2006 Volvo Xc90 All Wheel Drive Sport Utility Vehicle Fla. Suv No Reserve on 2040-cars

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Volvo details upcoming XC90's new scalable platform

In two weeks' time, we'll be boarding a flight for Stockholm for the live reveal of the new Volvo XC90. But before we do, Volvo has revealed another round of salient details regarding not only its new crossover, but a whole range of new vehicles to share its architecture.
That platform is called Scalable Product Architecture, and it follows the latest industry trend towards modular platforms. The product of four years' development, the new platform uses high-strength boron steel to optimize weight and rigidity. The scalable architecture, set to underpin the next-generation S60, V60, XC60, S80 and anything larger, offers designers more flexibility in terms of proportions. It can be adapted to a wide range of vehicles of different shapes and sizes, designed from the get-go to incorporate a range of powertrains (including the XC90's new twin-charged hybrid system) and all the latest safety technologies you'd expect from a Volvo.
The XC90, Volvo has revealed, will also offer increased interior flexibility, with movable second and third rows to optimize cargo space and legroom as needed. That third row is designed to accommodate children (or small adults) up to five-foot-seven. Meanwhile the image inset above gives us our first glimpse at the new XC90's styling, with T-shaped running lights inspired by Thor's hammer.

Euro-market Volvo C40 Recharge and XC40 Recharge add efficiency, range

Volvo's tweaked the powertrain specs for the C40 Recharge and XC40 Recharge in Europe in both front- and all-wheel-drive trims. (We don't get the FWD versions here, only the AWD models.) First reported by CarsUK as a rumor, Autocar dug into the details after the new models hit some EU configurators. The big change there is that the front-drivers are now rear-drivers, engineers moving the single motor to the rear axle in the name of efficiency. The battery in the single-motor cars stays the same size at 67 kWh, but motor output rises from 228 horsepower to 235 hp. Even better, the C40 Recharge goes from an estimated 270 miles on a charge to 296 miles, the XC40 Recharge goes from an estimated 260 miles on a charge to 286 miles on the WLTP cycle. The AWD Recharge Twin trims get a larger battery, swapping the 78-kWh unit (75 kWh usable) for a 82-kWh unit (78 kWh usable). Their motors put out the same combined 402 hp as before, but do so with a rear bias. Instead of each motor making 201 hp, the front motor makes 161 hp, the rear 241 hp. Their ranges climb even more, the C40 gaining 37 miles of range to go an estimated 315 miles on a charge, the XC40 adding 42 miles to go an estimated 311 miles on the WLTP cycle. Volvo also upped the fast charging capability for the Recharge from 150 kW to 200 kW. The upgrade cuts the charge time from 10% to 80% by 10 minutes, to 27 minutes, matching the time required for the single-motor trims with the smaller battery to refill the same amount. The revised models can be ordered in Europe now but won't go into production until next year, the Recharge versions in May, the single-motor versions in autumn. Prices are up about 10%. It's thought the Polestar 2 will be in line for the same changes. We asked Volvo USA about the revisions coming to the U.S., aand  spokesperson responded, "We will have more details to share on the U.S. offer at a later date."

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.