1986 Jaguar Xjs Base Coupe 2-door 5.3l on 2040-cars

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Artist imagines eerie world where cars have no wheels

The wheel ranks right up there with the telescope and four-slice toaster in the pantheon of inventions that have moved humankind forward. But what if a circle in three dimensions had never occurred to anyone, and we all had just moved on without it? Perhaps we'd be driving around in Lucas Motors Landspeeders with anti-gravity engines. Or maybe we'd have the same cars we do today, just without wheels.
That's the thought experiment that seems to have led French photographer Renaud Marion to create his six-image series called Air Drive. The shots depict cars throughout many eras of motoring that look normal except for one thing: they have no wheels. The models used include a Jaguar XK120, Cadillac DeVille (shown above), Chevrolet El Camino and Camaro, and Mercedes-Benz SL and 300 roadsters.
Perhaps one day when our future becomes our past, you'll be able to walk the street and see with your own eyes the rust and patina of age on our nation's fleet of floating cars. Until then, Monsieur Marion's photographs will have to do.

2021 Jaguar F-Pace hides big interior and powertrain changes under familiar sheetmetal

Jaguar's first-ever crossover is getting a major update. The 2021 Jaguar F-Pace, while looking not much different on the outside, is hiding an all-new interior as well as new engines. The changes to the exterior are quite mild, rather like those of the F-Type. Headlights and taillights are more slender, with the tails losing their little rounded sections altogether. The grille and diffuser areas of the bumpers have been slightly changed, and the main grille gets different inserts on all trims. The fender vents now get the "Leaper," the cat logo, embedded in them. Under the hood are two types of engines. There's the familiar turbocharged 2.0-liter four-cylinder at the base of the range with 246 horsepower and 269 pound-feet of torque. Above that are two versions of the new inline-six-cylinder engine, both of which use a regular turbocharger and an electric supercharger. The less-potent version makes 335 horsepower and 354 pound-feet of torque, while the high-output version makes 395 horsepower and 406 pound-feet of torque. Each engine also gets a belt-driven starter-generator powered by the same 48-volt electrical system that drives the electric supercharger. All engines are coupled to an eight-speed ZF automatic transmission and rear-biased all-wheel-drive system. The interior gets the most immediately noticeable changes. The curvy, rounded dash of the outgoing model is replaced with a more crisp design with better-integrated air vents and large sections of contrasting leather and other accents such as metal or wood trim. An available 11.4-inch infotainment screen dominates the center stack, and it runs the new Pivi Pro infotainment system launched on the Land Rover Defender and the Jaguar I-Pace. This infotainment system can support pairing two phones at once and can receive over-the-air updates. The instrument cluster is available as a 12.3-inch screen that can be configured to show an array of different information including navigation info. The old shifter dial is replaced with a small leather and metal shift lever. Jaguar is also including more features as standard in the F-Pace. Among them are heated seats, a Meridian sound system, keyless entry, blind-spot monitoring and a surround-view camera. Active noise cancellation is also standard and a first on a Jaguar. Pricing and the on-sale date for the new F-Pace have not yet been announced. Related Video:

Driving Jaguar's Continuation Lightweight E-Type

Something has happened to sports cars over the past 15-20 years. While reaching ever-higher levels of quantitative dominance the driving experience continues to become more sterile. Stability control, torque vectoring, variable electronic steering racks, lightning-quick dual-clutch automatic transmissions – all these make it easier to harness more power and drive faster than ever before. And yet too often it feels like something is missing. There is a growing divide between the capabilities of the modern performance car and the driver's sense of connection to the experience. In an era like the one we're in now, the Jaguar Lightweight E-Type hits you like a slap in the face. The story of the Lightweight E-Type goes back to 1963, when Jaguar set aside eighteen chassis numbers for a run of "Special GT E-Type" cars. These were factory-built racers with aluminum bodies, powered by the aluminum-block, 3.8-liter inline-six found in Jaguar's C- and D-Type LeMans racecars of the 1950s. Of the eighteen cars slated for production, only twelve were built and delivered to customers in 1964. For the next fifty years, those last six chassis numbers lay dormant, until their rediscovery a couple of years ago in a book in Jaguar's archives. In an era like the one we're in now, the Jaguar Lightweight E-Type hits you like a slap in the face. Jaguar Heritage, a section of Jaguar Land Rover's new Special Vehicle Operations (SVO) division, took on the task of researching the original Lightweight E-Types and developing the methods to create new ones. Every aspect of the continuation Lightweight E-Type, from the development of the tools and molds used to build the cars, to the hand-craftsmanship, reflects doing things the hard way. They may not build them like they used to, but with these six special E-Types, Jaguar comes awfuly close, if not better. Working alongside the design team, Jaguar Heritage made a CAD scan of one side of an original Lightweight E-Type body. That scan was flipped to create a full car's worth of measurements. That ensured greater symmetry and better fit than on the original Lightweight E-Types (which could see five to ten millimeter variance, left-to-right). The scan was also used to perfect the frame, while Jaguar looked through notes in its crash repair books to reverse-engineer the Lightweight E-Type's suspension. The team repurposed a lot of existing tooling for the continuation cars, and developed the rest from analysis of the CAD scan.