2017 VOLVO XC90

EQUIPMENT:APPLIANCE:AIR CONDITIONER

Volvo Cars of North America, LLC (Volvo) is recalling certain model year 2016-2017 Volvo XC90 and S90 vehicles manufactured April 15, 2015 through September 19, 2016. In the affected vehicles, the drain hose for the air conditioning may leak into the passenger compartment due to a drain hose inst

ELECTRICAL SYSTEM:SOFTWARE

Volvo Car USA, LLC (Volvo Car) is recalling certain 2016-2020 XC90 Excellence vehicles. Liquid or condensation on the rear seat control display may cause the front passenger seat to move back as far as possible.

AIR BAGS:SIDE/WINDOW

Volvo Car USA LLC (Volvo) is recalling certain 2017 XC90, S90, and V90 Cross Country vehicles. The bolts that secure the Inflatable Curtain (IC) air bags in place may break, possibly resulting in the IC air bag deploying improperly in the event of a crash. As, such, these vehicles fail to comply w

ELECTRICAL SYSTEM:SOFTWARE

Volvo Car USA LLC (Volvo) is recalling certain 2017-2019 Volvo XC90, S90, V60, V60 Cross Country, V90, XC40, XC60, and V90 Cross Country vehicles. The software installed in the Vehicle Connectivity Module (VCM) may have an error causing the Telematics and Driver Support Systems to function improper

SEAT BELTS

Volvo Car USA LLC (Volvo) is recalling certain 2017 XC90 vehicles. The Micro Gas Generator (MGG), a subcomponent part used within the right hand side seat belt retractor for the third row seats, may detach after the seatbelt retractor pretensioner is deployed.

SEAT BELTS:CRITICAL FASTENERS

Volvo Car USA, LLC (Volvo Car) is recalling certain 2015-2024 XC90 vehicles. The second-row seat belt buckle and lower belt anchor bolts may not be tightened properly.

SEAT BELTS:FRONT:BUCKLE ASSEMBLY

Volvo Car USA LLC (Volvo) is recalling certain model year 2016-2017 XC90, S90, XC60, V60 Cross Country, V60, S60 Cross Country, S60, and S60 Inscription vehicles manufactured February 16, 2015, to August 22, 2016. On the affected vehicles, the front passenger seat belt buckle attaching stud may loo

Vehicle: 2017 Volvo XC-90 Component: Door latch / door lock mechanism Both passenger-side door latches failed within approximately three weeks of each other due to internal corrosion/rust, as confirmed by Volvo diagnostics. The affected doors cannot be opened from inside or outside, including by key fob or interior door controls. This condition presents a serious safety risk, including potential occupant entrapment in the event of an accident, fire, or emergency evacuation. The vehicle has been well maintained, garage kept, and has not been exposed to flooding. Volvo Cars USA and an authorized dealership acknowledged the failures; however, Volvo declined assistance. The dealership offered partial labor coverage while the owner paid for parts to restore vehicle safety. Because this involves a critical safety component and occurred on multiple doors in close succession, I believe this represents a design or material defect, not normal wear, and warrants formal investigation.

The rear door latch/lock actuators on my 2017 Volvo XC90 fail to latch in cold temperatures, making the vehicle undrivable and unsafe. The doors may appear closed but are not secure, creating a serious risk to the driver, passengers, and others on the road; I rely on this vehicle daily to transport my children. The issue has worsened over multiple winters, and on one occasion the doors remained frozen for about four hours, preventing safe travel to work and school. A local independent garage has confirmed this is a known issue affecting XC90 models in cold-weather climates and identified the likely cause as failing or frozen actuators. This can be confirmed online with a simple google issue that it is a sever and prevalent safety issue. Especially with children riding int he back seats. The vehicle has been run with remote start and for extended periods in attempts to resolve the issue, and temporary measures like sprays or lubricants have not helped. The car had to run for 4 hours to

The contact owned a 2017 Volvo XC90. The contact stated that after driving 35 miles at 70 MPH on I-95 South in South Carolina, the contact started smelling an abnormally gasoline odor inside the vehicle entering through the AC vents. There was no warning light illuminated. The contact and her husband continued driving, believing that the odor was coming from the outside because the air recirculation switch was set to recirculate the air inside the vehicle. The contact stated that after driving an additional 5 miles, the gasoline odor grew stronger, and the contact suggested to her husband to pull over so that they could exit the vehicle. The contact stated that her husband pulled over and they both exited with a child. The contact stated that while running away from the vehicle she could see flames underneath the vehicle coming from the engine before the vehicle exploded and was engulfed in flames. The contact and her husband ran away from the vehicle and there was grayish white smoke

Mileage: 150,000

The contact owned a 2017 Volvo XC90. The contact stated that after driving 35 miles at 70 MPH on I-95 South in South Carolina, the contact started smelling an abnormally gasoline odor inside the vehicle entering through the AC vents. There was no warning light illuminated. The contact and her husband continued driving, believing that the odor was coming from the outside because the air recirculation switch was set to recirculate the air inside the vehicle. The contact stated that after driving an additional 5 miles, the gasoline odor grew stronger, and the contact suggested to her husband to pull over so that they could exit the vehicle. The contact stated that her husband pulled over and they both exited with a child. The contact stated that while running away from the vehicle she could see flames underneath the vehicle coming from the engine before the vehicle exploded and was engulfed in flames. The contact and her husband ran away from the vehicle and there was grayish white smoke

