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Jaguar E-Type Zero electrics will enter production

In case you thought the electric, future-proofed Jaguar E-Type Zero concept was merely a flight of fancy, Jaguar is about to prove it's far from that. The E-Type Zero is about to make production, at Jaguar's Classic division in Coventry, England. One of the core ideas with the electrified E-Type is that the new electric powertrain, picked from the I-Pace, takes up roughly the same space as the original XK straight-six engine and gearbox. Not only does this enable building new electric versions from reproduction shells, but it also allows for electric conversions of vintage E-Types, while weight distribution and handling remain close to the way the cars were originally designed — albeit with more power and torque. And the battery pack still wears XK badging to make it feel more at home in the E-Type. The automaker expects a driving range of over 170 miles. The E-Type Zero was originally unveiled a little less than a year ago, and at that point Jaguar remarked it was just a concept. Now things have progressed far enough for Jaguar to announce small-scale production at the same Coventry facility where Jaguar also builds as-new E-Type Reborn versions. In case a prospective client wants to electrify their old E-Type, that is also possible. And, as Jaguar says, the conversion is fully reversible, in case owners would want to revert back to that sweet straight-six sound. "We've been overwhelmed by the positive reaction to the Jaguar E-type Zero concept," said Jaguar Land Rover Classic Director Tim Hannig. "Future-proofing the enjoyment of classic car ownership is a major stepping stone for Jaguar Classic." The first production E-Type Zeros will reach customer hands in the summer of 2020, according to Jaguar. The newest concept version will be shown at California's Monterey Car Week. Related Video:

Jaguar may join the FWD, small-car parade

Was it right for Chevrolet to detune the 1975 Corvette's base engine to 165 horsepower? Was Aston Martin wrong to make the Toyota iQ-based Cygnet? Is BMW crazy to be testing the new 1 Series with three-cylinder engines and front-wheel drive? It seems now, just as in the 1970s and 1980s, that emissions regulations and social considerations are driving some automakers to adopt unbefitting practices to maintain acceptance in the eyes of governments and consumers. Jaguar has jumped on the bandwagon, and is considering development of small, frugal, front-wheel-drive cars to help lower Jaguar Land Rover's average vehicle CO2 levels in light of tightening European emissions regulations, Autocar reports.
By 2020, the European Union expects the model range of every manufacturer to average 95 grams per kilometer, which is a new law passed by the European Parliament in April. Manufacturers who make more than 300,000 vehicles per year must meet these targets, and JLR is expected to be producing up to 700,000 vehicles per year by then. CO2 regulations after 2020 will only get stricter, as EU politicians already are talking about lowering CO2 levels to between 68 g/km and 78 g/km. (To put that in perspective, Autocar posits that driving a fully charged electric vehicle in Europe produces about 75 g/km when factoring in the power-generation infrastructure.)
Jaguar has some choices here, but so far they all have drawbacks. It could develop a new, compact chassis architecture for a line of compact vehicles, but the investment required for such a project could be prohibitively expensive. Jaguar has been looking into using the Land Rover Evoque platform for a small SUV, Autocar reports, but Land Rover brand manager John Edwards raises issue with such a plan, saying it may not be financially feasible.

Off-roading in a 2020 Jaguar I-Pace HSE

The hiker’s eye roll was so extreme that it was nearly audible. “Nice trail car,” she said in mocking tones that left little doubt she felt otherwise. She was among a group that was walking single file downhill as I was creeping my all-electric 2020 Jaguar I-Pace around a tight uphill bend, proceeding slowly because a sheer cliff blocked my view through the apex on this one-lane section of the Maple Springs truck trail. Such a cautious approach is the norm up here because hikers share this fire road with mountain bikers, adventure motorcyclists and day-tripping off-roaders. But I was being extra careful because I was keenly aware that my electric all-wheel-drive machine emitted none of the engine noise an ascending geared-down truck would make. WhatÂ’s more, my test car was shod with the optional low-profile 255/40R22 high performance summer tires that put the lips of the pricey 22-inch “diamond turned” rims uncomfortably close to the rocks. Meeting a motorized vehicle wasn't the surprising bit – it was that theyÂ’d expected to see a 4Runner, Tacoma or Jeep Wrangler come nosing around the bend, not some high-falutin Jaguar styled by renowned designer Ian Callum. IÂ’d been up this U.S. Forest Service fire road dozens of times, most recently just two weeks ago in my own JK Jeep Wrangler. ItÂ’s easy if you have clearance and reasonable all-terrain tires, so I was prepared to take advantage of the numerous wide spots if the iPace protested. Besides, this was not really a test of the off-road prowess of the I-Pace itself. I was more interested in getting a feel for what electrified off-roading might be like. I started grinning less than 100 yards after the trailÂ’s narrow paved approach turned into dirt and began snaking steeply upward through dust and embedded rocks. In my own Jeep, which has a six-speed manual transmission and 4:10-to-1 axle gearing, I usually choose low-range at this point because the transmission gear spacing in high range is too wide and the engine bogs all too easily at these slow and constantly varying speeds. By comparison, the JaguarÂ’s power delivery was pure magic. For starters, there was no 4x4 mode to engage, no low range to select. The dual-motor all-wheel drive system is always on, and it constantly adjusts its torque split to suit conditions. Throttle pedal response is thoroughly accurate, and I never once had to goose the pedal because electric motors deliver their peak torque at zero rpm.