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Volvo Car USA, LLC (Volvo Car) is recalling certain 2021-2025 XC40, 2022 V90, 2022-2024 C40BEV, 2022-2025 S90, V90CC, XC60, 2023-2025 S60, V60, V60CC, XC90, and 2025 EC40, and EX40 vehicles. The rearv...
Volvo Car USA, LLC (Volvo Car) is recalling certain 2021-2025 XC40, 2022 V90, 2022-2025 S90, V90CC, C40, XC60, 2023-2025 S60, V60, V60CC, XC90, and 2025 EC40 and EX40 vehicles. The rearview camera im...
When driving at about 10mph in my kids daycare driveway on a downward slope towards the main road, I depressed the brake pedal to stop and the car did not slow down. A few feet before intersecting the main road, I depressed the brake pedal fully to the floor and the car panic stopped. No braking act...
When driving at about 10mph in my kids daycare driveway on a downward slope towards the main road, I depressed the brake pedal to stop and the car did not slow down. A few feet before intersecting the main road, I depressed the brake pedal fully to the floor and the car panic stopped. No braking act...
Windshield appears to be defective. The glass has cracked in over 6 places, including inside and outside laminations. Cracks have appeared that are not related to rock impacts. The car has only 14K miles on it and the windshield already needs to be replaced.
Windshield appears to be defective. The glass has cracked in over 6 places, including inside and outside laminations. Cracks have appeared that are not related to rock impacts. The car has only 14K miles on it and the windshield already needs to be replaced.
After two days of ownership and 148 miles, the car threw a check engine light w/ the following message: "SLOW DOWN. The vehicle will reduce speed. Propulsion system failure." followed by, "Propulsion system service required.". This consequently causes the car to go into 'limp mode' unexpectedly wh...
After two days of ownership and 148 miles, the car threw a check engine light w/ the following message: "SLOW DOWN. The vehicle will reduce speed. Propulsion system failure." followed by, "Propulsion system service required.". This consequently causes the car to go into 'limp mode' unexpectedly wh...
After two days of ownership and 148 miles, the car threw a check engine light w/ the following message: "SLOW DOWN. The vehicle will reduce speed. Propulsion system failure." followed by, "Propulsion system service required.". This consequently causes the car to go into 'limp mode' unexpectedly wh...
After two days of ownership and 148 miles, the car threw a check engine light w/ the following message: "SLOW DOWN. The vehicle will reduce speed. Propulsion system failure." followed by, "Propulsion system service required.". This consequently causes the car to go into 'limp mode' unexpectedly wh...
After two days of ownership and 148 miles, the car threw a check engine light w/ the following message: "SLOW DOWN. The vehicle will reduce speed. Propulsion system failure." followed by, "Propulsion system service required.". This consequently causes the car to go into 'limp mode' unexpectedly wh...
After two days of ownership and 148 miles, the car threw a check engine light w/ the following message: "SLOW DOWN. The vehicle will reduce speed. Propulsion system failure." followed by, "Propulsion system service required.". This consequently causes the car to go into 'limp mode' unexpectedly wh...
When using the reverse or 360 views of the camera system on the vehicle at night, the cameras appear to rely on the front camera (or highest-brightness image) for exposure control. Since your headlights are up front and usually are the brightest spot, this results in your backup camera (and blind s...
When using the reverse or 360 views of the camera system on the vehicle at night, the cameras appear to rely on the front camera (or highest-brightness image) for exposure control. Since your headlights are up front and usually are the brightest spot, this results in your backup camera (and blind s...
When using the reverse or 360 views of the camera system on the vehicle at night, the cameras appear to rely on the front camera (or highest-brightness image) for exposure control. Since your headlights are up front and usually are the brightest spot, this results in your backup camera (and blind s...
When using the reverse or 360 views of the camera system on the vehicle at night, the cameras appear to rely on the front camera (or highest-brightness image) for exposure control. Since your headlights are up front and usually are the brightest spot, this results in your backup camera (and blind s...