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The Jaguar E-Pace shows off a rather cab-forward look in these spy shots

It seems the Jaguar F-Pace may be getting a little sibling soon. A smaller crossover, which we expect will be called the E-Pace, has been caught during winter testing. The SUV seen here appears to be sized like compact luxury crossovers such as the Audi Q3 and BMW X1. This also fits with Jaguar's brand director's statements that it has been considering an SUV for this class. Much of the car is well camouflaged, but taking a close look, this E-Pace has a surprisingly short dash-to-axle ratio. It's not as drastic as the electric I-Pace concept, but there's so little space between the bumper and the base of the windshield that we sincerely doubt that a longitudinal inline-4 or V6 could be lurking under the hood. And, if the E-Pace does in fact use a transverse-mounted engine, it probably doesn't share a platform with any of its rear-drive-based stablemates. It may seem strange that a company known for its rear-drive cars is considering a transverse, front-drive-based vehicle, but there are reasons it may be going this way. For one thing, Jaguar's brand director said he wasn't sure that the company's existing platforms could be scaled down far enough for such a compact crossover. That would seem to preclude using an existing rear-drive platform or developing a totally new one. In fact, it only leaves one real option in the Jaguar Land Rover line for this vehicle: the Range Rover Evoque platform, which is also shared with the Discovery Sport. It's a small SUV platform with a transverse layout. It's also currently available and should be cheap to adapt; perfect for capitalizing on the hot crossover market. We just hope Jaguar can inject some more fun into it than Land Rover did with the Discovery Sport. Using that platform also means Jaguar would probably borrow one or more engines from the Evoque and Discovery Sport. In the US, both models are only offered with a turbocharged 2.0-liter inline-4 making 240 horsepower. Overseas, both vehicles are available with 2.0-liter turbodiesel four-cylinders, making either 150 or 180 horsepower too. Considering that the 180-horsepower diesel model will arrive in the US under the hood of the Jaguar XE, it's possible that it will show up in the E-Pace as well. Don't expect any of the overseas manual transmissions to make the trip, though. Jaguar only offers a manual on the F-Type sports car in the US, so there really isn't any reason to add one to a small crossover.

2014 Jaguar XJL AWD 3.0

A bit of British nobility floods the senses when piloting the 2014 Jaguar XJ. It's an emotional rush, a perception based on physical surroundings that influence the mind in much the same manner that a stein of pilsner tastes best when consumed in a German beer garden and no sand is softer than that found on a warm Caribbean beach. Jaguar has been assembling cars for nearly 100 years, and few automakers are as equally adept at capturing aristocracy and timelessness within the rich cabins of their luxury offerings.
Jaguar would have no concern if it were the only game in town, but that's far from the truth. The premium full-size luxury segment, which includes vehicles hovering just under or at the six-figure mark, is a contentious grouping that includes the Audi A8, BMW 7 Series, Lexus LS, Mercedes-Benz S-Class and Porsche Panamera. Each of those brings its own game to the battle, and none are easy to dismiss.
To better understand the British perspective and evaluate its latest offering on a land without royalty, I recently spent a week with a long-wheelbase, all-wheel-drive Jaguar XJ in Southern California.

Jaguar Land Rover reveals EV concepts, details green strategy

While it offers diesel models and even a couple hybrids, Jaguar Land Rover isn't quite as fleshed out on alternative powertrains as its luxurious German rivals. That should change pretty soon. JLR revealed three concepts at the CENEX Low Carbon Vehicle event in Millbrook, England, today. The Concept_e "research demonstrators" all use a new electric drive module, an EV system that the Indian-owned, British-based outfit claims will double the power and torque of today' electric motors. JLR says these modular EDMs can be paired with any of the company's engines or transmissions to create either a mild hybrid, a plug-in hybrid, or a pure EV. So yeah, this is kind of a big deal. Arguably the most exciting offering is a one-of-a-kind research vehicle. Riding on JLR's aluminium aluminum architecture, it ties together two electric motors – an 85-kW unit with a single-speed trans on the front axle and a 145-kW rear motor that's been mated to a two-speed transmission – with a 70-kWh li-ion battery that's mounted in the underbody of the car. There's also the Concept_e MHEV. This is a Range Rover Evoque that's been fitted with a mild hybrid system. Just a refresher, but a mild hybrid is very different than what's found in either a Chevrolet Volt or Toyota Prius, as it uses the electric motor and battery pack to simply assist the internal combustion engine, rather than for an electric driving mode. Reflecting that use, this particular Evoque uses a 15-kilowatt electric motor and a 48-volt, lithium-ion battery pack alongside a 90-metric-horsepower diesel-powered prototype. Finally, we have a Range Rover Sport-based plug-in hybrid. This brute uses a 300-metric-horsepower prototype gas engine and an eight-speed automatic alongside a 150-kilowatt electric motor. Energy is stored in a trunk-mounted, 320-volt, li-ion battery back. Partially funded by the British government, the EDMs are the result of a 16.3-million-pound ($25-million) research-and-development program. They're built in house by JLR, but were developed alongside 12 partners. While these concepts are exciting, don't get your hopes up to see a plug-in Jaguar XF or an all-electric Discovery Sport in your local dealer any time soon. "This is a long-term Jaguar Land Rover research project exploring all aspects of future hybrid and battery electric vehicle technology," JLR research and design boss Dr. Wolfgang Epple said in the attached statement.