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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.

Dodge Durango Shaker concept: A 392 V8 in front of six Viper seats

When done right, a parts-bin special can be a beautiful thing. This Dodge Durango Shaker concept for the 2016 SEMA show is one such vehicle, and it's easily our favorite Mopar debuting in Vegas. The key, of course, is pulling from the right bins. Take a tour and you'll see Charger, Challenger, and Viper pieces grafted onto this slick crossover. The featured special part is the big, 6.4-liter 392 Hemi V8 that's been dropped under the hood; it's sourced from the SRT Challenger and Charger where it makes 485 horsepower and 475 pound-feet of torque. With that in place, the fabricators cut a big hole in that hood for the Challenger's awesome optional shaker scoop. It wasn't an easy installation; it required a custom spacer for the intake to make sure everything lined up with the hole properly. View 17 Photos Apparently there were some Viper seats lying around, so six of them were stuck into this Durango. Makes sense. It does lose a bit of people-carrying capability as a result, since only two seats fit in each row, and the seats don't fold for extra cargo room. A Dodge spokesperson attested to the fact that all three rows are usable, if not totally comfortable. But then stock third-row seats aren't always that comfortable anyway. Seriously, though, Viper seats. We don't care how comfortable or usable the result is. Although you might not give it a second thought, even the fuel filler needed some special attention. This piece was also lifted from a Dodge Challenger, and it was taken along with the surrounding sheet metal. Because of the different orientation of the filler cover on the Challenger, the builders decided the easiest way to get it to fit was to chop the fuel filler section out and weld it onto the Durango. The designers also put a little blue Stig on the cover. And those are just the cool parts that were hard to install. This Durango features plenty of other slick details, like the custom bumpers, fender flares, and side skirts. Everything is painted B5 Blue with matte black and carbon accents all around. Up front, the bumper hides a pair of fog lights stolen from a Challenger Hellcat – and yes, they're the ones with intakes in the middle. The grille is also a custom piece, losing the standard crosshair design for better airflow. The fender flares cover up some seriously wide, 305-section tires at all four corners, which are hauled down by Hellcat brakes. The rear bumper bumper contains a stylish center-exit exhaust with dual tips.

Stellantis announces ‘Circular Economy’ business to drive revenue, decarbonization

Stellantis has already announced its plans to reach net-zero carbon emissions by 2038. Today, the automaker has announced a new business unit to help it reach that goal while generating 2 billion euros per year in revenue by 2030. The “Circular Economy” business will help make revenue less dependent on finite, rare and ecologically problematic materials. The Circular Economy model features what Stellantis calls a “4R” strategy, comprising remanufacturing, repair, reuse and recycling. The goal is to make materials last as long as they can, reducing reliance on the acquisition of those precious new materials in the future by returning them to the business loop when theyÂ’ve reached the end of their first life. Through these processes, Stellantis says it can save up to 80% raw material and 50% energy compared to manufacturing a new part. Remanufacturing, or “reman” in Stellantis shorthand, means dismantling, cleaning and rebuilding parts to OEM spec. Nearly 12,000 remanufactured parts are available for customers to purchase. Some remanufacturing is done in-house, and some with partners and through joint ventures. Repair is pretty obvious — fixing parts to put back into vehicles. This also consists of reconditioning, to make a vehicle feel like new. Stellantis boasts 21 “e-repair” centers for repairing electric vehicle batteries.  Reuse refers to parts still in good condition from end-of-life vehicles sold as-is. Stellantis says it has 4.5 million multi-brand parts in inventory. These are sold in 155 countries through the B-Parts e-commerce platform. Reuse also refers second-life options, such as using batteries outside of automotive purposes. Recycling involves dismantling parts and scraps back into raw material form that is then looped back into the manufacturing process. Stellantis says it has collected 1 million parts for recycling in the past six months. Recycling doesnÂ’t get counted in that aforementioned 2 billion euros of revenue, but it does save the company money on acquisition of raw materials. As for batteries, specifically, Stellantis expects this recycling business to ramp up after 2030, when the packs currently in service begin to reach the end of their lifecycle. Stellantis will use its new “SUSTAINera” label to denote parts that are offered as part of its Circular Economy business.