1976 Jaguar Xj-s V12 55,000 Miles Running Condition With Ca. Smog Cert on 2040-cars

Auto blog

Jaguar J-Pace crossover spied with diesel hybrid power

The new Jaguar F-Pace is only now hitting dealerships, but the British automaker is already testing a bigger, higher-end example. Allegedly named J-Pace – tying it to the flagship XJ sedan the same way the F-Pace is to the XF (so expect an E-Pace before too long) – Jaguar's engineers stretched the wheelbase and cobbled together a big CUV from an F-Pace's body parts. The biggest giveaway is on the rear door's cutline. A normal F-Pace's shut line runs right into the middle of the rear wheel arch. But on this mule, the door closes well forward of the arch. Outside the axles, Jag has stretched the front overhang – it's far more prominent with a completely different lower intake – and the super-short rear overhang reinforces the idea that we're seeing a longer platform. While we know the wheelbase is longer than the normal F-Pace, the platform underpinning this mule could go one of three ways. First, in what would probably be the most cost-effective route, Jaguar could simply stretch the chassis underpinning the F-Pace. Second, Jag could mine the Land Rover parts bin for a fullsize platform, perhaps from the Range Rover. It's not a crazy idea, and would open the J-Pace to a more potent line of powertrains – hello 5.0-liter, supercharged V8. Finally, the J-Pace could borrow its platform from the XJ sedan. One reason this mule could be riding on a Land Rover platform is because of its powertrain. According to the vehicle lookup on the British Ministry of Transport's website – see the final slide in our gallery above – the mule's number plates belong to a vehicle with a 2.0-liter turbodiesel engine and an electric motor, a diesel hybrid. The fullsize Range Rover is available in such a configuration outside the US, but it uses a 3.0-liter V6. Clearly, the J-Pace is still very early in its development process. That means we shouldn't count on seeing a production-ready vehicle for quite some time. Our spies point to a 2019 debut as a 2020 model. We'll just have to wait and see. Related Video: Featured Gallery Jaguar J-Pace: Spy Shots View 12 Photos Image Credit: KGP Photography Green Spy Photos Jaguar Crossover Hybrid Luxury

Jaguar previews XF sedan ahead of New York debut

Jaguar is in the midst of an aggressive product expansion, with the new F-Type taking it back into sports-car territory, the upcoming F-Pace putting it in the crossover market for the first time and the XE renewing Jag's assault on the entry-level luxury-sedan segment. But it hasn't forgotten about its core models. The British automaker has a new flagship XJ under development, and Jag will showcase a brand-new XF at the New York Auto Show next month. But before it does, Jaguar has given us something to chew on with these teaser images: one showing the new sedan from above, and one showing the new cockpit. Now it may be hard discern much from that overhead view – which is not a typical teaser – but it's clear the new XF will feature more sharply creased body lines and a large panoramic sunroof. Meanwhile the interior looks like a modern update of the current model, borrowing some elements from the smaller XE. There's a wider infotainment display, the rotary knob for the transmission has moved toward the center, some (but not all) of the air vents appear to hide away when not in use, and there's a sportier steering wheel – though we do appear to be looking at the more performance-oriented S model. The XF, for those having trouble keeping track, is Jaguar's challenger to the likes of the Mercedes E-Class, BMW 5 Series, Audi A6 and Maserati Ghibli. It was introduced in 2007, and has been available (in certain markets anyway) in sedan and wagon forms, with engines ranging from a 2.0-liter turbo four with 240 horsepower all the way up to a 5.0-liter supercharged V8. With the New York show fast approaching, we won't have to wait much longer for a complete view of the new XF. But even before then, Jaguar promises to reveal the new XF in dramatic fashion in London: on March 24, it will drive the new sedan on two wires barely more than an inch thick suspended high above the river.

Jaguar Land Rover gets to work on new university R&D center

Jaguar Land Rover has a raft of new products in the pipeline, from the new Defender to the next-generation XF sedan. But new product isn't the only thing the British automaker is investing in: it's also opening new facilities around the world, including what it's calling the National Automotive Innovation Centre back home in the UK. Based at the University of Warwick, the new $220-million R&D center is the result of a joint effort between JLR, its parent company Tata, the manufacturing arm of the university and the British government. The facility will bring together professionals from the automaker as well as its suppliers with academics to encourage, as the name suggests, innovation in the automotive sector. Its 355,000 square feet are earmarked to become the hub for Jaguar Land Rover's advanced research activities, including "workshops, laboratories, virtual engineering suites and advanced powertrain facilities, equipped to enable a full range of design, visualisation and prototyping activities." The cornerstore was just laid in a ceremony this week, but the facility isn't due to open until the Spring of 2017 when it will encompass some 1,000 employees, including 600 relocated by JLR to the new location from other sites in the UK. Related Video: Construction Begins On New UK Automotive Innovation Centre For Jaguar Land Rover - GBP150 million National Automotive Innovation Centre (NAIC) will open in Spring 2017, providing a state-of-the-art technology hub for Jaguar Land Rover's advanced research team and collaborative partners from the supply chain and academia - To keep the UK and Jaguar Land Rover at the forefront of global innovation, the team will develop the vehicles and personal mobility solutions of the future - The NAIC will focus on inspiring the next generation of engineers - from schoolchildren to undergraduates.