Mileage: 150,000

On thanksgiving day i drove to train station in the morning, and had no issue. After work i got in the car started to drive, i was going 25-35 miles per hour in the maplewood township, and i wanted to slow down just in case i dont see any kid or person at dark. I almost had no brake! I was so scared and i pushed th brake pedal so hard, i was very dangerous for the society at this moment. I just wish i was not on the highway going higher speed, or there were no people around! I really cannot trust this car anymore, i could have hit something!!!

On thanksgiving day i drove to train station in the morning, and had no issue. After work i got in the car started to drive, i was going 25-35 miles per hour in the maplewood township, and i wanted to slow down just in case i dont see any kid or person at dark. I almost had no brake! I was so scared and i pushed th brake pedal so hard, i was very dangerous for the society at this moment. I just wish i was not on the highway going higher speed, or there were no people around! I really cannot trust this car anymore, i could have hit something!!!

On thanksgiving day i drove to train station in the morning, and had no issue. After work i got in the car started to drive, i was going 25-35 miles per hour in the maplewood township, and i wanted to slow down just in case i dont see any kid or person at dark. I almost had no brake! I was so scared and i pushed th brake pedal so hard, i was very dangerous for the society at this moment. I just wish i was not on the highway going higher speed, or there were no people around! I really cannot trust this car anymore, i could have hit something!!!

As I was driving, the coolant low warning came on. Luckily I was able to pull over safely at a nearby gas station. I found that the coolant expansion tank was empty. The coolant was leaking from the plastic connector on the bleeder hose and was pooling on the top of the engine. There is a recall on 2016 vehicles for this (Volvo campaign R29936) and looks like many are having same issue on 2017 models also. My problem was exactly as described, the part broke, coolant squirts out all over hot engine parts, system coolant level rapidly depletes. Fortunately, this happened in place that allowed safe stopping.

As I was driving, the coolant low warning came on. Luckily I was able to pull over safely at a nearby gas station. I found that the coolant expansion tank was empty. The coolant was leaking from the plastic connector on the bleeder hose and was pooling on the top of the engine. There is a recall on 2016 vehicles for this (Volvo campaign R29936) and looks like many are having same issue on 2017 models also. My problem was exactly as described, the part broke, coolant squirts out all over hot engine parts, system coolant level rapidly depletes. Fortunately, this happened in place that allowed safe stopping.

On November 5, 2025, while driving my 2017 Volvo XC90, I experienced a sudden and dangerous loss of braking assist. When I pressed the brake pedal, I heard a loud hissing noise coming from under the dashboard, and the car would not stop. The brake would not work and the vehicle would not slow or stop unless I stood up and used my full body weight to press it. A licensed mechanic inspected the vehicle and confirmed this is consistent with loss of vacuum pressure from the brake booster/failure of the vacuum brake booster, the component that provides power assist to the braking system. The booster, brake pump, hose from booster to pump and brake pedal clip were replaced, with an estimated cost of $2,858. The mechanic also advised that this failure is not uncommon in Volvo XC90 models. After the incident, I researched similar complaints and found numerous reports on NHTSA and [XXX] describing **identical symptoms—hard brake pedal and hissing sound due to vacuum booster failure—**i

On November 5, 2025, while driving my 2017 Volvo XC90, I experienced a sudden and dangerous loss of braking assist. When I pressed the brake pedal, I heard a loud hissing noise coming from under the dashboard, and the car would not stop. The brake would not work and the vehicle would not slow or stop unless I stood up and used my full body weight to press it. A licensed mechanic inspected the vehicle and confirmed this is consistent with loss of vacuum pressure from the brake booster/failure of the vacuum brake booster, the component that provides power assist to the braking system. The booster, brake pump, hose from booster to pump and brake pedal clip were replaced, with an estimated cost of $2,858. The mechanic also advised that this failure is not uncommon in Volvo XC90 models. After the incident, I researched similar complaints and found numerous reports on NHTSA and [XXX] describing **identical symptoms—hard brake pedal and hissing sound due to vacuum booster failure—**i

Vehicle is a 2017 model year of the Volvo XC90 and has the same safety issue in the Quality Bulletin for Recall R29936: Coolant Bleeder Hose (Engine Side), which is for the same make and model but for the 2016 model year. The vehicle has a plastic coolant bleeder hose that can crack and create a coolant leak that drips above the catalytic converter. The coolant accumulates in the catalytic converter heat shield insulation and poses a fire risk in the engine compartment area. The leak can also be small enough to cause coolant to evaporate and off gas into the cabin through the AC, exposing fumes to cabin occupants. The corrective action is to replace the engine side coolant bleeder hose, though this recall did not extend to 2017 model years, in which this same part was used. The same recall R29936 will need to be extended to other model years after 2016 in which the same component or design of component was used.

