2011 Land Rover Range Rover Sport Supercharged on 2040-cars

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Jaguar Land Rover building new Special Vehicle Operations facility

It's only been a couple of months since Jaguar Land Rover announced the formation of its new Special Operations division, and we've already seen a number of vehicles to come out of it. But now the British automaker has announced a new facility that will house its elite skunkworks department.
Set to be built at Prologis Park in Ryton, England, on the outskirts of Coventry, the new Special Vehicle Operations Technical Centre will encompass dedicated production lines, F1-style flexible workshops, a dedicated paint studio and VIP suite for commissioning bespoke projects. JLR will spend some $33 million on the facility that will be home to 150 specialists - 100 of them being new hires.
The first project which the Special Operations division is working on is the F-Type Project 7, but we've already seen more projects in the pipeline - including the upcoming Range Rover Sport SVR - and you can bet there'll be more. The revival of the Lightweight E-Type also falls under Special Operations, but is undertaken by the Jaguar Heritage department located nearby at Browns Lane.

Land Rover will downsize with a pair of hybridized turbodiesel sixes

Europe's automotive industry has ground to a halt, but the strict emissions regulations that went into effect in early 2020 are still looming on the horizon. Land Rover is preparing to launch a pair of hybridized turbodiesel six-cylinder engines in a bid to comply with the regulations and avoid paying huge fines, according to a recent report. British magazine Autocar learned Land Rover has applied the mild hybrid technology already offered on the Evoque and the Discovery Sport, its two smallest models, to a 3.0-liter straight-six to obtain 300 horsepower. The company will also release a more powerful version of the six rated at about 350 horses. The former will be available on HSE, HSE Dynamic and Autobiography Dynamic variants of the Range Rover Sport, while the latter will be added to upmarket models like the HST. The full-size Range Rover (pictured) will get them, too. The sixes represent a two-pronged approach to replacing the 4.4-liter turbodiesel V8 available in Europe, among other markets. It delivers 335 horsepower and 546 pound-feet of torque, and it sends the Range Rover from zero to 60 mph in 6.5 seconds while giving it a 7,700-pound towing capacity. These figures are hard to argue against, but it's an older engine that's increasing the company's fleet-wide average emissions output, so it has to go. The mild hybrid system won't power either Range Rover on electricity alone, but it will make them cleaner and more efficient; losing a pair of cylinders will help in both areas, too. Although Land Rover hasn't confirmed plans to ax the V8 or launch a hybridized six, suppliers have started publishing information about the powertrain, so its launch is believed to be around the corner. Time will tell whether it will appear on the current-generation models or their replacements, which are undergoing shakedown testing globally and due out in the coming months. Sister company Jaguar will use the mild hybrid technology, too. The six-cylinder will find its way into the XF and the F-Pace, which are both expected to receive comprehensive updates before the end of 2020. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Talking Land Rover Defender, Ford Bronco and GMC Jimmy | Autoblog Podcast #586

Land Rover will put a Covid-nuking air filtration system in future cars

Jaguar - Land Rover (JLR) is developing an air filtration system that inhibits up to 97% of viruses and airborne bacteria. Designed like a face mask for your car's HVAC system, it's built on Panasonic's Nanoe X technology. Most of the company's models (including the Land Rover Defender) currently come equipped with Panasonic's Nanoe technology and PM2.5 filtration. Nanoe X is 10 times more effective, according to the brand, because it relies on a high voltage to create trillions of hydroxyl (OH) radicals enveloped in nano-sized water molecules. Think of them as Roman guards in front of a fortress: they keep the bad out, and ensure only the good can come in. Viruses and bacteria proteins are denatured when they come into contact with the filtration system, meaning they can't reproduce or grow. The OH radicals also zap common allergens and mold, but they're harmless to humans. JLR stressed it's not relying on computer simulations to decide whether its filtration system works as designed. It asked British laboratory Perfectus Biomed to perform a test that simulates a ventilation system in recirculation mode for a 30-minute cycle in a sealed chamber. The results were encouraging: 97% of viruses and airborne bacteria were nuked. The carmaker pointed out Panasonic's Nanoe X technology has been independently proven to inhibit 99.995% of coronaviruses during a two-hour laboratory test carried out by French immunology lab Texcell. Future models from Jaguar and Land Rover will use this technology, though a representative for both companies declined to tell us when it will reach production, and which nameplate(s) will inaugurate it. Meanwhile, Honda launched its own coronavirus killer across the pond. It's a cabin air filter sold as a genuine replacement part that consists of four layers, including one coated with an active substance of fruit extract that inactivates nearly 100% of the viral aerosols it captures. It's available in Europe through Honda dealers, but it won't be sold in America. Jaguar Land Rover