2021 Jaguar F-pace S P250 Awd Automatic on 2040-cars

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Jaguar considers BMW X1 fighter

It's no secret that the sub-compact crossover is the next big thing in the auto industry. From the Mazda CX-3, Honda HR-V, and Jeep Renegade to the Mercedes-Benz GLA, Audi Q3, and BMW X1, automakers the world over are pushing hard to get a piece of this brand-new pie. Autocar is reporting that Jaguar could soon join the ranks of them. While the manufacturer is hard at work on the new F-Pace, this new CUV would slot in below and could even be priced under the new entry level XE sedan. "A family [of CUVs] is not confirmed but we are investigating it," Steven de Ploey, Jaguar's brand director, told Autocar. "If we want to grow, a compact model is the obvious opportunity. The arguments about this are twofold. It has to be a Jaguar in design and performance, and it would be a challenge to do this. The second is the business, both in terms of scale and competition." While the brand may be toying around with the idea of a compact CUV, de Ploey points out that there are a number of issues preventing a vehicle below the F-Pace. "You'd not just be competing with premium brands but high-end mainstream manufacturers, too. There are lots of other things we have to do before this, but we have opportunities and permission to play there," de Ploey said. "There is also a cost challenge. We'd need a different architecture. What we have is scalable, but that low? You'd really have to investigate taking it down. You need to tick the box with the business case." Related Video:

Jaguar to reveal small sedan at Paris show

Small sedans are big business for luxury automakers. The C-Class is the top seller for Mercedes-Benz, much as the 3 Series is for BMW, but Jaguar has historically missed out on that market. Its last attempt, the X-Type, proved woefully inadequate, and Jaguar hasn't attempted to take on that market again since. But that's all about to change.
Coventry has been working on a new small Jaguar for some time now (using test mules like the one above wearing modified XF body panels), and according to the latest reports coming in from the UK, it will showcase the result of those efforts at the Paris Motor Show next October. The show car will take the form of a pre-production concept that is expected to preview the production version very closely before the final item is unveiled at the 2015 Geneva Motor Show.
Tipped to be called XS (somewhat appropriately for the brand's smallest model), the new sedan is expected to be the first to use the company's new aluminum platform previewed by the C-X17. Expect styling to follow along similar lines to said crossover concept and the F-Type sportscar, with eventual sedan, wagon and coupe versions to round out the family.

Jaguar confirms 575-hp F-Type Project 7 for Goodwood debut

Two days ago, Jaguar announced it had something special in store for the Goodwood Festival of Speed this weekend. Then yesterday images of that special creation, the F-Type Project 7, leaked out. And now, as promised, Coventry has released the full details on the ultimate F-Type to date. And its even better than we expected.
The production version of the concept revealed last year, the F-Type Project 7 celebrates the 60th anniversary of the D-Type by borrowing some of that legendary roadster's design cues, right down to the rear fin and British Racing Green livery with white racing stripes.
Of course the Project 7 is more than just a retro appearance package. The bespoke speedster packs a version of Jaguar's prolific 5.0-liter supercharged V8 with 575 horsepower - 25 more than the F-Type R Coupe - to make it the Leaping Cat marque's most powerful production car to date. Mated to Coventry's familiar eight-speed automatic transmission, that's said to be enough to propel the Project 7 to 60 in 3.8 seconds en route to an electronically limited top speed of 186 miles per hour. Keeping all that power and pace in check and on the road are such features as carbon ceramic brakes, a full complement of carbon-fiber aero components, electronic differential and brake-based torque vectoring system.