2013 DODGE CHARGER SRT display

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Page 249 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual Remove your foot from the accelerator pedal. If you do
not, the vehicle may continue to accelerate beyond the set
speed. If this occurs:
•The message “DRIVER OVERRIDE” will display in
the EVIC.

Page 251 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual To Turn Off
The system will turn off and erase the set speed in
memory if:
•You push and release the ON/OFF button.
• You turn OFF the ignition.
To Resume Speed
Press the RES +button and release.

Page 252 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual Pressing the RES+button once will result ina1mph
(1 km/h) increase in set speed. Each subsequent tap of
the button results in an increase of 1 mph (1 km/h).
While ACC is set, the set speed can be decr

Page 253 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual Setting The Following Distance In ACC
The specified following distance for ACC can be set by
varying the distance setting between 3 (long), 2 (me-
dium), and 1 (short). Using this distance setting and

Page 254 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual To change the distance setting, press the Distance button
and release. Each time the button is pressed, the distance
setting adjusts between 3 (long), 2 (medium), and 1 (short).
If there is no vehicle

Page 257 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual Adaptive Cruise Control (ACC) Menu
The EVIC displays the current ACC system settings. The
EVIC is located in the upper part of the instrument
cluster between the speedometer and the tachometer. The
in

Page 258 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual •ACC Unavailable Warning
• The EVIC will return to the last display selected after
five seconds of no ACC display activity.
Display Warnings And Maintenance
“Clean Radar Sensor In Front Of Vehic

Page 260 of 599

DODGE CHARGER SRT 2013 7.G Owners Manual ACC Unavailable Warning
If the system turns off, and the EVIC displays “Adaptive
Cruise Control (ACC) Unavailable”, there may be a
temporary malfunction that limits ACC functionality.
Although the