2016 LINCOLN NAVIGATOR fuel

•
Do not turn off the ignition while your
vehicle is moving, especially at high
speeds.
• Have the items listed in scheduled
maintenance information performed
according to the specified schedule.
The scheduled maintenance items listed in
scheduled maintenance information are
essential to the life and performance of your
vehicle and to its emissions system.
If you use parts other than Ford, Motorcraft
or Ford-authorized parts for maintenance
replacements, or for service of components
affecting emission control, such non-Ford
parts should be the equivalent to genuine
Ford Motor Company parts in performance
and durability.
Illumination of the service engine soon
indicator, charging system warning light or
the temperature warning light, fluid leaks,
strange odors, smoke or loss of engine
power could indicate that the emission
control system is not working properly. An improperly operating or damaged exhaust
system may allow exhaust to enter the
vehicle. Have a damaged or improperly
operating exhaust system inspected and
repaired immediately.
Do not make any unauthorized changes to
your vehicle or engine. By law, vehicle
owners and anyone who manufactures,
repairs, services, sells, leases, trades
vehicles, or supervises a fleet of vehicles are
not permitted to intentionally remove an
emission control device or prevent it from
working. Information about your vehicle
’s
emission system is on the Vehicle Emission
Control Information Decal located on or near
the engine. This decal also lists engine
displacement
Please consult your warranty information for
complete details. On-Board Diagnostics (OBD-II)
Your vehicle has a computer known as the
on-board diagnostics system (OBD-II) that
monitors the engine
’s emission control
system. The system protects the environment
by making sure that your vehicle continues
to meet government emission standards. The
OBD-II system also assists a service
technician in properly servicing your vehicle. When the service engine soon
indicator illuminates, the OBD-II
system has detected a malfunction.
Temporary malfunctions may cause the
service engine soon indicator to illuminate.
Examples of temporary malfunctions are:
• the vehicle has run out of fuel—the
engine may misfire or run poorly
• poor fuel quality or water in the fuel—the
engine may misfire or run poorly
• the fuel fill inlet may not have closed
properly. See Refueling (page 165).
• driving through deep water—the
electrical system may be wet.
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You can correct these temporary
malfunctions by filling the fuel tank with good
quality fuel, properly closing the fuel fill inlet
or letting the electrical system dry out. After
three driving cycles without these or any
other temporary malfunctions present, the
service engine soon indicator should stay off
the next time you start the engine. A driving
cycle consists of a cold engine startup
followed by mixed city/highway driving. No
additional vehicle service is required.
If the service engine soon indicator remains
on, have your vehicle serviced at the first
available opportunity. Although some
malfunctions detected by the OBD-II may not
have symptoms that are apparent, continued
driving with the service engine soon indicator
on can result in increased emissions, lower
fuel economy, reduced engine and
transmission smoothness, and lead to more
costly repairs.
Readiness for Inspection/Maintenance
(I/M) Testing
Some state/provincial and local governments
may have Inspection/Maintenance (I/M)
programs to inspect the emission control
equipment on your vehicle. Failure to pass
this inspection could prevent you from
getting a vehicle registration. If the service engine soon indicator
is on or the bulb does not work,
you may need to have the vehicle
serviced. See On-Board Diagnostics (OBD-II).
Your vehicle may not pass the I/M test if the
service engine soon indicator is on or not
working properly (bulb is burned out), or if
the OBD-II system has determined that some
of the emission control systems have not
been properly checked. In this case, your
vehicle is not ready for I/M testing.
If the vehicle ’s engine or transmission has
just been serviced, or the battery has
recently run down or been replaced, the
OBD-II system may indicate that the vehicle
is not ready for I/M testing. To determine if
the vehicle is ready for I/M testing, turn the ignition key to the on position for 15 seconds
without cranking the engine. If the service
engine soon indicator blinks eight times, it
means that the vehicle is not ready for I/M
testing; if the service engine soon indicator
stays on solid, it means that the vehicle is
ready for I/M testing.
The OBD-II system monitors the emission
control system during normal driving. A
complete check may take several days. If the
vehicle is not ready for I/M testing, you may
need to perform the following driving cycle
consisting of mixed city and highway driving:
Drive on an expressway or highway for a
steady 15 minutes, followed by 20 minutes
of stop-and-go driving with at least four
30-second idle periods.
