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Jaguar takes evolutionary approach for 2016 XF [w/videos]

One week ahead of its debut at the 2015 New York Auto Show, Jaguar has let loose a slew of images and details on the second-generation 2016 XF Sedan. The release comes alongside a high-profile stunt over London's Canary Wharf. A total of 75 percent of the XF's body is made from aluminum, which trims the big cat's curb weight by 132 pounds on the rear-drive model and 265 pounds on the all-wheel-drive variant. Aside from aiding acceleration, braking and fuel economy, the advanced structure promises an increase in torsional stiffness as well as a 50-50 weight distribution. Beyond that, the new car's dimensions differ only slightly compared to last year's XF. The wheelbase has been stretched by two inches, although the new model is 0.3-inches shorter and 0.1 inches lower. Double wishbones are used in front while an integral-link suspension sits in back with standard traditional dampers and optional adaptive dampers. Jaguar is also promising the Configurable Dynamics system that was pioneered on the F-Type. No surprise here, but an electric power-assisted tiller will be in use, although Jag says it benefits from lessons learned with the XE. Jaguar is mum on its full powertrain lineup, although it does mention that both 340-horsepower and 380-hp versions of Jaguar Land Rover's familiar 3.0-liter, supercharged V6 will be offered, paired with standard eight-speed automatic transmissions (likely the highly regarded ZF autobox). Jaguar's designers, led by design director Ian Callum, didn't rock the boat too much for the new sedan. Clearly inspired by the upcoming XE, the new XF gets a wider, but thinner grille. The headlights are slimmer, but retain a similar shape compared to last year's car, and as is the trend, they're now lined with LED accenting. The S trim, shown above, gets wide, menacing grilles in the front bumper as well as a total lack of chrome trim. The XE influence is most evident on the XF's tail, where the Aston Martin-aping taillights of the first-gen have been ditched, with broader, angled units, complete with an F-Type-inspired LED pattern. As with the current car, a thin chrome strip ties the lights together, while the lower bumper on this sportier model features a gloss black surround for the dual exhausts. Not surprisingly, the XF's profile is pretty classic, with a very long hood and a short deck that terminates in a handsome duckbill spoiler.

Jaguar I-Pace makes transition to production with hardly any changes

It looks like Jaguar designer Ian Callum wasn't kidding when he said the I-Pace concept was "a preview of a five-seat production car that will be on the road in 2018." Based on these spy photos, the production I-Pace will look darn near identical to the concept. The prototype seen above, in a unique and rather groovy green camouflage wrap, retains the swoopy cab-forward design of its concept predecessor. The headlights have the same shape and still sweep back nearly to the front wheel wells, and the door handles are still flush mounted ovals placed low on the doors. At the back, the crisp crease marking the trailing edge of the hatch is intact, as well as the triangular points on the rear spoiler. There have been a few minor changes here and there. At the front, the grille doesn't have quite as much depth as the concept, and the base of the front bumper doesn't have as aggressive an air dam. The big heat extractor vent in the hood is also gone. The rear bumper has also been rounded off a bit more with a simpler rear diffuser. The side glass is in production form, so now there are seams that show where the glass rolls down. It appears the rear doors will have quite a small glass opening, as the seam is roughly at the half-way point of the window. If the mechanicals of the concept end up as unchanged as this prototype's exterior, expect the production I-Pace to have a pair of electric motors that will produce 400 horsepower and 516 lb-ft of torque. Jaguar estimates these will propel the car to 60 mph in about 4 seconds. The motors will be supplied with power from a 90 kWh lithium-ion battery, which Jaguar says will provide a range of 220 miles. With a target date of 2018, we would expect to see the production model revealed at the end of 2017 or early in 2018. Related Video:

2020 Jaguar I-Pace Suspension Deep Dive | All kinds of weird and wonderful

I’ve driven the Jaguar I-Pace a handful of times, and it always proves to be an enjoyable experience. In case youÂ’re not up to speed, this is JaguarÂ’s dual-motor all-wheel drive all-electric SUV. ItÂ’s quick, it looks cool in a running shoe sort of way, and it delivers a decent 234 miles of range. Sure, it has its faults, particularly when it comes to the infotainment and climate control layout. But the electric JagÂ’s smooth ride comfort and direct steering feel are clear strong points, and its handling stays nicely balanced and displays sharp reflexes as far as IÂ’ve pushed it. That is to say, a strong pace, but nothing that would land me in jail. The suspension plays a big role in all of this, of course. I wanted to see what theyÂ’d done, so I recently put an I-Pace HSE up on jackstands and took a look underneath. Electric powertrain notwithstanding, I found this to be an utterly weird and fascinating machine.    From this vantage it is easy to see the big air spring (yellow arrow). The use of this type of spring medium allows the I-Pace to run at different heights. It mostly runs at standard height, but can also lower the car at highway speeds to lessen aerodynamic drag. ThereÂ’s an even lower mode to ease the loading of passengers and cargo, along with a raised-height off-road mode because, well, this is theoretically an SUV. It looks like it has a double wishbone front suspension, too, with a high-mount upper arm (green). But we canÂ’t be sure until we move in closer.   With the wheel turned, we can see that this is a double wishbone front suspension in the sense that it has a single ball joint (green) at the bottom. ThereÂ’s lots of nice-looking forged and hollow-cast aluminum bits and pieces, too. But it looks odd in some other respects. The lower arm (yellow), for example, seems to have a joint of some kind in it. Meanwhile, near the top, you can see how the tall upright (or hub carrier, if you like) is curved (red) to provide tire and wheel clearance. Use the wheel studs as a reference point and you can imagine how the tire assembly will nestle into that area.   The shock absorber (green) runs up the middle of what is a doughnut-shaped air chamber. A very tall tower of a doughnut, but you get the idea. But you canÂ’t call this a coil-over. Do I hear bag-over? Anyway, a position sensor (yellow) is connected to the upper arm so the height-control system can regulate itself properly.