2010 Volvo Xc90~awd~v8~3rd Row~heated Seats~well Maintained~serviced Up 2 Date~ on 2040-cars

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Volvo developing new three-cylinder engine family

Pop the hood on a Volvo of recent vintage and you'll find four-, five-, six- and even eight-cylinder engines. But the Swedish automaker is downsizing its engines over the coming years. The new XC90, set to be revealed later this week, will use a new family of four-cylinder engines (like the one pictured above). But that's not even the end of it as emerging reports speak of a new three-cylinder engine family in the works.
The new 1.5-liter turbocharged three-cylinder engine will, according to reports, help Volvo further cut its carbon emissions in line with constricting regulations in markets like Europe and Australia. There won't be quite as many versions as the four-cylinder range, which will include gasoline and diesel versions in varying states of tune, but the three-pot motor is tipped to be employed in vehicles as large as the S60 and its stablemates. Larger than that, however, and the three-cylinder engine apparently just doesn't have the necessary torque.
Expect the new three-cylinder engine to be introduced sometime later this decade, after the four-cylinder's introduction in 2016. The three-cylinder engine is also set to form the building block of an even more efficient hybrid propulsion system in the future, enabling this new engine family to stay relevant through 2025.

2024 Volvo C40 Recharge and XC40 Recharge add RWD, bigger battery pack

Volvo revealed rear-wheel-drive versions of its C40 Recharge and XC40 Recharge for Europe a few months ago, but mum was the word on U.S. availability. That changes today, as Volvo just debuted a host of updates and changes coming to the electric SUVs sold here. The big, new offering is that both the 2024 C40 Recharge and 2024 XC40 Recharge will be available in entry-level rear-wheel-drive models. Volvo developed a new and more efficient 248 horsepower electric motor that will sit on the rear axle for these models. The battery pack is also updated to be more energy dense, so it’s now an 82 kilowatt-hour pack instead of a 78 kWh pack. Combine the more efficient motor with the bigger battery pack, and range skyrockets past the old AWD models. In this RWD configuration, the 2024 C40 Recharge is EPA-rated for 297 miles of range, and the XC40 Recharge at 293 miles.  Additionally, the charging experience should be greatly improved, as Volvo says itÂ’s upgraded the maximum charge speed to 200 kW instead of the 150 kW it could manage previously. A 10-80% charge should now take approximately 28 minutes instead of the 40 minutes Volvo estimated previously. ThatÂ’s going to make a big difference if youÂ’re road tripping with multiple stops. The dual-motor AWD version of both cars are getting some updates, too. Instead of the identical motors on the front and rear axle, Volvo is putting its new 248 horsepower motor on the rear and a lower power 147 horsepower motor on the front axle. That front motor is only engaged when itÂ’s needed, so Volvo says this updated AWD model will be more efficient than before. Unfortunately, both the C40 and XC40 Recharge AWD models will retain the old 78 kWh battery pack. This also means theyÂ’re saddled with the slower 150 kW charge speed. That said, the efficiency improvements from the new electric motor setup means range increases anyway. It goes up by 31 miles for the C40 Recharge to 257 miles, and by 21 miles for the XC40 Recharge to 254 miles. Other updates to the C40 Recharge and XC40 Recharge models include a new 19-inch aero wheel option, more paint colors and additional exterior themes to choose from. Updated pricing is not yet available. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

2024 Volvo C40 and XC40 Recharge First Drive Review: Back to the RWD future

The 2024 Volvo XC40 Recharge and C40 EVs will be available with rear-wheel drive, replacing the front-wheel-drive version that has been the fraternal pairing’s single-motor base model. This is obviously newsworthy — why else would I be writing about it? But does it actually mean anything? After driving both of these vehicles around the lakes, seaside, perfectly-maintained highways, and cobblestoned urban streets proximate to the brandÂ’s headquarters in Gothenburg, Sweden, I can say that the answer is, not really. But thatÂ’s not really VolvoÂ’s fault. The last time Volvo sold a rear-wheel-drive vehicle in the United States was 1998 when the cushy, brick-like 960 was retired (officially S90 and V90 in their final year). Everything thereafter was front-wheel drive or at least on a front-drive-based platform, in no small part due to the additional all-weather traction and stability afforded by the additional weight of an internal combustion engine and transaxle over the drive wheels. In short, it was safer, and even as Volvo moved away from decades of arcane, rectilinear design, safety remained its raison dÂ’etre.   That hasnÂ’t changed, but according to Volvo, EVs have fundamentally changed vehicle dynamics, centers of gravity, and weight distribution to refute the front-drive argument. A Volvo spokesperson told me that this new one-motor layout in the XC/C40, driving the rear wheels, with contemporary advanced driver assistance systems, is better in inclement weather than a gas-engine/FWD combo. That explains why the switch to a standard rear-drive layout doesnÂ’t run afoul of VolvoÂ’s established ethos, but why make the switch in the first place? Whether it was the plan all along, or just an advancement of next-generation technology to prolong and extend the relevance of these vehicles, is not something Volvo would comment on. In any event, many of the base EVs that are in or near the XC/C40Â’s competitive set — the VW ID.4, the Kia EV6, the Hyundai Ioniq 5 — feature rear-wheel drive in their single-motor setup. It is notable that all of those cars were developed from the ground up as EVs and could be optimized for the aforementioned dynamics. The XC40 and C40 were built on a platform capable of accommodating gas-only, plug-in hybrid and full-electric powertrains.