2016 CHEVROLET SPARK — Problems, Recalls & Safety Data

While driving in early 2025, my 2016 Chevrolet Spark EV suddenly lost all ability to accelerate. The vehicle remained powered on but would not respond to the accelerator, and I was unable to fully shut it off. This created a safety hazard because I could not properly control or secure the vehicle, and it required towing. I replaced the 12V battery at my own expense. The issue briefly disappeared, but the same failure occurred again within weeks. The replacement 12V battery also failed to hold a charge, indicating the problem was not related to the 12V system. I brought the vehicle to Harbor Chevrolet. Their technicians confirmed the problem was caused by a failure of the high-voltage battery system. They also informed me that the required EV battery is unavailable from the manufacturer with no estimated availability. Because this component is essential for basic propulsion and safety, the vehicle has been completely inoperable since early 2025. The vehicle is available for inspection, but it cannot be driven due to the propulsion failure. The defect has been reproduced and confirmed by the dealership. There were no warning lamps or early indicators prior to the sudden loss of propulsion. I am reporting this because sudden propulsion loss and inability to shut the vehicle down properly present significant safety concerns, especially if this issue affects additional Spark EV vehicles without an available manufacturer remedy.

While driving in early 2025, my 2016 Chevrolet Spark EV suddenly lost all ability to accelerate. The vehicle remained powered on but would not respond to the accelerator, and I was unable to fully shut it off. This created a safety hazard because I could not properly control or secure the vehicle, and it required towing. I replaced the 12V battery at my own expense. The issue briefly disappeared, but the same failure occurred again within weeks. The replacement 12V battery also failed to hold a charge, indicating the problem was not related to the 12V system. I brought the vehicle to Harbor Chevrolet. Their technicians confirmed the problem was caused by a failure of the high-voltage battery system. They also informed me that the required EV battery is unavailable from the manufacturer with no estimated availability. Because this component is essential for basic propulsion and safety, the vehicle has been completely inoperable since early 2025. The vehicle is available for inspection, but it cannot be driven due to the propulsion failure. The defect has been reproduced and confirmed by the dealership. There were no warning lamps or early indicators prior to the sudden loss of propulsion. I am reporting this because sudden propulsion loss and inability to shut the vehicle down properly present significant safety concerns, especially if this issue affects additional Spark EV vehicles without an available manufacturer remedy.

I am the owner of a 2016 Spark EV, and the driver was my family member. The vehicle was charged and had a remaining driving range of 51 miles when the vehicle suddenly shut down on a major city road without any prior warning or symptoms of a problem. The vehicle did not restart immediately, and other drivers behind had to push the vehicle to the side of the road. The driver experienced the shutdown of the vehicle while driving again on another day. Since the sudden shutdown of the propulsion power while driving happened without any prior warning light, message, or symptom, the incident could put the safety of the driver and others at risk, especially if the shutdown happened at a higher speed on a highway. Failure of a specific component or system has not been identified, but the vehicle is available for inspection upon request. The service department of a Chevrolet dealer initially provided an estimated diagnostic fee of $170, but the service department raised the diagnostic fee by double upon check-in when the vehicle was brought in on the scheduled appointment. I canceled the appointment in frustration.

I am the owner of a 2016 Spark EV, and the driver was my family member. The vehicle was charged and had a remaining driving range of 51 miles when the vehicle suddenly shut down on a major city road without any prior warning or symptoms of a problem. The vehicle did not restart immediately, and other drivers behind had to push the vehicle to the side of the road. The driver experienced the shutdown of the vehicle while driving again on another day. Since the sudden shutdown of the propulsion power while driving happened without any prior warning light, message, or symptom, the incident could put the safety of the driver and others at risk, especially if the shutdown happened at a higher speed on a highway. Failure of a specific component or system has not been identified, but the vehicle is available for inspection upon request. The service department of a Chevrolet dealer initially provided an estimated diagnostic fee of $170, but the service department raised the diagnostic fee by double upon check-in when the vehicle was brought in on the scheduled appointment. I canceled the appointment in frustration.

The contact owned a 2016 Chevrolet Spark. The contact stated that while driving approximately 35 MPH, the vehicle was T-bone crashed into on the driver's side by a second vehicle. During the crash, the driver-side curtain air bags did not immediately deploy. The contact indicated that the air bag deployed approximately one minute after the crash had occurred. The driver sustained torso bruises and lower back pain which later required medical treatment. A Police report was taken at the scene. The vehicle was destroyed and towed away. The manufacturer was not yet notified of the failure. The local dealer was contacted but no assistance was offered. The contact was informed of the incomplete recall for NHTSA Campaign Number: 17V307000(Air Bag). The failure mileage was 44,813.