Allow the vehicle to sit for at least eight hours
without starting the engine. Then, start the
engine and complete the above driving
cycle. The engine must warm up to its normal
operating temperature. Once started, do not
turn off the engine until the above driving
cycle is complete. If the vehicle is still not
ready for I/M testing, you will have to repeat
the above driving cycle.
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AUTOMATIC TRANSMISSION
WARNINGS
Always set the parking brake fully and
latch the gearshift in park (P). Turn the
ignition to the off position and remove the
key whenever you leave your vehicle. Do not use the tow/haul feature when
driving in icy or slippery conditions as
the increased engine braking can cause the
rear wheels to slide and your vehicle to
swing around with the possible loss of
vehicle control. Selector Lever Positions
Putting your vehicle in or out of gear:
1. Fully press down the brake pedal.
2.
Move the gearshift lever into the desired
gear.
3. Come to a complete stop.
4. Move the gearshift lever and securely latch it in park (P).
Park (P)
This position locks the transmission and
prevents the rear wheels from turning. Reverse (R)
With the gearshift lever in reverse (R), your
vehicle will move backward. Always come
to a complete stop before shifting into and
out of reverse (R).
Neutral (N)
With the gearshift lever in neutral (N), your
vehicle can be started and is free to roll. Hold
the brake pedal down while in this position.
Drive (D)
Drive (D) is the normal driving position for
the best fuel economy. The overdrive
function allows automatic upshifts and
downshifts through gears one through six.
Manual (M)
With the gearshift lever in manual (M), you
can change gears up or down as desired by
using buttons on the shift lever. See
Understanding your SelectShift Automatic
™
transmission later in this section.
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Upshifts when accelerating (recommended for best fuel economy)
Shift from: 15 mph (24 km/h)
1 – 2
25 mph (40 km/h)
2 – 3
40 mph (64 km/h)
3 – 4
45 mph (72 km/h)
4 – 5
50 mph (80 km/h)
5 – 6
Brake-Shift Interlock WARNINGS
Do not drive your vehicle until you
verify that the brake lamps are working.
When doing this procedure, you will
be taking your vehicle out of park (P)
which means your vehicle can roll freely. To
avoid unwanted vehicle movement, always
fully set the parking brake prior to doing this
procedure. Use wheel chocks if appropriate. WARNINGS
If you fully release the parking brake
and the brake warning lamp remains
illuminated, the brakes may not be working
properly. See your authorized dealer. Your vehicle is equipped with a brake-shift
interlock feature that prevents moving the
gearshift lever from park (P) when the ignition
is in the on position and the brake pedal is
not pressed.
If you cannot move the gearshift lever out of
park (P) position with the ignition in the on
position and the brake pedal pressed, a
malfunction may have occurred. It is possible
that a fuse has blown or your vehicle
’s brake
lamps are not operating properly. See Fuse
Specification Chart (page 250).
If the fuse is not blown and the brake lamps
are working properly, the following
procedure will allow you to move the
gearshift lever from park (P):
1. Apply the parking brake. Turn the ignition
key to the off position, then remove the
key.
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Note:
The AdvanceTrac® with RSC® stability
enhancement system can be turned off
manually by pressing the AdvanceTrac
button. See Using Traction Control (page
187). This will disable the engine
management feature, allowing the vehicle
to maintain full power and enhanced
momentum through the obstacle.
Note: The Control Trac® selector switch
should not be changed while the rear wheels
are slipping. The Control Trac® system functions in three
modes:
•
4X2
delivers power to the rear wheels
only. The information display will
momentarily display 4x2 when this mode
is selected. This mode is appropriate for
normal on-road driving on dry pavement
and provides the best fuel economy.
• 4X4 AUTO
provides electronic control
four-wheel drive with power delivered to
all four wheels, as required, for increased
traction. The information display will
display 4A when this mode is selected.
This mode is appropriate for all on-road
driving conditions, such as dry road
surfaces, wet pavement, snow, or gravel.
• 4X4
provides electronically locked
four-wheel drive power to front and rear
wheels. The information display will
display 4X4 when this mode is selected.
This mode is not recommended for use
on dry pavement. This mode is only
intended for severe winter or off-road
conditions, such as deep snow, ice or
shallow sand. Shifting between system modes
Note:
Momentarily releasing the accelerator
pedal while a shift in progress message
displays will improve
engagement/disengagement performance.
