1994 Jaguar Xjs Convertible Exceptional 2 Owner Well Documented Beautiful Xjs on 2040-cars

Auto blog

Jaguar crossover won't be based on Evoque or have off-road chops

Jaguar's long-rumored crossover won't be built on the same platform as the Land Rover Range Rover Evoque, says the Australian site Car Advice. The future of the new CUV remains uncertain, but if Jaguar does dip its toes into the SUV/crossover pool, though, the new vehicle will likely be a car-based soft roader, lacking (or perhaps more appropriately, not needing) the off-road-engineered chops inherent in Land Rover's small CUV platform.
Jaguar product planner Steven De Ploey explained to Car Advice, "There's many groups around the world [platform sharing] - obviously Volkswagen Group is doing it all the time - but I think we have to be careful. He added, "Jaguar is something quite different... It's about capability, but very much on-road focused capability." That seems to gel with our suspicions that the XQ, as it's expected to be called, will share its platform with an upcoming small Jaguar sedan, the oft-rumored X-Type successor.
Still, we'd recommend taking any mention of a Jaguar crossover with a grain of salt. Based on many of the (quite compelling) statements made by De Ploey against a Jag crossover and previous statements made by Jag's design boss, Ian Callum, the case against a leaper-bearing crossover seems strong. If a high-rider were to arrive from Jaguar, though, the article insinuates that it'd be more in line with the BMW X6 or upcoming X4 - sort of a coupe-based crossover. Like we said, grain of salt. If a Jag crossover is going to arrive soon, the upcoming Frankfurt Motor Show is the most likely locale for its debut. We'll find out in a few weeks.

Cargo ship carrying 1,200 Jaguars and Land Rovers deliberately run aground [w/video]

A cargo ship carrying a load of new cars out of Southampton has run aground in the English Channel in between England and the Isle of Wight. The vessel apparently suffered some sort of failure just 45 minutes after leaving port that caused it to list heavily to the starboard side before the crew deliberately beached it on Bramble Bank to prevent the ship from capsizing altogether. The vessel, called the Hoegh Osaka, is a 590-foot car carrier weighing some 57,000 tons and registered in Singapore. Although several automakers (including Honda and Bentley) were reportedly looking into whether they had cars on board, the vessel is said to have been filled to approximately one-third its capacity, with 1,400 vehicles on board – including 1,200 Jaguar and Land Rover vehicles, 65 Mini models and one Rolls-Royce Wraith. 70 to 80 pieces of construction equipment were also said to be on board. The Hoegh Osaka was en route from the southern British port of Southampton to Bremerhaven, Germany. Fortunately, no major injuries have been reported. The crew was mostly airlifted by helicopter off of the beached ship, with two crew members evacuated by lifeboat. One crew member reportedly jumped over 25 feet off the ship into the water before being immediately retrieved by rescue workers. According to the Daily Mail, two crew members were treated for non-life-threatening injuries, including a broken leg. It may take several days, if not longer, to extract the vessel from the sand bank and ascertain the damage to the ship and its cargo. An early attempt to free the ship with tugboats failed, meaning that the Maritime and Coastguard Agency may have to wait until more favorable high tides to try again before towing the ship back into the port. Bramble Bank, where the vessel was run aground, is a well-known obstacle to maritime navigators. The Queen Elizabeth 2 ran aground there in November 2008 with 1,700 passengers on board, but was quickly freed by four tugboats and was able to continue on its way. Two local yacht clubs also play a cricket match there every year at low tide. The vessel's operator, Hoegh Autoliners, praised the skill and quick thinking of the crew in acting to prevent the ship's capsizing by running her aground on the soft, sandy shoal. Watch the clip below for aerial footage of the beached ship, courtesy of the BBC. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

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.