2003 Jaguar S-type Owned By Iconic Singer Patti Page on 2040-cars

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Jaguar testing hardcore F-Type R-S GT?

Some automakers make a hardcore model, then sit back and revel in its awesomeness. Jaguar does things a little differently. It takes a standard production model, gives it more power, bigger brakes and a tighter suspension and slaps the letter R on it. Then it gives it even more power, even bigger brakes and an even tighter suspension and calls it an R-S. Sometimes the engineers in Coventry don't even think that's enough, so they strip out some weight and dial things up even further and call it an R-S GT.
So far, they've only gone that far with the XK (transformed first into the XKR, then the XKR-S, and finally the XKR-S GT), but with that model on its way out, Jaguar seems to be preparing to give the newer F-Type a similar treatment. Now we can't be sure that what we're looking at is an F-Type R-S GT, especially since the 550-horsepower engine from the XKR-S and XFR-S is already powering the existing F-Type R Coupe, but it does seem to have all the makings of a hardcore performance model.
Compared to the existing F-Type, the development model pictured here has a bigger front splitter (like the one on the Project 7 concept), a big rear wing and a set of what looks like pretty big lightweight alloys. It's also, tellingly, a roadster, which (unlike the coupe) has until now topped out at 500hp with the V8 S model. So while it may be hard to say exactly just what Jaguar has in store for us here (or what they'll call it), one thing's for sure: it's gonna be fast and loud.

This Jaguar E-Type is an even longer-legged feline

Paul Branstad loves the shape and purity of the Series 1 Jaguar E-Type, produced from 1961 to 1968, but appreciates the longer length of the Series 3 V12 model, which affords occupants a more comfortable space in which to enjoy long trips. So when Branstad brought his damaged left-hand-drive 1968 roadster from its home in the US to Classic Motor Cars in the UK for a restoration, he had a special request: restore his car, but make it a bit longer.
"This is something that we have never done before. Our client wanted the interior leg room of a Series 3 V12 E-Type but the aesthetics of a Series 1 car," says Nick Goldthorp, managing director of CMC.
For the restoration, CMC added 4.5 inches of length to the floor pan of Branstad's E-Type to create the extra legroom. Goldthorp relates, "The V12 was actually nine inches longer than a Series 1 but a lot of the additional room was behind the seats as storage and was not required on our project." That's because CMC also built a trailer out of two E-Type rear ends that attaches to a custom-made removable tow hitch.

Jaguar opens new engine plant in the UK

The heads of Jaguar Land Rover are having a busy couple of weeks opening factories. Just days after inaugurating the company's first overseas plant in China, the automaker's new Engine Manufacturing Center in the UK is being inaugurated, as well. The plant near Wolverhampton, England, marks the first time in decades that JLR is building its own powerplants in-house. Further signaling the importance of this launch for the business, Queen Elizabeth II and Prince Philip were on hand and even tweeted about it.
The factory's first major project is to build JLR's latest Ingenium four-cylinders, starting with the 2.0-liter diesel version. "Our new Engine Manufacturing Centre is an important step in advancing the competitiveness and capability of the UK automotive sector. The production of in-house engines will support the expansion of the UK supply chain providing critical mass for inward investment," said Trevor Leeks, plant operations director in the automaker's announcement.
Opening the doors to the Engine Manufacturing Center has been years in the making for JLR. The plant was first announced in September 2011 and broke ground in June 2012. Building it cost the company 500 million pounds ($800 million) and created 1,400 new jobs. Of course, being a state-of-the-art factory, considerations were made to make the place as energy efficient as possible. That meant installing the UK's largest solar array with 21,000 panels to produce about 30 percent of the site's electricity needs.