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Jaguar Land Rover building new R&D center for hybrids, EVs, autonomous cars

The success of Jaguar Land Rover in recent years has largely been down to a resurgent product lineup, but a recent move into the research and development will see the British-based, Indian-owned brands take the fight to its German rivals more aggressively than ever before.
JLR is investing 50 million pounds ($80,345,000, as of this writing) in a joint R&D center in central England. The move will more than triple its staff dedicated to research, from 150 to 500, with Wolfgang Epple, JLR's Director of Research and Technology telling Automotive News Europe, "In order to play among the big animals in automotive and to be anchored in the mind of customers you have to have offered something unique, to be first in market. We want to be one of the key premier automotive manufacturers."
Jaguar Land Rover's 50-million-pound contribution represents more than half of the 94-million-pound tab, on the so-called National Automotive Innovation Campus. Based at Warwick University, Tata's European Technical Center, Warwick Manufacturing Group and the Higher Education Funding Council, an agency of the British government, are all chipping in for the facility.

2017 Jaguar XE

You've seen this movie before. Topple the BMW 3 Series has gone more rounds than The Fast and The Furious and The Transporter combined. But like any good cinematic retread, this time it's different. For starters, the latest installment is a zombie flick. Born from the ashes of Ford ownership and the failed X-Type, the 2017 Jaguar XE is coming to save us from the somnambulant, undead Bimmer. Think Army of Darkness with luxury sport sedans, and you'll understand what we're going for. Okay, the plot is only based on a true story. The reality in the automotive world isn't as dramatic as most car journalists would like you to believe. But the XE is hugely important for Jaguar's desire to increase global production. You're looking at the future best-selling model. It's built on an all-new body structure that forms the basis for all the brand's upcoming sedans. The smallest, most affordable Jaguar also launches with a new engine family, built in a new factory in England. The XE arrives stateside in early 2016 with two available engines. A 2.0-liter diesel from the new Ingenium lineup is the entry-level model. Above that is the supercharged 3.0-liter V6 familiar to the Jaguar and Land Rover lineup. A turbo 2.0-liter gas engine will come in below the diesel at a later date, with an optional manual transmission. The XE versions on launch will offer rear- or all-wheel-drive. Pricing information is yet to be revealed. Until then, just assume the XE will mimic its competitors for price and content. We spent most of our time driving the 35t with R-Sport trim, but check back for a driving impression of the diesel in a few days. As we reported in our prototype drive of the XE earlier this year, this car has incredible steering feel. It's the supernatural aid in the XE's monomyth if any film buffs are still paying attention. The electrically assisted system ranks in the hall of fame with the rack on the current Porsche 911 Carrera. Lightly weighted, the loads build up in the steering wheel like it's wired to strain gauges on the sidewall of the front tires. It's not just good programming that makes the XE steer so well, although that's a big part. The rest comes from the chassis. Jaguar engineers claim the double wishbone front suspension uses lessons learned from the F-Type. The rear part of the car's quick responses comes from a multi-link setup Jag calls integrated link. A body 20-percent stiffer than the current XF also contributes to sharp reflexes.

Watch a Jaguar F-Type R drag a parachute at 186 mph

With carbon-ceramic brakes on offer, the Jaguar F-Type R Coupe can shed off speed even faster than it can rack it up. Even the standard steel rotors do a pretty good job of it. But what would happen if you deployed a parachute out the back of the Jag at 186 miles per hour, like you might with a drag racer? That's what the British automaker has found out in this latest video. And just why would they do such a thing, you ask? Because Bloodhound, that's why. Jaguar is providing technical support to the Bloodhound SSC land speed record attempt, and one of the roles into which the F-Type has been pressed is to check the parachute that will (along with the air brakes and rotors) form an integral part of the jet- and rocket-powered vehicle's run. To make sure the chute would do its job, the team put Royal Air Force pilot Andy Green behind the wheel of the specially equipped F-Type at the RAF air base in Bentwaters, Suffolk, UK, had him speed down the runway up to the car's top speed and deploy the chute. Fortunately, as you can see from the minute-long clip, everything seemed to have gone according to plan – though we're not sure about the logic behind the assertion that if "it worked at 180, it will definitely work at a thousand miles an hour." Related Video: Jaguar F-TYPE Performs Mission Critical Parachute Deployment Test for British World Land Speed Record Challenger Bloodhound SSC 12 June 2015 - World land speed record holder Andy Green drives an F-TYPE R Coupe at top speed of 186mph to test Bloodhound SSC's parachute deployment system - The test continues Jaguar's technical partnership in the world land speed record attempt, following a high-speed communications test run in South Africa in 2014 - Jaguar will be at the heart of Bloodhound SSC providing its 5.0-litre 550PS supercharged V8 engine to power the rocket's oxidiser pump Today, Jaguar and the world land speed record holder RAF Wing Commander Andy Green performed vital high-speed parachute tests as part of the company's on-going technical support for this unique engineering adventure: creating a car that can cover a mile in just 3.6 seconds. The jet and rocket powered car, which aims to surpass the current record of 763.035mph before targeting 1000mph, has multiple braking systems including air-brakes ('doors' mounted on the side of the car which open to increase aerodynamic drag) and disc brakes (used when slowing down from 200mph).