Description
The skid control ecu learns the steering sensor zero point every time the ignition switch is turned on and the vehicle is driven at 35 km/h (22 mph) or more for approximately 5 seconds. The ecu also stores the previous zero point.
If front wheel alignment or the steering wheel position is adjusted without disconnecting the negative battery terminal, or if the yaw rate and deceleration sensor zero point is not set after the adjustments have been completed, the skid control ecu detects the difference between the previously stored zero point and the newly learned zero point and outputs this dtc to indicate a poor adjustment.
Indication of the steering sensor zero point malfunction is canceled by turning the ignition switch off.
Inspection procedure
Notice:
When replacing the abs and traction actuator, perform zero point calibration (see page bc-24).
Hint:
Hint:
If the front wheel alignment and steering position are adjusted due to an incorrectly centered position of the steering wheel, set the yaw rate and deceleration sensor zero point again after the adjustments are completed.
Ok: the center position of the steering wheel is correctly set.
Result
Use simulation method to check
Unmatched key code
Description
This dtc is output when a key code that has not been registered in the
transponder key ecu is inserted
into the ignition key cylinder.
Inspection procedure
Reregister key
Clear the dtc (see page ei-18).
Reregister the key code with the transponder key ecu
(see ...
Customization
Customizable features
Your vehicle includes a variety
of electronic features
that can be personalized to
suit your preferences. The
settings of these features
can be changed using the
multi-information display,
navigation/multimedia system,
or at your Toyota
dealer.
Customizing vehicle features
â– ...
AHB (Automatic High
Beam)
The Automatic High Beam
uses an in-vehicle front
camera to assess the brightness
of streetlights, the
lights of vehicles ahead etc.,
and automatically turns the
high beams on or off as necessary.
WARNING
â– Limitations of the Automatic
High Beam
Do not overly rely on the Automatic
High Beam. Always ...