1986 Jaguar Xjs Base Coupe 2-door 5.3l on 2040-cars

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Jaguar returns to open-wheel racing with Formula E team [w/video]

One of the most legendary names in motor racing – Jaguar – is returning to the open-wheel racing, but not with an internal-combustion engine. The British company has confirmed its plans to enter the FIA Formula E Championship. Though the British automaker has revealed little in the way of concrete details, the team is set to join the electric grid for the third season starting next fall. Jaguar will team up with Williams as its technical partner, drawing on the relationship they established in developing the C-X75 hybrid hypercar concept and on Williams' considerable racing expertise. The F1 team founded by Frank Williams developed the battery system for the SRT_01E that all the teams are using currently. "Electric vehicles will absolutely play a role in Jaguar Land Rover's future product portfolio and Formula E will give us a unique opportunity to further our development of electrification technologies," said JLR's chief engineer Nick Rogers. "The Championship will enable us to engineer and test our advanced technologies under extreme performance conditions." The company recently showcased new battery propulsion technology and is said to be developing an electric crossover to be dubbed the Jaguar E-Pace. Jaguar won Le Mans five times in the 1950s and twice again in 1988 and '90, and racked up victories in touring cars in the early 80s. Most recently Jaguar Racing represented the company in Formula One until then-parent Ford sold the team to Red Bull in 2004 before divesting itself from the company altogether in 2007. Aside from the XKR GT3/GT2 that it furnished to privateer teams, Jaguar has not competed in any major racing series since. Jaguar joins Audi, Renault, and PSA Peugeot Citroen on the Formula E grid. The announcement coincides with the withdrawal from the series of the Trulli team. Former F1 driver Jarno Trulli took over the outfit from Drayson and is now relinquishing the slot back to the series organizers effective immediately, dropping the grid down to 9 teams and 18 cars until Jaguar takes its place next season. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Jaguar models could rev with inline-six engines again

Rumors are swirling once again that Jaguar might return an inline-six engine to its lineup. Autocar claims Jaguar Land Rover will use the modular Ingenium engine family to create a 3.0-liter straight-six. The new motor will replace the automaker's current V6. As with the Ingenium 2.0-liter four-cylinder, JLR will likely offer the powerplant in gasoline- and diesel-fueled versions. A rumor in May 2015 also suggested JLR would create an Ingenium-based turbocharged 3.0-liter inline-six and a 1.5-liter three-cylinder unit. According to Autocar, the engine bay in the XE, XF, and F-Pace can already fit the longer engine. The automaker isn't talking, though. "We can't comment on future product one way or another," company spokesperson Nathan Hoyt told Autoblog. Jaguar built much of its performance legacy with straight-six-powered vehicles. While the C-Type and D-Type were winning races with the engine layout, practically every Jaguar production model used them as well. Today, straight-sixes are less common. BMW continues to use them, and Mercedes-Benz reportedly also plans to offer one soon. While Autocar's report is still just a rumor, the move to an inline-six could be advantageous for JLR. For example, using an Ingenium-derived design could simplify manufacturing by allowing the company to build the powerplant in one factory alongside the 2.0-liter version. Returning to a design with such an important heritage for Jaguar would also make life easy for the brand's marketing team because it could link the new engine to past racing glory. Related Video:

Bloodhound SSC makes its speed-ready debut in London

Bloodhound SSC, the 1,000-mph land speed record contender, broke cover this week in Canary Wharf, London, in the heart of the Docklands financial district. "This is the best of British engineering meets the best of British banking," quipped Philip Dunne, MP, minister of state for defense procurement, which has provided backing for the team in terms of Army and Royal Air Force personnel and equipment. The team announced that Bloodhound will do its first test runs in Newquay, Cornwall, next spring before traveling to Hakskeen Pan in northwest South Africa in the fall. There, on October 15, 2016, it will make its first attempt on the land speed record, which currently stands at 763.035 miles per hour. That speed was set by Thrust SSC in the Black Rock desert on October 15, 1997 by Bloodhound's driver, Andy Green. Nineteen years later to the day, Green will be shooting for a speed over 800 mph. Over 8,000 people will come to Canary Wharf to see this extraordinary jet- and rocket-powered car over the next couple of days. This is the first-ever viewing of the machine in assembled form. The right-hand side is fully dressed in desert spec, complete with forged aluminum wheels and aerodynamics. The left-hand side is in 'naked' Newquay test spec, with panels removed for easy access and the whole thing riding on rubber tires that can run on tarmac. First impressions are of a big yet muscular car simply crammed with engines, jets, and rockets. The most recognizable thing, apart from the seven fire extinguishers, is the Jaguar AJ133 5.0-liter V8, lifted from an F-Type, which will run the fuel pumps that deliver over 211 gallons of high-test peroxide over the rocket motor's 20-second burn time. The EJ200 Typhoon military jet engine occupies the top floor and provides nine tons of thrust, and underneath is the single Nammo rocket motor providing an additional four tons. "When we go for 1,000 mph, we'll need another two rocket motors," says Mark Chapman, Bloodhound's chief engineer. "That total additional eight tons of thrust is what we'll need to get from 800 to 1,000 mph." He explains that the rear of the car will have to be redesigned to accommodate the two additional rocket motors, and the suspension might have to be adapted with longitudinal rear spring units like the fronts. There are still unknowns in the project, such as the area of vacuum that will follow the car several meters behind.