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2014 Jaguar XJR

Jaguar In Its Purest Form
Jaguar has spent a lot of time, money and engineering effort refocusing itself for the modern world. In 2006, the current XK replaced the former XK8 and introduced a new aluminum-intensive chassis architecture to Jaguar's portfolio, and two years later, the XF whipped up a similar overhaul to its classical styling department.
The next major revision came in 2009, with the introduction of the achingly attractive and completely new XJ sedan, and this step struck us as the biggest improvement yet; not only was Jaguar's flagship built atop a cutting-edge platform, it boasted a newfound sense of style that pointed toward the future while still echoing the brand's storied past. This trend has continued most recently with the two-door F-Type that we've already grown quite fond of.

Jay Leno drives the Jaguar F-Type Project 7

Even for Jay Leno, Monterey Car Week is a special experience. After all, his collection is absolutely massive, but vehicles show up for this exclusive event on the California peninsula that even Jay doesn't know about. He's giving us a just a tiny taste of this year's event in the latest episode of Jay Leno's Garage. The majority of this clip is dedicated to an in-depth look at the Jaguar F-Type Project 7, and Jay gets the details direct from designer Ian Callum. The two of them are old friends after doing the 2014 Mille Miglia together in a Jaguar XK120. After getting a mountain of info about the inspiration behind this special F-Type, they go for a ride on some beautiful California roads to listen to the wonderful, crackling exhaust. Following the drive, Jay finds a racecar from the teens that he is completely unfamiliar with. Thankfully, the mechanic is nearby to shed some light on this rarity. We hope there're more videos to come about Leno's visit to Monterey Car Week, but hopefully his team can fix some of the sound issues in this clip.

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.