The A/C evaporator core in my 2017 Volvo XC90 failed prematurely, cracking and leaking refrigerant. This is a well-known problem among XC90 owners from model years 2016–2020. Repair costs are USD$5k+ because the entire dashboard must be removed to replace the evaporator. This is not normal wear and tear. Volvo has issued multiple Technical Journals (e.g. TJ 35912.1.0 -- attached -- and later revisions) instructing dealers to install an additional resistor in the evaporator temperature sensor harness when replacing the evaporator. This proves Volvo knows there is a design defect causing evaporator cracking and failure. However, Volvo corporate has declined to assist with repairs for my vehicle. Driving without A/C in high summer heat presents a serious risk of heat exhaustion or heat stroke, particularly during long commutes (I drive over an hour each way daily). The HVAC system is also critical for defogging and defrosting the windshield. Loss of refrigerant and evaporator perform

While on the highway, the system reported that engine coolant was low and to pull over safely. I pulled into a parking lot and within a couple of minutes the engine burst into flames. The local fire department responded and extinguished the fire. The car is totaled.

While on the highway, the system reported that engine coolant was low and to pull over safely. I pulled into a parking lot and within a couple of minutes the engine burst into flames. The local fire department responded and extinguished the fire. The car is totaled.

ERAD (Electronic Rear Axle Drive) clutch failure. Upon depressing accelerator pedal, when in drive modes that rely more on ERAD (Hybrid/Pure modes), the clutch occasionally does not engage correctly, resulting in no power for a full 1-2 seconds, then power kicking in, in full. Not being consistent means not having a good way to anticipate when the problem will arise in order to compensate for it. The hazard came when attempting to cross traffic (to take a left into a commercial driveway), the delay happened, then before the ability to fully "cancel the attempt" (by releasing the accelerator and pressing the brake while still in the turn lane), the power kicked in and sent the vehicle into traffic. The delay-then-subsequent full-power meant that the gap was suddenly significantly smaller when pulling into the oncoming lanes, and attempting to correct for a delay in power meant the possibility of then not having the accelerator down, which could have left me in in the lane of oncoming

ERAD (Electronic Rear Axle Drive) clutch failure. Upon depressing accelerator pedal, when in drive modes that rely more on ERAD (Hybrid/Pure modes), the clutch occasionally does not engage correctly, resulting in no power for a full 1-2 seconds, then power kicking in, in full. Not being consistent means not having a good way to anticipate when the problem will arise in order to compensate for it. The hazard came when attempting to cross traffic (to take a left into a commercial driveway), the delay happened, then before the ability to fully "cancel the attempt" (by releasing the accelerator and pressing the brake while still in the turn lane), the power kicked in and sent the vehicle into traffic. The delay-then-subsequent full-power meant that the gap was suddenly significantly smaller when pulling into the oncoming lanes, and attempting to correct for a delay in power meant the possibility of then not having the accelerator down, which could have left me in in the lane of oncoming

I am reporting a safety defect related to the Vehicle Connectivity Module (VCM) in my 2017 Volvo XC90. The VCM is critical for emergency communications, including automatic crash notification and location sharing with emergency responders. This function is vital for occupant safety in the event of an accident. My VCM was serviced at an authorized Volvo dealer in Natick, MA in December 2024 due to intermittent connectivity issues. Despite this recent service, the VCM completely failed in mid-April 2025. When the module fails, the vehicle loses the ability to automatically contact emergency services and transmit its location after a crash, significantly increasing the risk of delayed or absent emergency response. I am aware that Volvo previously issued Safety Recall R39917 for 2017–2019 XC90s regarding VCM software errors that could prevent GPS location from being sent to emergency personnel. Volvo has refused to cover the repair, even though the failure directly impacts a safety-cri

The contact owns a 2017 Volvo XC90. The contact stated that while driving approximately 25 MPH, the low coolant level warning light was illuminated. The contact refilled the coolant reservoir; however, approximately one week later, the warning light was again illuminated. The vehicle was taken to the dealer who diagnosed that the small coolant hose was leaking. The vehicle was not repaired. The manufacturer was not informed of the failure. The failure mileage was unknown.

I am reporting multiple critical component failures on my 2017 Volvo XC90, which I believe represent potential design or manufacturing defects related to vehicle safety and reliability. At approximately 93,000 miles, my Volvo XC90 experienced a battery failure, thermostat failure, which did not resolve the vehicle's engine issues. Subsequently, the dealership diagnosed a failed Engine Control Module (ECM), requiring complete replacement at a cost of over $5,000. The ECM is a critical motherboard component responsible for engine control and vehicle safety operations. Its failure risks sudden engine malfunction, stalling, or loss of power while driving, which could cause unsafe conditions. I am concerned that multiple major component failures, especially in a premium brand vehicle under 100,000 miles and less than 10 years old, represent a systemic reliability issue. These failures occurred despite regular maintenance and responsible usage. I respectfully request that NHTSA investigate