2002 Jaguar X-type Sedan Awd on 2040-cars

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2019 Jaguar I-Pace gets official 234-mile range rating

The 2019 Jaguar I-Pace is officially rated to travel as far as 234 miles on a single charge of its battery pack. That's down slightly from the 240 miles initially promised when the slinky electric crossover was first unveiled here in the States. And, while it's roughly equal to the base version of the Tesla Model X, that's not exactly an apples-to-apples comparison. Quoting maximum electric range without considering the capacity of a car's battery pack is the same as quoting the maximum driving range of a gasoline-fueled vehicle without considering how many gallons of gas the tank holds. The I-Pace's battery pack is rated at 90kWh. The Model X's smallest pack is 75kWh. So the Tesla can go about the same total distance as the Jaguar using significantly less energy. It's not just Tesla that boasts greater efficiency figures than the Jaguar. Chevy manages to eke 238 miles out of the Bolt EV's 60kWh battery pack, and Hyundai gets 258 miles from the Kona Electric's 64kWh pack. These vehicles certainly don't all play in the same market segments, and there are a lot of variables to consider. For instance, the Jaguar's 4.5-second 0-60 rating is quicker than the Model X's 4.9-second rating, and its advertised power output of 394 horsepower and 512 pound-feet of torque is higher than Tesla's for the 75D (though Tesla's actual power numbers aren't really advertised in traditional hp and lb-ft figures). But even if cars like the Model X, Chevy Bolt, and Hyundai Kona EV aren't directly comparable across the board, their range and battery capacity figures do help us understand the relative efficiency of each specific vehicle. The efficiency of electric vehicles rated by the EPA is expressed as a MPGe (miles per gallon equivalent) figure. The 2019 Jaguar I-Pace's figures of 80 city, 72 highway, and 76 combined MPGe don't compare favorably with the Tesla Model X's 91 MPGe city, 95 MPGe highway and 93 MPGe combined ratings. It'll be interesting to see how much EV buyers care about the Jaguar's comparatively poor MPGe ratings, but they will definitely have an impact in the real world. In practical terms, what all of this means is that the Jaguar I-Pace is going to use more electricity per mile than the Tesla Model X. And that means it's going to cost more to drive the same distance in the Jag when compared to the Tesla, or just about any other modern long-range EV that's currently on the market. Related Video: This content is hosted by a third party.

2016 Jaguar XE is ready to stalk the competition

The XE wears some of the best styling elements from Jaguar's current litter.
Big sedans and sports cars. Jaguar has been known for those two things since the company's name was birthed in 1945. Stylish saloons like the Mark 2 and performance machines like the E-Type make up the brand's heritage, but the compact sedan market is one where the British marque has lacked great product.

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.