The Subaru Ascent is equipped with an advanced seatbelt system featuring Automatic Locking Retractor/Emergency Locking Retractor (ALR/ELR) mechanisms for enhanced safety. Under normal driving conditions, the system operates in ELR mode, allowing free movement while instantly locking during sudden braking or impact.
The ALR mode in the Subaru Ascent provides an additional function specifically designed for securing child restraint systems. When the seatbelt is fully extended and then slightly retracted, it locks into place and cannot be pulled out further. During this process, clicking sounds indicate that the system has switched to ALR mode.
Once the seatbelt is fully retracted, the Subaru Ascent system automatically returns to ELR mode, restoring normal operation.
When installing a child restraint system in the Subaru Ascent using the seatbelt, it is essential to switch the retractor to ALR mode to ensure proper and secure installation.
After removing the child restraint system, always allow the seatbelt to retract completely so the Subaru Ascent system returns to ELR mode.
For detailed procedures on switching between ALR and ELR modes, refer to the section "Installing child restraint systems with ALR/ELR seatbelt".
Seatbelt warning light and chime
Refer to the Subaru Ascent section "Seatbelt warning light and chime" for detailed information.
Passengers seatbelt reminder
Refer to the Subaru Ascent section "Rear passenger's seats" for additional guidance.
Related manual topics
Engine hood
CAUTION
Exercise extreme caution when closing the engine hood of your Subaru
Ascent to avoid trapping fingers or other objects, which may lead to injury.
Do not apply excessive force when closing the hood. Forcing it down may
deform the metal structure and affect proper alignment.
Be e ...
Temporary spare tire
WARNING
Never attempt to tow a trailer when the temporary spare tire is installed
on your Subaru Ascent.
The temporary spare tire supplied with the Subaru Ascent is engineered
strictly for short-term emergency mobility and is not capable of handling the
additional load stress creat ...
