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Lister reveals first continuation Knobbly roadster at Autosport

It's been over a year since we reported on a plan to revive Lister Cars, and now the storied British racing constructor has revealed the first production continuation example of its legendary Knobbly roadster. Built to the same specifications as the original from 1958, using the same drawings and equipment, the reborn Knobbly features aluminum bodywork and a race-prepped 3.8-liter straight six out of a Jaguar D-Type and producing 330 horsepower. Revealed at the Autosport International race car show in Birmingham, the new Knobbly arrives on Lister's 60th anniversary and less than a month after the passing of its founder, Brian Lister. Only ten examples like this one will be built, all of which have already been spoken for, prompting Lister to consider an additional three examples. Each is eligible under FIA regulations to compete in vintage racing events, with performance specs quoting a 4.3-second 0-60 time and a top speed of 181 miles per hour. LISTER CARS' REBORN 'KNOBBLY' MAKES PUBLIC DEBUT AT AUTOSPORT INTERNATIONAL - Lister Cars' reborn 'Knobbly' racer has made its public debut at Autosport International - Built to the very same specification as the original 1958 'Knobbly' it uses the late Brian Lister's original drawings and manufacturing jigs - Lister has received an overwhelming response to its limited run of ten continuations and order books are full - Lister Cars is now considering creating three individual final editions each celebrating the racing pedigree of the 'Knobbly' in a unique and memorable way Lister Cars' reborn 'Knobbly' racer has made its public debut at Autosport International at the NEC Birmingham. Celebrating Lister's 60th anniversary, the reborn 'Knobbly' is built to the very same specification as the original 1958 'Knobbly', using the late Brian Lister's original drawings and manufacturing jigs. It is powered by a race-prepared Jaguar D-Type 3.8-litre straight-six, producing 330bhp. All 'Knobbly' models are built at Lister Cars' Cambridge factory to meet relevant FIA racing regulations, with owners able to compete in a series of Lister historic race meetings planned during 2015. Despite following an original design laid out more than 55 years ago, the reborn 'Knobbly' has performance to match modern sports cars; it can accelerate from 0-60mph in 4.3 seconds and hit a top speed of 181mph. Lister Cars has already received an overwhelming response to its limited run and the 10 cars are now sold out.

Jaguar I-Pace concept previews all-electric SUV for 2018

It seemed that Tesla would stand alone for years with a battery-electric SUV. The Germans were coming, of course, but they appeared content to time their battery push until government regulations forced them there around 2020. That's all changed. Jaguar is promising to turn its I-Pace concept SUV into a full-fledged production crossover SUV within two years. It's Jaguar's way of leaping from internal-combustion power, clean over the top of plug-in hybrids, straight to zero-emission battery-electric vehicles. It says a lot about Jaguar's focus that the second SUV in its production history will also be its first electric car. It debuts this week at the Los Angeles auto show. The Indian-owned carmaker is promising the five-seat I-Pace will look, feel, handle, and perform like a proper Jaguar, too, with a 0-60-mph time of around four seconds. With 516 pound-feet of torque being pumped out of its two electric motors, the I-Pace has as much gristle as the pure-bred F-Type SVR sports car, and it has it from zero rpm. It's also promising the two motors will combine for 400 horsepower, too. It won't need to compromise on range to get its performance, with Jaguar promising the I-Pace will stretch across to 220 miles of range from its 90-kilowatt-hour lithium-ion battery pack. It will also take two hours to charge on a 50-kW fast-charging DC station, or achieve 80 percent charging in 90 minutes, and Jaguar insists commuters who drive about 30 miles a day would only need charging once a week. It won't be the last EV from Jaguar Land Rover, either, with its scalable modular architecture designed from scratch to spread across the corporate portfolio and to move down to smaller sedans and coupes or up to full-sized Range Rover contenders. The crossover SUV uses the alloy battery casing as an integral, stressed part of the I-Pace's chassis architecture, lowering the ride height and adding body rigidity. After entering the all-electric Formula E championship this year, Jaguar says it designed and engineered the batteries and the electric motors in-house. "This is an uncompromised electric vehicle designed from a clean sheet of paper: we've developed a new architecture and selected only the best technology available," said Jaguar Land Rover's technical development leader, Wolfgang Ziebart.

Jaguar envisions future without V8 engines

With tighter emissions and fuel economy regulations looming, Jaguar may have to do more than make a small, fuel-efficient hatchback to lower its model range's consumption figures - it also might give up its venerable V8 power, Drive reports. But not anytime soon, says Steven de Ploey, Jaguar's product and marketing director, who recognizes that the V8 can be replaced only by something that offers the same, or better, performance. But he has a word of caution: "We are not wedded to V8s."
In the meantime, de Ploey says there are other ways to reduce emissions. One of the first steps Jaguar could take is to shift away from the use of superchargers, which aren't as good as turbochargers at maintaining efficiency and making power. But he adds that supercharging still is "at the heart of Jaguar's performance proposition," and that the company has addressed the current downsizing trend by "replacing our naturally aspirated V8 with a 3.0-liter supercharged V6."
Consider one of de Ploey's comments on the cancelled C-X75 supercar (pictured) for some clue about Jaguar's future: "Some of the stuff we have already exploited to the extreme in the C-X75 is the kind of thinking for us and is an essential test bed to see how we could evolve from today to something that is sustainable in the future."