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Next-gen Jaguar XJ spotted in mule form during winter testing

Of course Jaguar Land Rover is using a Range Rover to yank around an electrified Jaguar sedan mule. At least, we think the car sitting on the trailer is a test mule for the recently announced XJ successor. Jaguar has said it’s going to make an all-electric version of the car, but itÂ’s going to use the new MLA platform that will also support a gas engine and hybrid versions. The body itself most resembles that of the XF, but there are a couple tell-tale signs that this car is destined for a battery-electric powertrain. The clearest sign comes in the form of the abnormally high side sills. This taller floor is a typical EV tipoff for mules in testing, as the body work itÂ’s mated to isnÂ’t necessarily designed to mesh with the requirements of an EV powertrain. There are no “Electric Vehicle” stickers stuck to the car to make this extra easy for us, but plenty of other strange elements let us know that this mule is no normal XF. We canÂ’t see through it, but the “grille” is covered up by a large piece of camouflage. Some areas on the bottom and top appear to be mesh, allowing air through, but itÂ’s still rather restricting. The hoodÂ’s fitment and shape are about as funky as can be. ThereÂ’s even a hump in the center of the hood, making it look like some kind of high performance muscle car.  Lending even more credence to this being a next-gen XJ mule is what appears to be a longer wheelbase and wider track. Jaguar extended the fenders outward to accommodate this, but itÂ’s especially apparent in back with the squared-off rear fenders. Since itÂ’s a mule, itÂ’s tough to be certain which powertrain this particular car is hiding. The fuel cap remains on the right rear side of the car, but it appears to be in a different position than the fuel cap on the current XF. Maybe it isnÂ’t a fuel cap, and itÂ’s a covering for the plug outlet instead? There are no other obvious outlets on the car to plug in to, but thatÂ’s nothing out of the ordinary for a mule. One suspicious element we spotted in the rear is the side of a chrome tailpipe protruding from the rear bumper. ThereÂ’s no way to know if itÂ’s a real or a fake tailpipe to throw us off the hunt, but weÂ’ll note its presence nonetheless. Jaguar has already released a teaser image of the rear taillights on the electric XJ successor, but of course this test mule isnÂ’t supporting production lights.

Jaguar Land Rover rescues British off-road tuner Bowler

Jaguar Land Rover's Special Vehicles Operation (SVO) rescued British off-road tuner Bowler from an uncertain fate. The firm has worked with Land Rover in the past, but it has always been independent. While JLR isn't in an ideal position to make acquisitions, and its recent financial troubles are well documented, Bowler was on the brink of shutting down. The small, 34-year old company had entered administration, and the 26 people it employed risked losing their jobs. Monetary details haven't been released, meaning we don't know how much Bowler was worth, but the firm pointed out it's now fully owned by SVO. It joins SV, Vehicle Personalization, and Classic as the division's fourth pillar. It's too early to tell precisely where Bowler will fit in the JLR latticework, because the initial focus will be on stabilizing the company. It will remain based in Belper, England, and every member of its full-time staff has been offered a position as a JLR employee. Bowler made a name for itself by turning the original Defender into a rally car, and Land Rover said the expertise it acquired during decades of racing is highly sought after, so that's a hint we'll see more hardcore models developed jointly by the two companies sooner or later. The new Defender would lend itself well to the Bowler treatment. The Bowler name could replace the SVX nameplate used on the stillborn, V8-powered Discovery, for example. The tuner's focus on off-pavement performance means we're unlikely to see a Bowler-badged Jaguar, but anything is possible as global demand for SUVs (especially quick ones) continues to rise. What's certain is that, once Bowler is stable, it will grow bigger.

Eagle Lightweight GT meticulous Jaguar restomod is 'the best an E-Type can be'

England claims so many boutique, specialist car companies doing such sensational work that if an artist were to draw a national muse for Britannia, she would hold a scepter in one hand and a gear shift in the other. Next up in the island's crowded showroom of posh vehicular gems, Eagle presents its Lightweight GT. The slinky coupe started as a Series 1 Jaguar E-Type (built from 1961 to 1968), then, after 8,000 hours of work in the chrysalis of Eagle's East Sussex workshops, the coupe emerges as a modern and much more comfortable version of Jaguar's factory Lightweight racers from 1963. Some context: After Jaguar stepped away from racing in the late 1950s, the company decided to convert 25 incomplete D-Type chassis into the road-legal XKSS roadster. Come 1962, with the D-Type and competition still on its mind, Jaguar toyed with its new E-Type road car to create the Low Drag Coupe for competition. The factory built just one, powered by a mightier version of the 3.8-liter straight-six in the E-Type that used a wide-angle cylinder head designed for the D-Type. The next year, Jaguar's racing fancy expressed itself in the E-Type Lightweight, still harking back to the D-Type with all-aluminum bodywork and an aluminum block for the 3.8-liter. The automaker planned to fabricate 18 Lightweights, but only got around to building 12. The Lightweights didn't dominate any of the big races, but privateers put them to effective use in smaller series. Their pedigree, aura, and multi-million-dollar valuations convinced Ford to debut an Advanced Lightweight Coupe Concept at the 2005 Geneva Motor Show, and in 2014 convinced Jaguar to complete the six remaining cars in the 18-car build.      Enter Eagle. After its Speedster, Low Drag GT and Spyder GT, the firm calls the Lightweight GT the answer to the question, "What’s the best an E-Type can be?" The hand-formed aluminum skin takes 2,500 hours to shape, revised slightly for better aerodynamics and comfort. A deeper ramp angle in front leads to deeper side sills, which bolster chassis stiffness, and with a lower floorpan, put the driver lower in the car and give him more headroom. Larger wheel arches fit 16-inch magnesium alloy versions of the peg-drive wheel Dunlop introduced in 1954, an inch larger than the wheels on the original Lightweights, and aluminum, three-eared knock-offs. There's steeper rake to the windshield and backlight.