1995 Land Rover Defender on 2040-cars

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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

Freelander name making jump from old Land Rover model to new EV brand

The Jaguar Land Rover House of Brands is about to grow by one. JLR signed a Letter of Intent to license a new brand called Freelander to its Chinese joint-venture partner of 12 years, Chery. For those who missed it, Land Rover sold a compact four-wheel-drive model called the Freelander or LR2, depending on market and generation, from 1997 to 2015. The Freelander didn't get the best press, but that didn't stop it from being popular because, before the Evoque, it was the least expensive way to get into something bearing the green oval. The moniker's rebirth will also apply to "mainstream" products, this time pure-electric vehicles outside of JLR's or Chery's current lineups. What's more, the Freelander range won't be limited to China, although JLR wouldn't say how long it would be before international markets could expect Freelander arrival.  They new cars will be designed by teams from both automakers and sit on Chery's E0X battery-electric architecture. Car News China reports that the E0X can support an 800-volt architecture, Level 3 autonomous driving, and air suspension setups. The platform also plays nice with range-extended EVs, a powertrain type enjoying the same upswing in popularity over there as in other markets. Autocar writes that extended-range EV sales from January 2023 to September 2023 rose 157% over the same span in 2022. Chery's Luxeed R7, above, sits on E0X bones. The Luxeed R7 EV comes in single- and dual-motor variants from 288 horsepower to 489 hp, and offers a maximum range of 531 miles on the Chinese cycle. Previous to this new announcement, Chery said it would also share its M3X platform with the Chery Jaguar Land Rover collaboration, the vehicle structure said to have been developed with Magna International. The M3X is suited to internal combustion and PHEV powertrains. JLR's press release specifies that for now, Freelander will be "an advanced portfolio of electric vehicles," so it's possible future Freelanders will expand powertrain options once the electric lineup gains momentum, or the M3X might be applied to a different set of products.

UK car output falls 14% in March, may get worse with no-deal Brexit

LONDON — British car output fell for the 10th month in a row in March, hit by a slowdown in key foreign markets, and the sector stands to suffer a lot more if the country leaves the European Union without a deal, an industry body said on Tuesday. Output tumbled by an annual 14.4 percent to 126,195 cars in March, the Society of Motor Manufacturers and Traders said. Exports, which account for nearly four out of every five cars made in Britain, were down by 13.4 percent. The SMMT said analysis it had commissioned predicted output would fall this year to 1.36 million units from 1.52 million in 2018, assuming London can secure a transition deal with the EU. If Britain has to rely instead on World Trade Organization rules for its trade with the bloc, which include import tariffs, output is forecast to fall by around 30 percent to 1.07 million units in 2021, returning to mid-1980s levels, the SMMT said. The forecasts were produced for SMMT by AutoAnalysis, a consultancy. Prime Minister Theresa May has secured a delay to the Brexit deadline until Oct. 31, giving her more time to try to break an impasse in parliament over the terms of Britain's departure from the EU. Foreign minister Jeremy Hunt traveled to Japan earlier this month to try to persuade the Japanese government and Toyota, which has a big presence in Britain, that London was determined to avoid a no-deal Brexit. "Just a few years ago, industry was on track to produce 2 million cars by 2020 — a target now impossible with Britain's reputation as stable and attractive business environment undermined," SMMT chief executive Mike Hawes said. "All parties must find a compromise urgently so we can set about repairing the damage and diverting energy and investment to the technological challenges that will define the future of the global industry." (Reporting by William Schomberg, editing by David Milliken)