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On Location in Montenegro with Jaguar

I didn't know much about Montenegro until just a few weeks ago, when Jaguar invited Autoblog to the country to test out the 2017 F-Pace. In case you missed our write-up, the vehicle is excellent. So, it turns out, is Montenegro. According to the all-knowing Wikipedia, "It has a coast on the Adriatic Sea to the southwest and is bordered by Croatia to the west, Bosnia and Herzegovina to the northwest, Serbia to the northeast, and Albania to the southeast." That's a dry way of saying that Montenegro is situated in a beautiful part of Europe, with mountains galore, glorious coastlines, and spectacular rocky cliffs that plummet into the Adriatic Sea. Getting to Montenegro is a bit difficult. There are two airports in the country, neither of which is particularly large or easily accessible. Driving can be a challenge, too; since most of the country is mountainous, there are exactly zero highways within its boundaries. There are, however, lots of winding two-lane roads with picturesque views and a ferry system to shuttle vehicles across some of the larger bodies of water. Montenegro is a great place to experience a vehicle like the Jaguar F-Pace, which offers great driving dynamics across a wide variety of road surfaces. And as you'll see in the video above, surfaces vary widely in Montenegro. If you want learn more about the 2017 Jaguar F-Pace, stick around for the second video in the playlist. Related Gallery 2017 Jaguar F-Pace: First Drive View 33 Photos Jaguar Crossover Luxury Performance Videos Original Video jaguar f-pace on location

Highlights from the Goodwood Festival of Speed, including the McLaren P1 and a Ford Transit running the hill

The sole purpose of this post is as a time-waster, and since you shouldn't have to work to waste time, we've done it for you. In the numerous videos below you'll find cars that have lately been in the news tramping all over the grounds of Lord March's estate in Goodwood, England.
There's the McLaren P1 heading up the hill, the Jaguar Project 7, then a casually-driven Porsche 917 followed by an even-more-casually-driven Porsche 956, topped off by a Porsche 936 that is anything but casually driven. The next round is the flame-spitting Peugeot 405 T16 Pikes Peak from Climb Dance, a camera mounted on the Peugeot RCZ R after it showing you what the whole, uninterrupted run up the hill looks like. For a real head-turner, we couldn't embed it but there's Andy Reid blasting up the hill in a Ford Transit Supervan with a Cosworth 3000 V6 engine.
The modern racing contingent has Allan McNish doing the hill in the Audi R18 e-tron quattro he used to win Le Mans and Lewis Hamilton making lots of tire smoke in the Mercedes-AMG Petronas MGP-W02. For comparison, that's followed by Nick Heidfeld's record-setting run up the hill in 1999 in the McLaren MP4/14 . The classic racing contingent is headlined by 71-year-old Giacomo Agostini on an MV Agusta.

Jaguar designs Tour de France racing bike [w/video]

Jaguar is known for designing luxury sedans, and it's known for designing GTs. But once in a while it dabbles in a new area of transportation design. It's working on its first crossover at the moment, and even did a speedboat concept a couple of years ago. Now it's turned its attention to bicycles.
While many automakers have designed bikes in the past, Jaguar's project has a bit more of a direct correlation. It's been working with Team Sky - the outfit that has won the Tour de France two years running now - since 2010, furnishing the team with support vehicles for bicycle races around the world. But now it's stepping its collaboration up a notch by redesigning the team's bike.
Working with frame manufacturer Pinarello, Jaguar took the existing Dogma 65.1 racing bike design back to the drawing board. Jaguar's designers and engineers reshaped the frame tubes, seat post, front fork, derailleur and all the components attached to the frame, each part streamlined for aerodynamic efficiency. They ran it through Jaguar's Computational Fluid Dynamics processor 300 times then verified the results in the wind tunnel.