We Finance!!! 2009 Jaguar Xf Luxury Auto Paddles Roof Push Start 18 Rims Cd!!! on 2040-cars

Auto blog

Jaguar's next-generation XJ will be electric, but it won't bend design rules

Jaguar's next-generation XJ won't roar like a lion or purr like a kitten. It will ditch gasoline-powered six- and eight-cylinder engines in favor of electric power, the British company confirmed, but that's not an excuse to completely change its proportions. It will still be recognizable as a member of the decades-old XJ family. "We're there to make the best-looking cars we possibly can, so the new XJ, it does have a [hood] on it. It's a very, very elegant shape; it's probably a little bit more traditional than the I-Pace," explained Julian Thomson, the man who replaced Ian Callum as Jaguar's head of design, in an interview with magazine Auto Express. The aforementioned I-Pace is a segment-bending crossover with short overhangs and an unusually spacious cabin; it takes full advantage of the possibilities offered by compact electric technology, and it looks like nothing else on the road. Thomson confirmed his team won't take the XJ in this direction, and spy shots (pictured) taken far north of the Arctic Circle illustrate his point while keeping finer details under a swirly black and white wrap. Although it's built on a massive lithium-ion battery pack, the next-generation XJ seemingly wears the typical long front, short back proportions that have characterized the model for generations. The most dramatic change is the presence of a hatch instead of a trunk lid. It was added to give the sedan a more fastback-like appearance than its predecessor; it has nothing to do with what's under the sheet metal. The XJ has been the segment's underdog for many years so keeping the classic three-box silhouette would have been marketing suicide. "It's going to be a very, very luxurious, very, very calm, tranquil piece of transportation. But, it's not overtly flashy, it's not overtly expensive," summed up Thomson. His comments suggest it will be a better match for the Mercedes-Benz EQS, which is being designed around comfort the firm is known for globally, than for the Porsche Taycan, which stays true to the badge on its nose by putting a greater focus on performance. The electric version of the seventh-generation BMW 7 Series due out in the early 2020s will split the difference. Jaguar is putting the final touches on the next-generation XJ, and it plans to introduce the model before the end of 2020. It's too early to tell if the big, silent cat will make its debut at one of the few auto shows left on the calendar, at a standalone event, or online.

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.

Jaguar to expand Jaguar XKR-S GT production run?

According to a report in Autocar, demand for the Jaguar XKR-S GT is such that the English company could nearly double production from 30 to 50 cars. Such inflation can often incense those have already put deposits down, worried that they've both been lied to about the potentially diminished values of their cars, but Jaguar has made the announcement barely a day after the XKR-S GT was revealed and 50 still isn't that many vehicles.
Nothing in the Autocar report indicates the additional examples will not come to America, making the 500-horsepower superfast coupe a treat we can still call all our own. Jaguar didn't add horsepower but instead honed other aspects of the car to produce a GT that can lap the 'Ring nearly as quickly as a Ferrari 458 Italia, and the world should be the beneficiary, the company's brand director saying, "The real beauty of this project has been that it has extended our understanding of the elements involved in making a car go so fast, and that will feed back into all our road car programs." Sounds good to us.