The displayed guidelines and their locations on the ground are for approximate reference only.
Objects on uphill or downhill surfaces or projecting objects will be actually located at distances different from those displayed in the monitor relative to the guidelines (refer to illustrations). When in doubt, turn around and view the objects as you are backing up, or park and exit the vehicle to view the positioning of objects behind the vehicle.
Backing up on a steep uphill

When backing up the vehicle up a hill, the distance guide lines and the vehicle width guide lines are shown closer than the actual distance.
Note that any object on the hill is further than it appears on the monitor.
Backing up on a steep downhill

When backing up the vehicle down a hill, the distance guide lines and the vehicle width guide lines are shown farther than the actual distance.
Note that any object on the hill is closer than it appears on the monitor.
Backing up near a projecting object

The predicted course lines A do not touch the object in the display. However, the vehicle may hit the object if it projects over the actual backing up course.
Backing up behind a projecting object

The position C is shown farther than the position B in the display. However, the position C is actually at the same distance as the position A .
The vehicle may hit the object when backing up to the position A if the object projects over the actual backing up course.
How to read the displayed lines
How to park with predicted course linesTrunk lid
TRUNK LID ASSEMBLY
TRUNK LID ASSEMBLY : Removal and Installation
CAUTION:
Use two people when removing or installing trunk lid assembly
due to its heavy weight.
Use protective tape or shop cloths to protect surrounding
components from damage during removal
and installation of tr ...
Illumination control system
System Diagram
System Description
The illumination lamps operation is dependent upon the position of the
lighting switch (combination switch).
When the lighting switch is placed in
the 1ST or 2ND position (or if the auto light system is activated) the BCM
(body control module) receives in ...
P0116 ECT sensor
Description
The engine coolant temperature sensor is used to detect the engine
coolant temperature. The sensor modifies a voltage signal from the
ECM. The modified signal returns to the ECM as the engine coolant
temperature input. The sensor uses a thermistor which is sensitive to
the c ...