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Watch the Jaguar I-Pace live reveal

The day has finally come for the Jaguar I-Pace electric crossover to be revealed, and you can watch as the sheet is pulled off the company's first full EV. The reveal starts at 1:00 p.m. ET, and can be viewed in the embedded video above. The I-Pace was first revealed in concept form in Nov. 2016. Jaguar claimed it had a range of 220 miles, 400 horsepower, and 516 pound-feet of torque. Jaguar has also promised very fast charging at 100kW DC chargers. Apparently it can regain 80% of its charge in 45 minutes at such a charger. Jaguar has claimed this charging capability for the production model, but we have yet to see if the power and range numbers held up. Jaguar will also run a one-make I-Pace race series alongside Formula E. We'll see if any further announcements are made about the racing version of the car and the series. Related Video:

Junkyard Gem: 1984 Jaguar XJ-S with Chevrolet V8 swap

If you wanted to do some conspicuous consumption during the 1980s, you couldn't do much better than the Series II Jaguar XJ-S. A big, decadent-looking coupe with a smooth V12 engine under its vast bonnet, a new XJ-S would have been just the thing to celebrate a fresh round of S&L looting or a Stinger missile deal with Adnan Khashoggi in 1984. The XJ-S cost plenty to keep running, though; when the third or fourth owner got tired of huge repair bills for V12 problems, a small-block Chevy V8 engine often got swapped in. Today's Junkyard Gem in Denver is such a Jag, with an early-1990s Chevy 350 residing in the engine compartment. While the good old Chevy 350 didn't purr quite as silently as the nicely balanced 5.3-liter V12, it got the job done. Some junkyard shopper had already grabbed the heads off this engine before I got to it. The block casting number indicates that the engine began life in a 1987-1995 car or truck. The small-block Chevy is a common swap for Jaguar XJs, going back to the 1960s.  The cylinder-head buyer tossed the heavy intake manifold on the roof, which would be a junkyard no-no on a nice car. This car's body isn't so nice, though. It appears that some sort of aftermarket hood scoop once lived atop these layers of body filler and pop rivets. The interior looks decent enough, though the varnish on the dashboard wood shows signs of excessive Colorado sun exposure. The MSRP on this car began at $34,700, or about $87,300 in 2020 dollars. You could get a new Cadillac Eldorado Biarritz coupe that year for just $23,737, though the real competition for the XJ-S was more likely to be a Mercedes-Benz S-Class or BMW 6 Series with two doors. The 1984 BMW 633CSi went for $39,120, while the Mercedes-Benz 500SEC cost a staggering $56,800 that year. How the mighty have fallen! This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. You can't buy the race car, but you can buy V12 power wrapped in soft leather and paneled in rare wood. Featured Gallery Junked 1984 Jaguar XJ-S View 22 Photos Auto News Jaguar Automotive History Coupe Junkyard Gems

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.