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2017 Jaguar electric SUV to draw stylistically from C-X75

Jaguar is gearing up to launch its first all-electric model. And given the direction the industry is going – to say nothing of previous reports – it should come as little surprise that it'll be an SUV. And though details are few and far between at this point, some information is beginning to surface. According to British publication Autocar, the forthcoming electric crossover will draw its stylistic inspiration from the C-X75 concept. For those who may not recall (or haven't seen the new Bond flick), the C-X75 was Jaguar's idea for a hybrid hypercar to compete with the likes of the McLaren P1, Porsche 918 Spyder, and LaFerrari. After initial plans for a turbine powertrain were scrapped in favor of a small twin-charged four-cylinder hybrid, plans for production were ultimately shelved. But the vehicle resurfaced for a starring role in the new 007 film Spectre. If the decision to put a defunct concept in a new movie struck you as odd, reports of the electric crossover's design direction may cast it in new light. By putting the C-X75's design in the public spotlight, Jaguar Land Rover could be preparing us for the SUV's arrival. But then that could prove entirely speculative at this point. The model is set to slot in, size-wise, beneath the new F-Pace, and join a new wave of electric crossovers coming to market. The Tesla Model X will be first when it launches next year, and Audi is expected to launch its Q6 E-Tron Quattro in 2018. The Jaguar could split the difference and surface as soon as 2017. Volvo is also tipped to be preparing an electric crossover based on the XC90 to follow in 2019 as well. It may be too early to speculate on the electric powertrain that will motivate the new Jaguar, tipped to be dubbed E-Pace. However reports that parent company Tata is developing lightweight electric in-wheel hub motors could give us an idea of the direction in which Jaguar could head. Expect it to borrow its aluminum platform from the XE and F-Pace, with production potentially to be undertaken by Magna Steyr in Austria. Of course, the E-Pace won't be the company's only EV. It has several prototypes in the works, and we can expect it to roll out additional production models in the coming year.

Jaguar Land Rover output at two UK plants hit by chip shortage

LONDON — Output at two of Jaguar Land Rover's (JLR) British car factories will be temporarily halted from Monday, due to COVID-19 supply chain disruption, including a lack of semi-conductors, the firm said on Thursday. "We have adjusted production schedules for certain vehicles which means that our Castle Bromwich and Halewood manufacturing plants will be operating a limited period of non-production from Monday 26th April," the Tata Motors-owned company said. The COVID-19 pandemic has driven up demand for semiconductor chips for use in electronics like computers, as people worked from home, and suppliers are struggling to adjust, hitting output at many automakers. Trade flows have also been affected. On Wednesday, carmaker Stellantis said it would replace digital speedometers with more old-fashioned analogue ones in one of its Peugeot models, as the fallout continues. Renault's finance chief said on Thursday that car production fell by tens of thousands of vehicles in the first quarter as a result of the shortage. Output at JLR's third British car factory in Solihull, central England, will continue, the company said. "We are working closely with affected suppliers to resolve the issues and minimize the impact on customer orders wherever possible."  

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.