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UK electric motor maker YASA expands production 50-fold for EVs

LONDON — British electric motor manufacturer YASA said on Thursday it was increasing its production capacity from 2,000 to 100,000 units with a new factory to tap into growing demand from carmakers for greener technologies. Automakers are racing to build greener vehicles and improve charge times in a bid to meet rising customer demand and air quality targets but Britain lacks sufficient manufacturing capacity, an area the government is building up. Last year, the government picked a site in central England to house a new automotive battery development facility, which will develop the processes required to manufacture the latest battery advancements. On Thursday, YASA, based near the English city of Oxford, said it had raised another 15 million pounds ($21 million) as part of its expansion. "Our customers are looking to adopt innovative new technologies such as YASA's axial-flux electric motors and controllers in order to meet the needs of the rapidly expanding hybrid and pure electric automotive market," said Chief Executive Chris Harris. The firm exports 80 percent of production and has worked with companies including Britain's two biggest carmakers Jaguar Land Rover and Nissan as well as Aston Martin. JLR will decide this year whether to build electric cars in its home market, previously citing factors such as pilot testing and support from science and government as pre-requisites. Reporting by Costas PitasRelated Video:

All-electric Jaguar XJ coming soon on platform shared with 'Road Rover'

We've been posting on the likelihood of electric Jaguars for a while now, especially the XJ leading the charge as a new EV flagship. Rumors at the beginning of 2018 predicted an XJ EV on our doorstep by the end of 2018, the 50th anniversary year of the XJ. By April this year, it was looking like the battery-powered XJ would use the I-Pace platform and make an appearance sometime in 2019. Now, Automotive News Europe reports that during Jaguar Land Rover's Investor's Day presentations, the automaker said it would debut a "large SUV and a large premium sedan" on its Modular Longitudinal Architecture (MLA) suitable for EVs, hybrids and traditional ICE-powered cars. The sedan in question is the next-gen XJ. Nick Rogers, JLR's product engineering boss, said electric MLA vehicles will get 90.2-kWh batteries that return range of up to 400 kilometers (292 miles) on the European cycle. That would effectively be the same size battery as the I-Pace, which rides on its own one-off platform, and the same range; in the U.S., the I-Pace is rated at 234 miles. It's said the XJ's design, produced by former Jaguar design chief Ian Callum and his team, has already been cleared. It swaps the four-door body for a five-door, a la the Audi A7, and introduces a new design language for the car and the carmaker. Car and Driver says the new statement sedan aims to be "a cutting-edge alternative to the BMW 7 Series and Mercedes-Benz S-Class," and Autocar saying it will "remain Jaguar's flagship in preference to a large SUV, such as the rumored J-Pace." The point of introducing the EV first is to establish the car's technology and sporting credentials — hopefully before the Porsche Taycan and Audi E-Tron GT arrive. Eventually, an ICE version of the XJ powered by an Ingenium inline-six should come; that will welcome buyers not ready to make the all-EV switch, a necessary move in keeping with the XJ's competition for global sales with the S-Class and 7 Series. However, leaving room in the design for a conventional drivetrain will force compromises that the all-electric competition doesn't face. Production of the current XJ ends at the Castle Bromwich facility on July 5. The new sedan is slated to be "announced in the near future" and built at JLR's plant in Solihull, which assembles Land Rover products. The same MLA platform will support a road-focused Land Rover as a sibling to the XJ, dubbed the "Road Rover" internally.

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.