2016 Volvo S60 Premier on 2040-cars
Durham, North Carolina, United States
Fuel Type:Gasoline
For Sale By:Private Seller
Vehicle Title:Clean
Engine:2.0L Gas I4
VIN (Vehicle Identification Number): YV126MFK7G2392202
Mileage: 109400
Trim: PREMIER
Number of Cylinders: 4
Make: Volvo
Drive Type: FWD
Model: S60
Exterior Color: Black
Volvo S60 for Sale
2007 volvo s60(US $6,500.00)
2020 volvo s60 t5 momentum(US $9,321.00)
2015 s60 t5 platinum 4dr sedan awd(US $11,995.00)
2021 volvo s60 t5 momentum(US $17,707.90)
2013 volvo s60 t5(US $8,000.00)
2014 volvo s60 carfax certified free shipping no dealer fees(US $500.00)
Auto Services in North Carolina
Walkers Auto Repair ★★★★★
Viking Imports Foreign Car Parts & Accessories Inc ★★★★★
Vans Tire & Automotive ★★★★★
Union Automotive Services Inc ★★★★★
Triangle Service ★★★★★
Todd`s Tire Service Inc ★★★★★
Auto blog
2025 Volvo EX30 First Drive Review: Little big time
Mon, Nov 6 2023BARCELONA, Spain — Priced from $36,245, including $1,295 for destination, the new EX30 is VolvoÂ’s least-expensive car. But make no mistake, thereÂ’s nothing cheap about this subcompact electric crossover. From its solid road manners to its clever use of interior textiles, this little cutie is comfortable, competent and bursting with charm. We'll get the EX30 in Single Motor Extended Range and Twin Motor Performance variants when it goes on sale in the U.S. early next year. Both models are powered by a 69-kilowatt-hour battery pack – 64 kWh of which is usable – that can be replenished at a maximum charging rate of 153 kW. Volvo says youÂ’ll only need 27 minutes to take the EX30 from a 10% to 80% state of charge, but thatÂ’s assuming the battery is properly preconditioned, the charger youÂ’re plugged into actually works correctly, the planets are all aligned, etc. The Single MotorÂ’s, um, single motor is mounted to the rear axle, producing 268 horsepower and 253 pound-feet of torque. ThisÂ’ll get the EX30 to 60 mph in a perfectly respectable 5.1 seconds, and Volvo estimates a 275-mile driving range for this configuration – though not if youÂ’re testing that aforementioned launch time on the regular, of course. The Twin Motor Performance has the same rear drive unit, but adds a second motor to the EX30Â’s front axle for a total output of 422 hp and 400 lb-ft of torque. ThatÂ’s a whole heck of a lot of power – even for a 4,140-pound crossover – and my goodness, does this EX30 scoot. Put the EX30 Twin Motor into its Performance AWD setting, stomp the throttle and youÂ’ll hit 60 mph in 3.4 seconds. That makes the EX30 VolvoÂ’s quickest accelerating production car ever. Nifty as that is, however, after a day of driving the EX30 on winding Spanish country roads and darting through traffic in BarcelonaÂ’s busy city center, I think the Single Motor is the way to go. Remember, even the pokiest EVs still feel quick thanks to instant electric torque, and at no point does the Single Motor EX30 ever feel like it canÂ’t get out of its own way. Beyond that, though, the EX30 Single Motor is simply more fun to drive. At 3,858 pounds, the rear-drive EX30 is 282 pounds lighter than the AWD version, and all that weight comes off the front end. This makes VolvoÂ’s tiny EV feel more playful and agile while cornering, especially with the well-weighted steering – not to mention the fun-to-handle squircle wheel.
