Lincoln Aviator: Adaptive Cruise Control / Setting the Adaptive Cruise Control Gap
Press the button to cycle through
the four gap settings.
The selected gap appears in the instrument
cluster display as shown by the bars in the
image.
Note: The gap setting is time dependent and
therefore, the distance adjusts with your
vehicle speed.
Note: It is your responsibility to select a gap
appropriate to the driving conditions.
Adaptive Cruise Control Gap Settings
Each time you switch the system on, it
selects the last chosen gap setting.
Following a Vehicle
When a vehicle ahead of you enters the
same lane or a slower vehicle is ahead in the
same lane, the vehicle speed adjusts to
maintain the gap setting.
Note: When you are following a vehicle and
you switch on a turn signal lamp, adaptive
cruise control may provide a small,
temporary acceleration to help you pass.
Your vehicle maintains a consistent gap from
the vehicle ahead until:
- The vehicle in front of you accelerates to
a speed above the set speed.
- The vehicle in front of you moves out of
the lane you are in.
- You set a new gap distance.
The system applies the brakes to slow down
your vehicle to maintain a safe gap distance
from the vehicle in front of you. The system
only applies limited braking. You can
override the system by applying the brakes.
Note: The brakes may emit noise when
applied by the system.
If the system determines that its maximum
braking level is not sufficient, an audible
warning sounds, a message appears in the
instrument cluster display and an indicator
flashes when the system continues to brake.
Take immediate action.
Drive to the speed you prefer.
Press either button to set the
current speed.
Take your foot off the accelerator pedal.
The indicator, current gap setting and set
speed appear in the information display...
Canceling the Set Speed
Press the button or tap the
brake
pedal.
The set speed does not erase.
Resuming the Set Speed
Press the button.
Your vehicle speed returns to the previously
set speed and gap setting...
Other information:
Special Tool(s) /
General Equipment
Punch
Removal
NOTE:
Left hand (LH) shown, right hand (RH) similar.
NOTE:
For front door window regulator motors that are
non-functional it will be necessary to remove the front door window
regulator motor prior to removing the front door window regulator...
System Diagram
Item
Description
1
SOBDMC/ISC (Inverter System Controller)
2
APIM
3
FCIM
4
BCM
5
BMS
6
DCDC
7
PCM
8
GWM
9
BECM
10
SOBDM/BCCM (Battery Charger Control Module)
11
EVSE (Electric Vehicle Supply Equipment)
12
High Voltage Battery
13
High Voltage Battery Junction Box
14
CSI (Charge Status Indicator)
System Operation
Network Message Chart — SOBDM
Broadcast Message
Originating Module
Message Purpose
High voltage battery state of charge (SOC)
BECM
Used to notify other vehicle modules that the high voltage battery has reached 100% SOC
High voltage battery charge status (not
ready, charge wait, ready, charging, charge complete, fault)
BECM
Used to transition the charger between charging and ready states
Vehicle operating mode
Inverter System Controller (ISC)
Vehicle must be in non-torque producing mode prior to charging
Low voltage support
PCM
Used to activate the low voltage output and support the low voltage system
Gear lever position
PCM
Used to determine transaxle gear state
Ambient air temperature
PCM
Ambient air temperature used for cooling strategy
Maximum current request
BECM
Used to limit and set target setpoint of charger
Maximum voltage request
BECM
Used to limit and set target setpoint of charger
Charge contactor open/close
BECM
High voltage battery charge contactor command
12V battery charge setpoint command
PCM
This message is used to set the 12V battery charging voltage...