535i and Mercedes-Benz E350 (we're still waiting on performance figures for the 329-hp E400, so Jag's RWD dominance may not last), which take 5.5 seconds and 6.5 seconds, respectively.