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Jaguar to follow up with larger J-Pace crossover

Jaguar is about to launch its first foray into the crossover market (that's the C-X17 Concept you see above) with the upcoming debut of the F-Pace, but that won't be its last. According to the UK's Car magazine, plans are already underway to launch a bigger J-Pace crossover as well. Just as the F-Pace is set to serve as the high-riding counterpart to the XF sedan, so too would the J-Pace align itself with the upcoming new XJ – in a strategy not unlike what Mercedes is taking with its crossovers, aligning the GLE (nee M-Class) with the E-Class, the upcoming GLS (GL-Class) to the S-Class and so on. That would make the J-Pace a rival to the likes of the aforementioned GLS and Audi Q7. Tipped to launch in 2019, the Jaguar J-Pace is expected to borrow its aluminum underpinnings from the flagship Range Rover, but take a sportier, more dynamic approach than the top-of-the-line Landie. Expect V6 and V8 engines to be offered, alongside diesel and hybrid powertrain options. The J-Pace has reportedly won out over other proposals to expand the XJ family with coupe, convertible and wagon variants, as the crossover is expected to drive higher sales. Here's hoping those revenues could be poured back into those back-burnered projects, too. Related Video:

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.

Jaguar Land Rover tech tracks brainwaves, heart, lungs

Jaguar Land Rover has been on a bit of a tech kick lately, and its latest is called Mind Sense, which uses biometric sensors to monitor and enhance the driver's level of alertness. Jaguar is installing brainwave sensors adapted from NASA into the steering wheel of an XJ sedan, along with medical-grade heart and respiratory sensors in the seat. Together, the sensors would determine if the driver is focused on the road, dozing off, merely thinking about something else, or if the driver's stress level suddenly peaks. The system would enable the vehicle to better prepare for an emergency, or for a future autonomous vehicle to hand off control to a better-prepared driver where needed. At the same time, JLR is also working on an enhanced infotainment system designed to reduce the amount of time the driver's hands are off the wheel and their eyes are off the road. The system determines which control they're reaching for on the display and engages it while their finger is still in mid-air, deploying an ultrasonic pulse to provide artificial haptic feedback without actually having to touch anything. Finally, a new haptic accelerator pedal is under development that could alert the driver to respond to an impending situation without overloading the senses with chimes and beeps. These latest developments follow the demonstration of a remote-control system installed on a Range Rover Sport, and follow in a long line of new technologies under development by the British automaker. JAGUAR LAND ROVER ROAD SAFETY RESEARCH INCLUDES BRAIN WAVE MONITORING TO IMPROVE DRIVER CONCENTRATION AND REDUCE ACCIDENTS - Jaguar Land Rover's pioneering Mind Sense project is researching measuring brainwaves to monitor driver concentration in the car - Researchers are developing a Wellness Seat in a Jaguar XJ which analyses the driver's heart rate and breathing to monitor driver health and stress - Touchscreens that predict which button you want to press as the user's fingers are in mid-air - to minimise time spent with eyes off the road - Jaguar Land Rover researchers use new haptic accelerator pedal to communicate hazards to the driver Whitley, UK: Jaguar Land Rover has revealed a range of new road safety technology research projects that are being developed to reduce the number of accidents caused by drivers who are stressed, distracted and not concentrating on the road ahead.