IIHS updates overlap test: 2 SUVs get good marks, 9 fare poorly
Tue, Dec 13 2022Vehicles in crashes keep occupants safe by deforming around the cabin in a way that maintains cabin integrity. The Insurance Institute for Highway Safety's moderate overlap test, introduced in 1995, has been a huge contributor to improved safety for front-row passengers in a crash. IIHS President David Harkey said, "Thanks to automakers’ improvements, drivers in most vehicles are nearly 50% less likely to be killed in a frontal crash today than they were 25 years ago." In the 'unintentional side effects' column, crash safety has gotten worse for passengers in the back seats. When carmakers reengineered the front crash structure to protect the driver, more crash forces got distributed throughout the rear. IIHS research claims rear passengers have a 46% greater risk of fatal injury than front-row passengers, but back-seaters haven't benefited from the same upgrades in safety as the front row. The IIHS updated its moderate overlap test to address the issue, putting 15 vehicles through the new regime. Two earned good ratings — the 2023 Ford Escape and the 2021-2023 Volvo XC40 — one was acceptable, three were marginal and nine were rated poor. Every one of the crossovers sampled got good marks for all passengers in the original test. That test sees 40% of vehicle's width on the driver's side impacting an aluminum honeycomb barrier at 40 miles per hour. The updated test puts a crash dummy representing small woman or 12-year-old child in the seat behind the driver, the dummy's sensors and grease paint measuring the effectiveness of the restraints and the forces a human body would need to endure. To achieve a good rating, the "measurements must not exceed limits indicating excessive risk of injury to the head, neck, chest, abdomen or thigh." An institute engineer said, "In real-world crashes, chest injuries are the most common serious rear-seat injuries for adults." The sensors and video evidence showed back seat dummies in the Escape and XC40 endured minimal risk of injuries from excessive crash forces, from submarining under the seat belt, or from unwanted interaction with the side curtain airbag.  The Toyota RAV4 scored acceptable. The second-row dummy also endured minimal risk of injury to the chest and lower extremities. However, the lap belt slipped upward in a way that could increase abdominal injuries, and after the dummy's head dipped during crash impact, the head came back up between the rear curtain airbag and rear window.
2024 Volvo EX90 SUV revealed as forward-looking electric flagship
Wed, Nov 9 2022STOCKHOLM — Volvo has unveiled its EX90 electric three-row SUV in Stockholm, Sweden, representing the future of the brand with a focus on sustainability, safety and technology-driven design. The EX90 will be offered with two twin-motor, all-wheel-drive powertrain options. The first offers a total of 402 horsepower and 568 pound-feet of torque, and a 0-60 time of 5.7 seconds. The performance version is good for a heaping 496 horsepower and 671 pound-feet of torque, and 0-60 shrinks to 4.7 seconds. Its 111-kilowatt-hour battery (107-kWh usable), supplied by CATL, will provide up to 300 miles from a full charge, replenishable at a DC fast charger from 10-80% in 30 minutes at a peak charging rate of 250 kW. It will feature bi-directional charging, allowing the EX90 to supply electricity to your home, appliances or another Volvo EV. As far as size, the EX90 is 198.3 inches in overall length, eclipsing the XC90 by 3.3 inches in length with an identical 117.5-inch wheelbase. On the exterior, we see the Hammer of Thor daytime lights with a vertical bar below representing the lightning strike of the hammer. The horizontal lighting opens up like eyelids tto reveal the nighttime lights behind them. Up top, the lidar unit is prominent, but artfully blended into the black of the roof. The 22-inch wheels feature aerodynamic inserts that reduce turbulence; 20- and 21-inch wheels will also be available. The door handles rise to greet you when you approach with your digital key — your phone — from 30 feet away. The rear lights borrow their vertical signature from the C40. In all, the design is very "Scandinavian," meaning clean, inspired by nature and harmonious with technology, as Volvo design head Robin Page explained to us. True to the Volvo brand, safety is paramount. The EX90 utilizes cameras, radar and lidar, along with Nvidia-powered software, to take stock of the vehicleÂ’s surroundings, as well as the driverÂ’s gaze and attention, to help keep the occupants safe. The lidar can detect objects ahead to centimeter accuracy from 250 meters (about 820 feet) away in glaring sun or total darkness, Volvo says. Volvo describes the EX90 as “a highly advanced computer on wheels” with the ability to improve over time thanks to over-the-air software updates.



















