Nissan Rogue manuals

Nissan Rogue Owners Manual: Available views

WARNING
  •  The distance guide line and the vehicle width line should be used as a reference only when the vehicle is on a paved, level surface. The distance viewed on the monitor may be different than the actual distance between the vehicle and displayed objects.
  •  If the tires are replaced with different sized tires, the predictive course lines and the bird’s-eye view may be displayed incorrectly.
  •  When driving the vehicle up a hill, objects viewed in the monitor are further than they appear. When driving the vehicle down a hill, objects viewed in the monitor are closer than they appear.

    Use the mirrors or actually look to properly judge distances to other objects.

  •  Objects in the rear view will appear visually opposite than when viewed in the rear view and outside mirrors.
  •  On a snow-covered or slippery road, there may be a difference between the predictive course lines and the actual course line.
  •  The vehicle width and predictive course lines are wider than the actual width and course.
  •  The displayed lines on the rear view will appear slightly off to the right, because the rear view camera is not installed in the rear center of the vehicle.
  •  Use the displayed lines and the bird’seye view as a reference. The lines and the bird’s-eye view are greatly affected by the number of occupants, fuel level, vehicle position, road condition and road grade.

Front view
Front view

Front and rear view

Guiding lines, which indicate the vehicle width and distance to objects with reference to the vehicle body line A , are displayed on the monitor.

Distance guide lines:

Indicate distances from the vehicle body:

Rearview
Rearview

Vehicle width guide lines 5 :

Indicate the vehicle width when backing up.

Predictive course lines 6 :

Indicate the predictive course when operating the vehicle. The predictive course lines will be displayed on the monitor when the steering wheel is turned. The predictive course lines will move depending on how much the steering wheel is turned and will not be displayed while the steering wheel is in the neutral position.

The front view will not be displayed when the vehicle speed is above 6 mph (10 km/h).

NOTE: When the monitor displays the front view and the steering wheel turns about 90 degrees or less from the neutral position, both the right and left predictive course lines 6 are displayed. When the steering wheel turns about 90 degrees or more, a line is displayed only on the opposite side of the turn.

WARNING
  •  The distance between objects viewed in the rear view may differ from the actual distance. Objects in the rear view will appear visually opposite from those viewed in the inside and outside mirrors.
  •  On a snow-covered or slippery road, there may be a difference between the predictive course line and the actual course line.

Bird’s-eye view
Bird’s-eye view

The bird’s-eye view shows the overhead view of the vehicle, which helps confirm the vehicle position and the predicted course to a parking space.

The vehicle icon 1 shows the position of the vehicle. Note that the distance between objects viewed in the bird’s-eye view differs from the actual distance.

The areas that the cameras cannot cover 2 are indicated in black.

After the ignition switch is placed in the ON position, the non-viewable area 2 is highlighted in yellow for 3 seconds after the bird’s-eye view is displayed. In addition, the non-viewable corners are displayed in red and blink for the first 3 seconds 3 to remind the driver to be cautious.

WARNING
  •  Objects in the bird’s-eye view will appear further than the actual distance because the bird’s-eye view is a pseudo view that is processed by combining the views from the cameras on the outside mirrors, the front and the rear of the vehicle.
  •  Tall objects, such as a curb or vehicle, may be misaligned or not displayed at the seam of the views.
  •  Objects that are above the camera cannot be displayed.
  •  The view of the bird’s-eye view may be misaligned when the camera position alters.
  •  A line on the ground may be misaligned and is not seen as being straight at the seam of the views. The misalignment will increase as the line proceeds away from the vehicle.

Front-side view
Front-side view

Guiding lines:

Guiding lines that indicate the width and the front end of the vehicle are displayed on the monitor.

The front-of-vehicle line 1 shows the front part of the vehicle.

The side-of-vehicle line 2 shows the vehicle width including the outside mirror.

The extensions 3 of both the front 1 and side 2 lines are shown with a green dotted line.

CAUTION
  •  The turn signal light may look like the side-of-vehicle line. This is not a malfunction.
Around View® Monitor (if so equipped)
With the ignition switch in the ON position, press the CAMERA button or move the shift lever to the R (Reverse) position to operate the Around View Monitor. The monitor displays various views of t ...

Difference between predictive and actual distances
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. For example, the dis ...

Other materials:

Fuse inspection
How To Check If fuse is blown, be sure to eliminate cause of malfunction before installing new fuse.  Use fuse of specified rating. Never use fuse of more than specified rating.  Do not partially install fuse; always insert it into fuse holder properly.  Remove fus ...

Rear disc brake
BRAKE PAD BRAKE PAD : Inspection INSPECTION Check brake pad wear thickness from an inspection hole (A) on cylinder body. Check using a scale if necessary. Wear thickness : Refer to BR-55, "Rear Disc Brake". DISC BRAKE ROTOR DISC BRAKE ROTOR : Inspection Appearance Check surfac ...

U0100 lost communication (ECM A)
DTC Description DTC DETECTION LOGIC DTC CONSULT screen terms (Trouble diagnosis content) DTC detection condition U0100 LOST COMM (ECM A) (Lost Communication With ECM/PCM A) When the ignition switch is ON, TCM is unable to receive the CAN communications signal f ...

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