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Jaguar F-Pace leaps into crossover segment [UPDATE]

UPDATE: Jaguar has issued a statement indicating that the F-Pace cargo volume specified in the original official press release, was incorrect. In short, the correct figure is 33.5 cubic-feet, not 23 cu-ft, and we've updated the text. Here's the statement: "The previous draft of the release we issued incorrectly identified cargo volume in the Jaguar F-PACE using a figure that was not calculated using the US Market standard SAE methodology. The correct specification for rear load space volume in the 2017 Jaguar F-PACE with the second row seats up is 33.5 cu.ft., not 22.95 cu.ft." It's been two years since Jaguar showed off the C-X17 concept crossover at the Frankfurt Motor Show, giving us a deep metallic blue taste of what the world would look like with a leaping-cat in it. Here we have the production result, the 2017 F-Pace, coming to dealerships in Spring 2016. It will be offered in four trims - Premium, Prestige, R-Sport, and S - with three engines. Two supercharged V6 engines come at launch, one with 340 horsepower, the second with 380 hp, both shifting through the same ZF eight-speed transmission from the sedan range. Some time after that a 2.0-liter Ingenium diesel will join the lineup, offering 180 hp and 317 lb-ft. To get in, the price for that eventual diesel is will be $40,9907, while the V6s start at $42,390 and $56,700. If you liked the look of the C-X17 then there's nothing to put you off the F-Pace. The illuminated intakes from the concept are gone and the fender vents have a slightly different graphic, but otherwise you'll find Waldo before you'll find significant exterior changes. The body is one third aluminum, tweaked with high-strength steel, magnesium, and composites creating torsional stiffness numbers that match the new XF. Wheels go from 18 inches to 22 inches, hung at the ends of a double-wishbone setup in front, an integral link suspension in back, and monotube dampers all around, over a wheelbase that's 113 inches. Short overhangs front and back that mean a maximal approach angle of 25.5 degrees, a max departure angle of 25.7-degrees. The standard instrument binnacle is two analogue dials flanking a TFT display, the upgraded unit is a 12.3-inch virtual instrument cluster. It sounds like the interior trim will go as high up as you want it - something has to justify the $14,310 price difference between the V6 models - with "available leather" on the low end, aluminum mesh and satin grey ash at the other end.

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

Recharge Wrap-up: Jaguar's aluminum recycling, lithium demand rises

Jaguar Land Rover has recycled over 50 metric tons of aluminum over the past year. As Jaguar celebrates a year of sales of the XE – which makes use of recycled aluminum – its closed loop recycling program has prevented some 500,000 metric tons of CO2 emissions. The XE is the first car in Jaguar's REALCAR (short for REcycled ALuminium CAR) program, and the company says it has recycled an amount equal to almost 200,000 XE body shells. "Its success so far marks a significant step towards our goal of having up to 75 percent recycled aluminium content in our vehicle body structures by 2020," says Group Engineering Director Nick Rogers. Check out the video above, and read more from Jaguar. Electric vehicle manufacturers are putting a strain on lithium supplies. Since the metal is used in the batteries of most electric vehicles, demand is expected to grow by 8.8 percent a year through 2019. While Tesla has deals with natural resource companies Pure Energy Minerals and Bacanora Minerals, they won't be able to keep up with the automaker's goal of 500,000 EVs by 2020. Tesla, BYD, and other EV manufacturers are going to be competing for these resources, and new lithium firms will enter the market to compete for automakers' business. Read more in the press release or the blog post from Market Research. Connecticut's Department of Energy and Environmental Protection (DEEP) has announced a new funding opportunity for building public EV charging infrastructure. DEEP is accepting applications from private entities for awards of up to $10,000 for installing a public dual-head charger or two single-head chargers, for up to 17 new charging stations. It prefers proposals for underserved areas with major traffic, such as downtowns. Connecticut has a goal of putting 3.3 million EVs on the road by 2025. Read more in the notice from DEEP, or visit DEEP's website. Car clubs are responsible for the removal of about 25,000 cars from London roads. According to a new survey, every club car removes 10 private cars, as club members sell their own vehicles. The survey of 4,000 Londoners also shows that carsharing members drive an average of 750 fewer miles every year after joining. London is currently home to 186,000 car club members using 2,800 cars, while the UK's 220,000 club members use over 3,800 club cars. Also, many car clubs offer access to electric vehicles, which helps to further reduce emissions.