Jaguar 1969 E-type 2+2 Coupe, With 4 Speed Gearbox on 2040-cars

Auto blog

550-hp Jaguar F-Pace SVR revealed ahead of New York Auto Show

"I love this car." So said Jaguar designer Ian Callum, quite genuinely, as the Jaguar F-Pace SVR drove onto the stage at the company's new headquarters in Mahwah, N.J. Despite accepting and even embracing Jaguar's decision to produce SUVs, it's quite obvious (because he says so repeatedly) that Callum is still a guy with a lust for high-powered sports cars. The F-Pace SVR melds these two elements to create something he gleefully describes as "ridiculous." Boasting Jaguar Land Rover's now-familiar supercharged 5.0-liter V8, the SVR produces 550 horsepower and 502 pound-feet of torque. Jag estimates it'll hit 60 mph in 4.1 seconds and a top speed of 176 mph, which will make it one of the quickest and fastest SUVs on the road when it arrives in dealerships this summer. View 15 Photos It's not just the big engine, however. Upgraded mechanical improvements and enhancements include stiffer springs, wider and lighter forged alloy wheels (21- or 22 inches), bigger brakes (15.5-inch front, 15.6-inch rear), an electronic active rear differential, a variable active exhaust that's 14.5 pounds lighter than the standard one, and specially tuned software for the adaptive suspension, electric steering, eight-speed automatic, all-wheel drive and Dynamic Driving Mode. Callum's team also massaged the aerodynamics with larger air intakes, rear bumper side strakes, and fender vents that lower pressure in the wheel arches to reduce lift and increase cooling. A unique hood features vents designed to, well, vent hot air from the engine compartment. There are also wheel arch extensions and lower body moldings to create a more muscular appearance, while the rear sees fat quad tailpipes that one would assume should bark and burp like any good Jaguar SVR. Inside, there are thinner, light-weight sport seats done up in snazzy quilted leather. The rear seat also gets sportier seats with a similar fixed headrest design as those up front. The pistol-like sport gear selector shifter, as used in the Jaguar F-Type, replaces the standard rotary shifter design. It still takes up way too much room on the center console. Pricing starts at $80,985. One would assume Mr. Callum will gets his for less than that. Related Video:

Jaguar testing hardcore F-Type R-S GT?

Some automakers make a hardcore model, then sit back and revel in its awesomeness. Jaguar does things a little differently. It takes a standard production model, gives it more power, bigger brakes and a tighter suspension and slaps the letter R on it. Then it gives it even more power, even bigger brakes and an even tighter suspension and calls it an R-S. Sometimes the engineers in Coventry don't even think that's enough, so they strip out some weight and dial things up even further and call it an R-S GT.
So far, they've only gone that far with the XK (transformed first into the XKR, then the XKR-S, and finally the XKR-S GT), but with that model on its way out, Jaguar seems to be preparing to give the newer F-Type a similar treatment. Now we can't be sure that what we're looking at is an F-Type R-S GT, especially since the 550-horsepower engine from the XKR-S and XFR-S is already powering the existing F-Type R Coupe, but it does seem to have all the makings of a hardcore performance model.
Compared to the existing F-Type, the development model pictured here has a bigger front splitter (like the one on the Project 7 concept), a big rear wing and a set of what looks like pretty big lightweight alloys. It's also, tellingly, a roadster, which (unlike the coupe) has until now topped out at 500hp with the V8 S model. So while it may be hard to say exactly just what Jaguar has in store for us here (or what they'll call it), one thing's for sure: it's gonna be fast and loud.

Who picks car colors and materials? Designers like Hannah Custance

As automotive journalists, we're often asked "how did you get that job?" People usually didn't even know you could do such a thing. In this 7 Questions series, we're highlighting other jobs in the automotive industry that you might not have heard about before. What do they do, how'd they get to do it and other questions about their particular corner of the car world. Slowly but surely, the automotive landscape is becoming more colorful. Look beyond the unrelentingly conservative palette of white, black and gray most buyers opt for and you'll see the increased use of exterior trim types beyond the usual chrome. There's gloss black, of course, but also other metallic finishes like gold or copper. Those can be found inside, too, where there's also an increase in colorful leathers and trims, innovative fabrics, new wood types and finishes, and greater creativity in general. So where is this change coming from? The answer is designers like Hannah Custance, the color and materials design manager for Jaguar Land Rover. Her team's latest effort is also its magnum opus, the 2022 Range Rover. Although saddled with the expectations that comes with one of the automotive industry's classic nameplates, the all-new Range Rover is also a celebration of cutting edge manufacturing and fashion-forward materials selection. We sat down with Hannah at the L.A. Auto Show to find out more about color and materials designers, how she ended up in the industry, and advice she might have for young designers out there. It has been condensed for brevity. Autoblog: What does a color and materials design manager to do?Hannah Custance: I basically look after a team of designers who design finishes for every A surface on the car. So, that could be exterior finishes. It could be interior trim materials, soft materials, hard materials, chromes, metals, woods, ceramic – that's one of the new ones – anything you can kind of touch and see is color material design. Autoblog: How early in the design process does your team become involved.Hannah: Right at the very start. In fact, we look at materials that don't have a product assigned to them or a car assigned to them. So, it takes actually a very long time for us to get materials approved and fully validated. We have to find suppliers that are willing to work in automotive and our test standards are incredibly high, some of the highest in the industry.