1998 Land Rover Discovery Le Sport Utility 4-door 4.0l on 2040-cars

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Jaguar Land Rover offers (some) detail about new Ingenium engine

Jaguar Land Rover officially announced its Ingenium family of engines with the unveiling of the 2.0-liter version in the Jaguar XE concept at the 2014 Geneva Motor Show, but it kept details very thin at the time. All we knew was that the new turbocharged mills could be configured to use gasoline or diesel, and be positioned longitudinally or transversely. Months later, JLR is finally letting some more info slip about its new baby, but there are still some big questions to be answered.
For the Ingenium project, Jaguar Land Rover gave its engineers a clean sheet of paper and told them not to worry about using any previous parts or machinery. In the end, the designers came up with a family of turbocharged, aluminum-block engines based around modular, 500cc cylinders to allow it to grow or shrink as the market demanded. The layout was also made adaptable enough to incorporate hybrid drivetrains, if needed. "Being configurable and flexible are the two key strands of Ingenium's DNA because we have future-proofed our new engines from the outset," said said Ron Lee, the company's director of Powertrain Engineering.
To maximize efficiency, Jaguar promises that all versions of the Ingenium engines come with computer-controlled, variable oil pumps and water pumps to use only as much energy as needed. They also get direct injection, roller bearings for the cams and stop/start. The diesel version alone has 17 percent less internal friction than the mill it replaces, the company claims. JLR is also promising class-leading figures for Ingenium's torque and horsepower too, but it's not giving away those specs just yet.

Buy a Jaguar E-Type continuation, get a matching wristwatch

From time to time, automakers release special branded watches. Jaguar and Land Rover are no different. The latest from Land Rover isn't particularly remarkable, but one new Jaguar piece is pretty special. Jaguar partnered with British watchmaker Bremont for a line of watches, the most impressive being a 43mm watch that commemorates Jaguar's continuation series of Lightweight E-Types. Like the cars, only six of the watches will be produced, and they will be offered to the owners of those $1.5 million cars. Each watch features a serial number that matches a corresponding car, and the faces have been designed to look like the instruments aboard the E-Types. The same goes for the hands, which look like the gauge needles. The winding crown also has a tire tread pattern that wraps around the sides, with Jaguar's heritage logo on the top. And these timepieces are built with aluminum left over from the continuation E-Types. On the back is the most impressive part, though. Here is where the watch's automatic winding weight is visible. It's shaped like a vintage steering wheel, and the outer rim is made from real wood. The weight keeps the watch and its exclusive Bremont movement wound. If you can't afford this ultra-limited watch, Bremont has a line of other Jaguar watches with many of the same design cues, at prices ranging from less than $5,000 to more than $11,000. The Land Rover watch is a bit disappointing, since it bears little apparent connection to the vehicles. Zenith, the Swiss company that partnered with Land Rover for the piece, claims the design is inspired by the Range Rover. And Land Rover claims a connection in that a British explorer wore the same series watch while completing an expedition with a pair of Range Rovers. There's also the fact that the watch and the SUV are both made of aluminum, but otherwise, the Zenith watch doesn't look particularly automotive. The box sounds pretty cool, though, since it's fashioned from Land Rover wood and upholstery. Related Video:

Jaguar Land Rover and Cambridge have developed a touchless touchscreen

Jaguar Land Rover and the University of Cambridge are working on new touchscreen technology that eliminates the need to touch the screen. Counterintuitive, right? It’s called “predictive touch” for now, in part because the system is able to predict what you might be aiming for on the screen.  The video at the top of this post is the best way to understand how users will interact with the tech, but weÂ’ll do some more explaining here. You simply reach out with your finger pointing toward the item on screen that you want to select. ItÂ’ll highlight the item and then select it. HereÂ’s how it works, according to the University of Cambridge: “The technology uses machine intelligence to determine the item the user intends to select on the screen early in the pointing task, speeding up the interaction. It uses a gesture tracker, including vision-based or radio frequency-based sensors, which are increasingly common in consumer electronics; contextual information such as user profile, interface design, environmental conditions; and data available from other sensors, such as an eye-gaze tracker, to infer the userÂ’s intent in real time.” Cambridge claims that lab tests showed a 50 percent reduction in both effort and time by the driver in using the screen, which would theoretically translate to more time looking at the road and less time jabbing away at the screen. If the prediction and machine learning tech is good enough, we could see this resulting in a reduced number of accidental inputs. However, on a certain level it almost sounds more difficult to point at a screen while moving than it does to actually touch a section of that screen. Without using the tech and its supposedly great predictive abilities, we canÂ’t come to any grand conclusions. One comparison you may already be thinking of is BMWÂ’s Gesture Controls. ItÂ’s already been addressed with a subtle diss from Cambridge: “Our technology has numerous advantages over more basic mid-air interaction techniques or conventional gesture recognition, because it supports intuitive interactions with legacy interface designs and doesnÂ’t require any learning on the part of the user,” said Dr Bashar Ahmad of the University of Cambridge. Of course, this tech can be used for much more than just vehicle touchscreen control. Cambridge says it could be integrated into ATMs, airport check-in kiosks, grocery store self checkouts and more.