Acura TLX Auto Idle Stop 2021 Manual
![Acura TLX Auto Idle Stop 2021 Sedan manual cover](/images/lJwFJaiMPqIWQYhHsNcAUhpk/thumbs/thumb175x175.webp)
To enable the Auto Idle Stop feature, ensure your vehicle is in park or drive and press the Auto Idle Stop button located on the center console. The feature will activate automatically when conditions are met.
The Auto Idle Stop may not engage if certain conditions are not met, such as insufficient engine temperature, low battery charge, high cabin temperature requiring A/C, or if the vehicle is on a steep incline.
The Auto Idle Stop feature cannot be permanently disabled. You need to deactivate it manually each time by pressing the Auto Idle Stop off button if you prefer not to use it.
The Auto Idle Stop system is designed with a robust starter motor to handle frequent starts. It should not significantly affect its longevity, as it is made to accommodate the increased usage.
When the Auto Idle Stop is active, an indicator on the instrument panel will illuminate, usually showing an 'A' with a circular arrow around it, indicating the engine has stopped temporarily.
If the Auto Idle Stop feature is not functioning properly, check if all conditions for activation are met. If issues persist, consult your vehicle's manual or visit a certified Acura service center for assistance.
Yes, the Auto Idle Stop feature is designed to save fuel by shutting off the engine during prolonged idling, such as at stoplights, and restarting it when you release the brake pedal.
The Auto Idle Stop feature may not engage if the air conditioning demand is high to maintain cabin temperature. The system prioritizes passenger comfort over fuel savings in such cases.
The Auto Idle Stop feature is typically available in standard driving modes like Normal and Comfort. It may not engage in Sport or Sport+ modes, where performance is prioritized.
The Auto Idle Stop system itself requires no specific maintenance. However, regular vehicle maintenance, such as battery checks and engine servicing, ensures optimal performance of the system.