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Stellantis and LG launch joint venture for North American battery plant

Stellantis has struck a preliminary deal with battery maker LG Energy Solution (LGES) to produce battery cells and modules for North America, as the world's No. 4 automaker rolls out its 30 billion euro ($35 billion) electrification plan. Global automakers are investing billions of euros to accelerate a transition to low-emission mobility and prepare for a progressive phase-out of internal combustion engines. Stellantis and LGES's joint venture will produce battery cells and modules at a new facility with an annual capacity of 40 gigawatt hours (GWh), the two firms said on Monday. No financial details of the deal were provided. The plant is scheduled to start production by the first quarter of 2024, with groundbreaking expected in the second quarter of 2022, the companies said in their statement. Its location is under review and will be announced later. Stellantis, formed in January from the merger of Italian-American automaker Fiat Chrysler and France's PSA, has said it wants to secure more than 130 GWh of global battery capacity by 2025 and more than 260 GWh by 2030. The batteries produced under the deal will supply Stellantis' U.S., Canadian and Mexican assembly plants for installation in hybrid and fully electric vehicles, supporting its goal of e-vehicles making up more than 40% of its U.S. sales by 2030. The company, whose brands include Peugeot, Fiat, Opel and U.S. best-sellers Jeep and Ram, earlier this year announced it would invest more than 30 billion euros through 2025 on electrifying its vehicle lineup. Stellantis has said it would build three battery plants in Europe and two in North America, including at least one in the United States. Intesa Sanpaolo analyst Monica Bosio said the deal was positive, and a further step ahead in Stellantis' electrification process. It comes weeks after Stellantis and its partner TotalEnergies agreed to open up their battery cell joint venture ACC to Daimler, to expand their European sourcing of battery cells. Stellantis is also targeting more than 70% of sales in Europe to be of low-emission vehicles by 2030, and aims to make the total cost of owning an EV equal to that of a gasoline-powered model by 2026. Related video: Green Plants/Manufacturing Alfa Romeo Chrysler Dodge Ferrari Fiat Jeep Maserati RAM Citroen Lancia Opel Peugeot Vauxhall Electric Hybrid EV batteries LG

Question of the Day: Most heinous act of badge engineering?

Badge engineering, in which one company slaps its emblems on another company's product and sells it, has a long history in the automotive industry. When Sears wanted to sell cars, a deal was made with Kaiser-Frazer and the Sears Allstate was born. Iranians wanted new cars in the 1960s, and the Rootes Group was happy to offer Hillman Hunters for sale as Iran Khodro Paykans. Sometimes, though, certain badge-engineered vehicles made sense only in the 26th hour of negotiations between companies. The Suzuki Equator, say, which was a puzzling rebadge job of the Nissan Frontier. How did that happen? My personal favorite what-the-heck-were-they-thinking example of badge engineering is the 1971-1973 Plymouth Cricket. Chrysler Europe, through its ownership of the Rootes Group, was able to ship over Hillman Avanger subcompacts for sale in the US market. This would have made sense... if Chrysler hadn't already been selling rebadged Mitsubishi Colt Galants (as Dodge Colts) and Simca 1100s as (Simca 1204s) in its American showrooms. Few bought the Cricket, despite its cheery ad campaign. So, what's the badge-engineered car you find most confounding? Chrysler Dodge Automakers Mitsubishi Nissan Suzuki Automotive History question of the day badge engineering question

What is the fastest car in the world in 2024?

It wasn't that long ago that the notion of reaching 200 miles per hour in a car, on a road, seemed basically impossible. As you likely know by now, that time has passed. And once that threshold was crossed, the automotive world immediately began eying the next triple-digit benchmark: 300 miles per hour. It may have taken a little while, but the 300-mph line has been crossed, and some cars have moved well past that seemingly insane speed number. While some of these speeds have been achieved in simulations (including the fastest car listed below), there's little doubt that a driver with nerves of steel and a heavy right foot could indeed push several automobiles up to 300 miles per hour and beyond. Interestingly, it’s not just one car or automaker in the 300-mph club, as a handful of models have earned a place (sometimes claimed but not yet demonstrated) on the leaderboard. The fastest car in the world is: Koenigsegg Jesko Absolut (330 MPH) That title goes to the Koenigsegg Jesko Absolut, which recorded a staggering 330 mph top speed earlier in 2023. The carÂ’s twin-turbocharged 5.0-liter V8 lays down 1,600 horsepower and 1,106 pound-feet of torque, which plays a significant role in delivering that speed, but KoenigseggÂ’s engineers have given the car a lot more than mind-blowing power. The Jesko Absolut has a super-slippery 0.278 drag coefficient and a nine-speed transmission that shifts so quickly itÂ’s almost imperceptible. Koenigsegg calls it a Light Speed Transmission (LST), saying its shifts happen at almost light speed. While that might be a slight exaggeration, the gearbox is impressive, bringing several wet multi-disc clutches and a super lightweight construction. As Koenigsegg says, "the Jesko Absolut is destined to achieve higher, more extraordinary speeds than any Koenigsegg or any other fully homologated car before it." How expensive is the Koenigsegg Jesko Absolut? If you were reading that and wondering how much the fastest car in the world costs, the price tag is just another dizzying number on the Jesko Absolut's spec sheet. All 125 Absolut cars offered sold out at a price of almost $3 million. Of course, being able to afford the Koenigsegg is just the first step in realizing its full potential. There are very few places on the map that can support a 300-plus-mph speed run, and the locations that do are not conveniently located.