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Why Did My Parking Assist Turn Off?

Published in Parking Assist Troubleshooting 2 mins read

Your parking assist system likely turned off because you took an action that indicated you were resuming control of the vehicle or that a safety condition was not met. These systems are designed to disengage when the driver's input conflicts with the automated process or when certain safety parameters are breached.

Common Reasons Your Parking Assist Disengages

Several specific actions can cause your parking assist to turn off, as the system interprets these as a signal for the driver to take over or a condition requiring its deactivation for safety.

  • Manual Steering or Gear Changes: If you manually steer the vehicle or change gears without the system prompting you to do so, the parking assist will turn off. The system assumes you are overriding its control and taking over the parking maneuver yourself.
  • Excessive Acceleration: Accelerating too quickly while the system is active can cause it to disengage. Automatic parking systems operate at low, controlled speeds, and rapid acceleration is typically outside their operational parameters, signaling a manual takeover or an unsafe condition for automation.
  • Seat Belt Unbuckled: Unbuckling your seat belt during an active parking assist sequence will lead to its deactivation. This is a crucial safety measure, ensuring the driver is properly secured while the vehicle is in motion, even under automated control.
  • Driver's Door Opened (with Seat Belt Unfastened): Opening the driver's door, particularly if your seat belt is already unfastened, will also cause the parking assist to turn off. Similar to unbuckling the seat belt, this indicates a potential safety risk or that the driver is not fully prepared to monitor the parking process.

Understanding these common triggers can help you utilize your parking assist more effectively and avoid unexpected interruptions during a maneuver. The system prioritizes safety and driver control, and any action that suggests a deviation from its expected operation or a safety compromise will result in its deactivation.