1997 Volvo S90 Base Sedan 4-door 2.9l on 2040-cars

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Embrace one-pedal driving in EVs and PHEVs

I just came back from a trip out to California, where I was able to drive the new 2022 Volvo XC60 Recharge in its new extended-range form (you’ll find that review on Autoblog tomorrow). One of the newly-added headline features for this plug-in hybrid SUV is true one-pedal driving. This is one-pedal driving in a PHEV, not a full battery electric vehicle, and as of now, one-pedal driving in PHEVs is exceedingly rare. Other plug-ins may offer levels of braking regeneration, but one-pedal driving is typically a feature reserved for full EVs. Adding the feature to the Volvo is a huge boost to the driving experience for me, and I sincerely hope we see it in even more PHEVs soon. In case youÂ’re new to the one-pedal driving game, hereÂ’s a quick explainer. ItÂ’s called “one-pedal” because most of the time, youÂ’re only using one pedal to accelerate and decelerate. Press in to accelerate; let off evenly and gently to decelerate via regenerative braking. The trick at the end is in slowing down the final few mph and bringing the car to a stop smoothly, which typically requires some practice and time spent figuring out how best to modulate the throttle pedal. Once youÂ’re stopped in a car with one-pedal driving, it should hold itself in place when you have your foot off the throttle, allowing you to relax your legs at lights. Applying pressure to the brake pedal would be unnecessary so long as traffic doesnÂ’t necessitate quicker deceleration than what the car is capable of via letting off on the throttle. The point, of all of the above, is that one-pedal driving in an EV or PHEV simply makes driving easier. Once you learn the car, not having to swap back and forth between the throttle and brake pedals makes stop-and-go traffic (or any kind of driving) a lot more relaxing to manage. The point of this story is to call out the lack of this feature in some EVs and nearly all PHEVs. Some of you may have already hit the comments to voice your disdain for one-pedal driving, but do note, while IÂ’m advocating for the feature to be present in all EVs, IÂ’m not advocating for it to be a required always-on feature. In fact, you should be able to turn it off and on at your whimsy. Many car manufacturers already offer one-pedal driving in their EVs, but companies like VW, Audi, Porsche and to a certain extent, Mercedes, do not. This is slightly irritating, mostly because those companies make some of the most desirable EVs on the market today.

Volvo planning an electric sedan prototype perhaps called ES90

The Automotive News future product pipeline indicates Volvo's planning to begin production of an electric version of the S90 sedan in late 2024, with sales to begin in 2025. The car is definitely coming, and could be here on the early side. Swedish outlet Teknikens Varld (translated) got eyes on a post from Volvo's internal website celebrating the completion of a verification prototype (VP) of a car internally called the V551, publicly expected to be the ES90. Workers at Geely's Cixi Assembly Plant south of Shanghai marked the arrival of the car in a photo under a banner reading, "Volvo Cars V551 First VP Car Celebration," in front of a vehicle covered by a tarp stamped with "Confidential Top Secret." We don't know the production model will be called ES90, but the naming scheme fits if using the EX90 as a guide. Volvo applied to trademark the name, the potential hitch being that Lexus has indicated its displeasure with Volvo putting an ES model on the market since Lexus has its long-lived ES-followed-by-a-number sedan.     Volvo documents leaked online last year point to a body sized between the short- and long-wheelbase versions of the gas-powered S90 (pictured above), sitting on the same SPA2 platform as the recently introduced EX90. Dimensions come in at 196.4 inches long, 76.6 inches wide, and 60.9 inches high on a 122-inch wheelbase. This would make it four inches shorter than the current S90 long-wheelbase, the only version sold anymore, 1.7 inches wider, and 3.2 inches taller, with a wheelbase 1.5 inches longer. If this is how it turns out for production, the ES90 will be 1.5 inches shorter than the EX90 but have a wheelbase 2.5 inches longer — a chauffeur special for the Chinese market, perhaps. A 111-kWh battery pack (107 kWh usable) would be the same spec that powers the EX90, the ES90 in rear-drive trim expected to be good for nearly 600 kilometers (373 miles) on China's CLTC vehicle regimen. We need clarity on other rumored specs like a powertrain making 455 horsepower and 523 pound-feet, a curb weight of 5,511 pounds for an RWD trim and 5,732 pounds for dual-motor AWD.

Volvo Concept Recharge previews the future of Volvo design and technology

Volvo has announced a whole slew of information about where the company is headed, from battery technology to advanced driver aids. And it was all capped by the concept car you see above, the Volvo Concept Recharge. It all shows that Volvo's future is stylish, electrified and featuring the latest in safety technology. So, in a way, pretty much exactly what you'd hope and expect. Volvo didn't say much about the specifications of the Concept Recharge, but its design will clearly influence future Volvo models, including the company's upcoming flagship electric SUV that will be revealed next year. The front ditches even faux grilles for a sculpted fascia. The shape does echo some of the look of a grille, particularly with the Volvo slash and badge in the middle. The "Thor's Hammer" headlights remain, and in the case of the concept, they have wild running lights that slide up and out of the way inside the housing to make way for the actual projector headlights at night time. The whole shape of the car is based around the electric powertrain. It has a low floor and glass roof that means the whole body can be made lower and sleeker without compromising space. The wheels are pushed to the far edges, too. At the back, the car has slim vertical taillights, continuing a Volvo design tradition. On the roof, there is a lidar sensor placed at the top of the windshield. This is a significant piece of Volvo's future, as its next generation of vehicles, starting with that aforementioned SUV, will all come with one of these sensors as standard. It will be used in combination with cameras, radar, real-time data, machine learning and mapping data to provide advanced driver aids, including what Volvo describes as "unsupervised autonomous" driving in specific circumstances. Basically, it will be SAE Level 3 autonomy, a step beyond the hands-free, but still supervised Level 2 systems such as GM's Super Cruise. It will only be available on specific roads in specific circumstances, and so it won't be able to handle the entire driving task from driveway to driveway. The company expects to offer this level of autonomy on highways first, and it will only be in specific areas to begin. It didn't give an exact timeline for the roll-out and it will be a more gradual increase over time, rather than everything being launched all at once. The company also emphasized that it will only begin launching the features when they're well and truly ready.