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2025 Volvo S60 the last model year for the sedan in the U.S.

Once Volvo finally got the EX90 headed down assembly lines at the automaker's South Carolina plant, the plant's other product, the S60 sedan, was on borrowed time. A few days after the EX90 news, Instagram account volvo.forlife posted a pic with the caption, "Did you know that with the start of production of the @volvocars #VolvoEX90 at the Charleston, South Carolina plant, the production of the #VolvoS60 will also be coming to an end?" The S60 got about three more days of borrowed time, Volvo telling Road & Track that "After five years Volvo Cars is ending production of the S60 sedan in Ridgeville, South Carolina at the end of June 2024 for the U.S. and some other markets to focus on the all-new EX90." We suspect the sedan would have died earlier if EX90 production had commenced on time. The reprieve could have given the news more time to infiltrate the back channels, and might help explain why S60 sales are up 255% so far this year. Volvo's Chengdu, China plant that also makes the S60 will continue to do so, but those cars aren't coming here. The South Carolina facility can now concentrate on ramping up output of the Volvo EX90, already underway, and the Polestar 3, which commences local shortly. We haven't had an S60 sit through Autoblog exams for a bit, but the the sedan's seen no major revisions since we last drove the current third generation introduced in 2019. We lauded it for fantastic styling, a luxurious interior, and robust tech, dinging it only for a braking system not totally prepared for a driver to enjoy the dynamic potential of a 4,000-pound sedan with 400 horsepower and 472 pound-feet of torque.    That T8 Inscription trim is no more, but the rest of the S60's plaudits remain valid. Until inventory dries up, the S60 comes in three trims priced from about $45,000 to $53,000 before options. All are powered by turbocharged 2.0-liter four-cylinder mild hybrid making a combined 247 horsepower and 248 pound-feet of torque, in front- or all-wheel-drive, and rated to tow 2,000 pounds.    

Volvo Concept Recharge full of sustainable materials

In June, Volvo showed us the conceptual exterior of its future vision in a swoopy wagon-like package called the Concept Recharge. The Swedes are now ready to show us the vision's interior and tell us what it's made of, calling it "a manifesto for Volvo Cars' future." With the context being Volvo's aim of selling only EVs by 2030 and being carbon neutral by 2040, the battery-electric Concept Recharge is a way for the automaker to get there and look stylish while doing it. It starts and nearly ends with employing sustainable, recyclable materials everywhere. Outside, the front and rear bumpers and the rocker panels are fashioned from flax composite. Only six percent of the materials in the specially developed Pirelli tires come from fossil resources, the rest from recycled and renewable materials like natural rubber, bio-silica, rayon and bio-resin. Every aspect of the bodywork has been shaped to increase aerodynamic efficiency, from the wheel design to the compact, upright rear end. Efficiency will also be a key development for the batteries. Volvo hasn't mentioned those yet in regard to the concept, but we know the company doesn't simply want to add more cells to increase range, since that adds weight and increases a vehicle's carbon footprint. Volvo is working with Swedish firm Northvolt on more energy-dense battery packs with shorter charging times. Inside, the Concept Recharge takes an evolutionary leap from the sustainable cabin now available in the C40 Recharge. The seat backrest and top of the instrument panel are dressed in "responsibly sourced Swedish wool" woven into a breathable, additive-free cloth. The seat bolsters and door panels areas that will see a lot of contact are covered in Tencel, a soft-touch yet durable cellulose fiber product. The floor and lower doors are wrapped in 100% wool. The seatbacks, the fronts of the headrests, and part of the steering wheel are covered in a material Volvo developed called Nordico. The company's being secretive about the composition, only telling us that Nordico's been created out of recyclable ingredients found in sustainable forests. And flax composite shows up again inside in the storage pockets, the back of the headrest, and the footrests. The automaker says that if the Concept Recharge's battery is charged using renewable energy, it would contribute less than 10 metric tons of CO2 over the wagon's lifespan. The U.S.

Volvo EX30 endures a side impact crash test with an EX90

Before Volvo launched the EX90, the Swedish automaker — already known as a pioneer in safety — repeatedly stressed how much work it had done to raise the bar for safety in its new electric SUV. Almost every new release included lines like, "The standard safety in the Volvo EX90 is also higher than any Volvo car before it," and "The Volvo EX90 has an invisible shield of safety enabled by our latest sensing technology, inside and outside." But these focused on the car's electronic suite of sensors and cameras watching everything from the road ahead and behind to the driver's state of fatigue. The company did the same during the launch of the EX30, writing that its new compact electric vehicle protects all occupants "through state-of-the-art restraint technology, as well as top-notch structural design that fulfills our ambitious in-house safety requirements — designed to prepare our cars for various real-world scenarios." To prove a point about the safety of the EX30, Volvo's in-house crash-test lab performed a side impact test, running its largest car, the EX90, into the side of its smallest, the EX30.  We don't get to see any interior view of the EX30 during the test or afterward. In an Automotive News Europe video about the crash and the results, Lotta Jakobsson from the Volvo Cars Safety Center says the data showed that the two "small-sized females" sitting on the struck side "were well protected" in the crash, with minimal infliction of injury. The physical design of both cars helps make this happen. The EX30 was designed to disperse all of its forces around the structure of the car for "balanced interaction" during an event. That's pretty standard stuff. On the EX90, a piece of the lower front structure juts ahead of the vehicle's primary safety structure. As ANE Managing Editor Doug Bolduc puts it, that lower structure is "specifically designed to help it absorb a lot of the power of a crash with a smaller vehicle ... that is to not only provide protection to the passengers of the EX90 but also to provide protection to the passengers of the EX30." The result is "less damage than you might have expected from the larger car onto the smaller car."  Check out the vid and for Jakobsson's take on how current trends in structural, passive, and active safety won't rid the world of crashes, but they are reducing injuries while at the same time making crashes less common.