2013 Nissan Leaf Complaints

On 3 occasions the brakes have randomly failed when traveling. In 2 cases, stopping ability was non-existent except for the use of the parking brake. In the other case, stopping was significantly decreased. 13-Jan-2025, when traveling straight on a 40mph road towards a busy intersection, when the brakes were applied to slow to the intersection they failed and a red indicator light came on. Stopping ability was significantly reduced, but not completely gone. The car was able to safely divert into a parking lot without incident. When the car was powered off then on, the error went away and the brakes functioned. There were 2 other incidents prior to this, traveling at low speeds in residential areas. Braking was completely gone and I had to use the parking brake pedal to stop the vehicle. Again, after powering the car off then on, the braking system functioned normally.

I put the car in park as I was pulling in without turning it off to grab trash from the curb and take it to the car, but the car keep accelerating. I jumped in and slammed on the bricks but it hit the brick wall to the house. I see more recent years were recalled for "unintended acceleration" and "brake issues"

The contact owns a 2013 Nissan Leaf. The contact stated that while driving at an undisclosed speed, there was a whistling sound coming from the engine compartment. The vehicle was taken to an independent mechanic where the failure was unofficially diagnosed as a failed air condition hose or a failed air condition line connector. The vehicle was not repaired. The vehicle was taken to the dealer, however, the contact declined to pay the diagnostic fee. The manufacturer was made aware of the failure. The contact was advised to have the vehicle diagnosed by the dealer. The failure mileage was approximately 29,000.

The car suddenly lost power during freeway driving. The brake system appeared compromised. Turning off 12v accessories - which includes safety critical functions such as the defrost blower - was necessary to restore functionality. This is caused by a defective DC-DC converter that fails to properly charge the 12V battery, risking and repeatedly causing sudden loss power, loss of braking, and loss of safety critical functions. This is not the result of damage to the DC-DC converter or other such damage. This is proven by the fact that activation of the wipers triggers the DC-DC converter to temporarily raise the charging voltage to a level sufficient to restore power and charge the 12v battery. Due to defective programming of the DC-DC converter, the power provided to the 12v battery and system quickly returns to unsafe low levels. The DC-DC converter has a sense line that senses the voltage of the 12v battery, but the programming of the converter is defective such that it does not a...

The Nissan Leaf has a 6,600 watt charger that is attached to the top of the 26,000 watt electrical motor. A 30 Amp Nissan charging cord connects the 220 volt electrical outlet (dryer) to the Leaf via a Society of Automotive Engineers (SAE) J1772 Plug. Unknown to me a desert rat had chewed the insulation down to the wires of the charging cord, leaving the wires bare. The desert rat was not electrocuted because the onboard charger safety system in the vehicle turns off the 220 volts AC before it reaches the car using the control box that is part of the the charging cable. But when I plugged the J1772 Plug into the Leaf Nissan's "safety system" sent 220 volts form the dryer plug to the Nissan Leaf creating an electrocution hazard where the rat removed the insulation. I saw a series of sparks and felt the electricity through my electric car safety gear rubber Crocs. Nissan's "safety system" ensures that there is NO arc of electric current when you unplug the J1772 connector. Unfortu...