Jaguar Xk8 Xk8 on 2040-cars

Auto blog

Jaguar XE SV Project 8 takes Laguna Seca production sedan record

Jaguar has claimed another Laguna Seca record with Randy Pobst at the wheel. This time around, the Jaguar XE SV Project 8 became the fastest four-door sedan to lap the track, with a time of 1 minute, 37.54 seconds. The record follows the production electric car record set in late August with an unmodified I-Pace HSE, and it's also the fastest recorded Jaguar time on the track; the previous fastest Jaguar there was the 575-horsepower F-Type SVR. As it seems most Laguna Seca records have been set by Pobst, the previous four-door production sedan record was also his handiwork, in a Cadillac CTS-V. That time was about a second slower than the XE SV Project 8, at 1 minute, 38.52. The fastest Pobst time at Laguna Seca stands at 1:28.65, driven with a Dodge Viper ACR MkV. The Laguna Seca record isn't the first lap record claimed by the XE SV Project 8, as it took the production sedan honors at the Nurburgring Nordschleife in November 2017, with a time of 7 minutes, 21.23 seconds. Only 300 vehicles will be built, at the JLR Special Vehicle Operations facility in Coventry, England. The XE SV Project 8 hits 60 mph in just 3.3 seconds, thanks to its 591-horsepower, supercharged V8 engine, which propels it all the way to 200 mph. There are two versions available, a more road-suitable four-seater and a special Track Pack car with lightweight carbon fiber racing seats.Related Video:

Jaguar I-Pace eTrohpy battery-electric racecar

Related: We obsessively covered the Frankfurt Motor Show — here's our complete coverage Jaguar's first battery-electric vehicle is the I-Pace eTrophy. The luxury automaker debuted the I-Pace at the 2017 Frankfurt Motor Show. Jaguar plans to electrify all new models by 2020. Green Jaguar Autoblog Minute Videos Original 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.