Note: Do not perform this operation if the
rear wheels are slipping.
Note: Some noise may be heard as the
system shifts or engages; this is normal.
Press any button (4X2, 4X4 AUTO or 4X4) at
a stop or while driving. The information
display may display a message indicating a
4X4 shift is in progress. Once the shift is
complete the information display will then
display the system mode selected.
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(If Equipped)E207352

To move the shelf to the divider position:
Pull up and pivot the shelf over the channels
on the side trim panels and snap vertically
in place.
ROOF RACKS AND LOAD
CARRIERS WARNING
When loading the roof racks, we
recommend you evenly distribute the
load, as well as maintain a low center of
gravity. Loaded vehicles, with higher centers
of gravity, may handle differently than
unloaded vehicles. Take extra precautions,
such as slower speeds and increased
stopping distance, when driving a heavily
loaded vehicle. The maximum recommended load, evenly
distributed on the crossbars, is 200 lb
(90 kg).
Note: Never place loads directly on the roof
panel. The roof panel is not designed to
directly carry a load.
For correct roof rack system function, you
must place loads directly on crossbars affixed
to the roof rack side rails. When using the
roof rack system, we recommend you use
Ford Genuine Accessory crossbars designed
specifically for your vehicle. Make sure that you securely fasten the load.
Check the tightness of the load before
driving and at each fuel stop.
Adjusting the Crossbar
1. Loosen the thumbwheels at both ends
of the crossbar by turning them
counterclockwise (both crossbars are
adjustable).
2. Slide the crossbar to the desired location.
3. Tighten the thumbwheels at both ends of the crossbar by turning them
clockwise.
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Make sure to check that the thumbwheels
are tight each time you add or remove load
from the roof rack, and periodically while
traveling. Make sure that the load is secure
before traveling.
LOAD LIMIT
Vehicle Loading - with and without a
Trailer
This section will guide you in the proper
loading of your vehicle, trailer or both,
to keep your loaded vehicle weight
within its design rating capability, with
or without a trailer. Properly loading your
vehicle will provide maximum return of
vehicle design performance. Beforeloading your vehicle, familiarize yourself
with the following terms for determining
your vehicle
’s weight ratings, with or
without a trailer, from the vehicle ’s Tire
Label or Safety Compliance Certification
Label:
Base Curb Weight - is the weight of the
vehicle including a full tank of fuel and
all standard equipment. It does not
include passengers, cargo, or optional
equipment.
Vehicle Curb Weight - is the weight of
your new vehicle when you picked it up
from your authorized dealer plus any
aftermarket equipment. 214
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RV & Trailer Towing Guide Online
http://www.fleet.ford.com/towing-guides/
Website
TRAILER SWAY CONTROL WARNING
Turning off trailer sway control
increases the risk of loss of vehicle
control, serious injury or death. Ford does
not recommend disabling this feature except
in situations where speed reduction may be
detrimental (such as hill climbing), the driver
has significant trailer towing experience, and
can control trailer sway and maintain safe
operation. Note:
This feature does not prevent trailer
sway, but reduces it once it begins.
Note: This feature cannot stop all trailers
from swaying. Note:
In some cases, if vehicle speed is too
high, the system may activate multiple times,
gradually reducing vehicle speed.
This feature applies your vehicle brakes at
individual wheels and, if necessary, reduces
engine power. If the trailer begins to sway,
the stability control light flashes and the
message TRAILER SWAY REDUCE SPEED
appears in the information display. The first
thing to do is slow your vehicle down, then
pull safely to the side of the road and check
for proper tongue load and trailer load
distribution.
See Load Carrying (page 212).
RECOMMENDED TOWING
WEIGHTS
Note: Do not exceed the trailer weight for
your vehicle configuration listed in the chart
below. Note:
Make sure to take into consideration
trailer frontal area. Do not exceed 36.5 feet²
(3.39 meters²) if your vehicle is equipped
with the standard towing package, or 60
feet² (5.57 meters²) if your vehicle is
equipped with the optional heavy duty
package.
Note: Exceeding this limitation may
significantly reduce the performance of your
towing vehicle. Selecting a trailer with a low
aerodynamic drag and rounded front design
helps optimize performance and fuel
economy.
Note: For high altitude operation, reduce the
gross combined weight by 2% per 1000 feet
(300 meters) starting at the 1000 foot (300
meter) elevation point.
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