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Performance doesn't matter anymore, it's all about the feel

We've just had a week of supercars and high-end EVs revealed. Many of them boast outrageous performance specs. There were multiple vehicles with horsepower in the four-figure range, and not just sports cars, but SUVs with 0-60 mph times under 3.5 seconds. And it's not just a rarified set of supercar builders, comparatively small tuners are also building this stuff. Going fast is easy nowadays and getting easier. So what will distinguish the greats from the wannabes? It's all about how a car feels. This may seem obvious. "Of course it matters that a car should have good steering feel and a playful chassis!" you say. "Why are you being paid for this stuff?" But a lot of automakers have missed the memo. This past week I spent some time in a BMW M4 Competition convertible, and it's a perfect example of prioritizing performance over experience. It boggles my mind how a company can create such dead and disconnected steering; the weight never changes, there's no feel whatsoever. The chassis is inflappable, but to a fault, because it doesn't feel like anything you're doing is difficult or exciting. The car is astoundingly fast and capable, but it feels less like driving a car and more like tapping in a heading on the Enterprise-D. I also happened to drive something of comparable performance that was much more enjoyable: a Mercedes-AMG GT. It was a basic model with the Stealth Edition blackout package, and even though it had a twin-turbo V8 instead of a six-cylinder, it only made 20 more horsepower. The power wasn't the big differentiator, it was (say it with me) the feel. While not the best example, the steering builds resistance as you dial in lock, giving you a better idea of what's happening up front. Pulses and vibrations come back to you as you move over bumpy pavement in corners. The chassis isn't quite as buttoned down, either, providing a little bit of body roll that tells you you're pushing it. It's also easier to feel when the car is wanting to understeer or oversteer, and how your throttle and steering inputs are affecting it. The whole thing is much more involving, exciting and fun. 2021 Mercedes-AMG GT Stealth Edition View 8 Photos That's also to say nothing of the Merc's sounds. That V8 is maybe not the best sounding engine, but its urgent churn through the opened-up exhaust gets your heart racing. It also seems like it's vibrating the whole cabin, so you feel it as much as you hear it.

One-of-four carbon fiber-bodied Dodge Challenger Demon listed for sale

Exclusivity often comes at a high price; in this case, it's $169,995. That's how much Texas exotic car dealer BJ Motors is asking for one of the four carbon fiber-bodied Dodge Challenger Demons built by Speedkore. Many enthusiasts would balk at the idea of spending Audi R8 money on a Demon, but this example isn't your average Challenger. Unveiled at the 2017 SEMA show, and upgraded with 1,400 horsepower the following year, the model ditches the standard coupe's metal body panels for carbon fiber parts to lose about 200 pounds. The example offered for sale has six miles on the odometer so odds are no one has verified its quarter-mile time. The dealer noted the Demon in its inventory is the fourth and final carbon fiber-bodied example built. It's fitted with the stock engine, meaning power comes from a supercharged, 6.2-liter V8 engine that delivers 840 horsepower and 770 pound-feet of torque when burning 100-octane race gas, or 808 horsepower and 717 pound-feet of torque when slurping pump gas. It pops a 2.9-foot wheelie as it screams to 60 mph in 2.3 seconds. The person who ordered this Demon new ticked nearly every box on the list of options. It's equipped with heated and cooled front seats, an 18-speaker sound system, plus two-tone leather and Alcantara upholstery. However, as AllPar pointed out, the dealer makes no mention of the Demon Crate, which included skinny front tires, a block-off plate for the passenger-side door mirror, and a conical air filter, among other go-fast goodies. While spending $170,000 on a Dodge Challenger sounds utterly insane, we wouldn't be surprised if this rare example in like-new condition finds a new home quicker than the Demon goes down a drag strip. Dodge made 3,300 units and stock, metal-bodied examples with delivery mileage sold for an average of $143,000 in 2018, according to Hagerty. AllPar learned Speedkore charged $90,000 for the carbon fiber conversion. The equation tilts in favor of the buyer, which suggests the car's next owner may be more of an investor than an enthusiast. If you're more into classics, Speedkore also gave a 1970 Charger the carbon fiber treatment and rounded out the modifications with a 996-horsepower Demon crate engine. Alternatively, if you have a family to haul, the company made a carbon fiber-bodied Charger with 1,525 horsepower at the crank when running 26 pounds of boost. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences.

Stellantis invests more than $100 million in California lithium project

Stellantis said it would invest more than $100 million in California's Controlled Thermal Resources, its latest bet on the direct lithium extraction (DLE) sector amid the global hunt for new sources of the electric vehicle battery metal. The investment by the Chrysler and Jeep parent announced on Thursday comes as the green energy transition and U.S. Inflation Reduction Act have fueled concerns that supplies of lithium and other materials may fall short of strong demand forecasts. DLE technologies vary, but each aims to mechanically filter lithium from salty brine deposits and thus avoid the need for open pit mines or large evaporation ponds, the two most common but environmentally challenging ways to extract the battery metal. Stellantis, which has said half of its fleet will be electric by 2030, also agreed to nearly triple the amount of lithium it will buy from Controlled Thermal, boosting a previous order to 65,000 metric tons annually for at least 10 years, starting in 2027. "This is a significant investment and goes a long way toward developing this key project," Controlled Thermal CEO Rod Colwell said in an interview. The company plans to spend more than $1 billion to separate lithium from superhot geothermal brines extracted from beneath California's Salton Sea after flashing steam off those brines to spin turbines that will produce electricity starting next year. That renewable power is expected to cut the amount of carbon emitted during lithium production. Rival Berkshire Hathaway has struggled to produce lithium from the same area given large concentrations of silica in the brine that can form glass when cooled, clogging pipes. Colwell said a $65 million facility recently installed by Controlled Thermal can remove that silica and other unwanted metals. DLE equipment licensed from Koch Industries would then remove the lithium. "We're very happy with the equipment," he said. "We're going to deliver. There's just no doubt about it." Stellantis CEO Carlos Tavares called the Controlled Thermal partnership "an important step in our care for our customers and our planet as we work to provide clean, safe and affordable mobility." Both companies declined to provide the specific investment amount. Controlled Thermal aims to obtain final permits by October and start construction of a commercial lithium plant soon thereafter, Colwell said. Goldman Sachs is leading the search for additional debt and equity financing, he added.