2022 FORD ESCAPE tow

WHAT IS THE CABIN AIR
FILTER
The cabin air filter improves the quality of
air in your vehicle by trapping dust, pollen
and other particles.
REPLACING THE CABIN AIR
FILTER
Replace the filter at regular intervals. See
Scheduled Maintenance (page 482).
The cabin air filter is behind the glove
compartment.
To remove the lower glove compartment
and access the filter:
1. Open the glove compartment.
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2. Press the tab on each side.
3. Fully lower the glove compartment.
4. Pull the glove compartment towardyou.
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Interior Air Quality

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1. Adjust the seat backrest to an uprightdriving or riding position.
2. Pivot the head restraint forward toward your head to the preferred position.
After the head restraint reaches the
forward-most tilt position, pivot it forward
again to release it to the rearward, untilted
position.
Note: Do not attempt to force the head
restraint backward after it is tilted. Instead,
continue tilting it forward until the head
restraint releases to the upright position.
REMOVING THE HEAD RESTRAINT
1. Pull the head restraint up until it reaches its highest position.
2. Press and hold the adjust and unlock button.
3. Pull the head restraint up.
INSTALLING THE HEAD
RESTRAINT
Align the steel stems into the guide sleeves
and push the head restraint down until it
locks.
MOVING THE SEAT BACKWARD
AND FORWARD
WARNING: Make sure the seat fully
locks into place by rocking it backward
and forward.
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ADJUSTING THE SEAT BACKREST
WARNING: Do not place cargo or
any objects behind the seat backrest
before returning it to the original position.
Pull on the seat backrest to make sure
that it has fully latched after returning
the seat backrest to its original position.
An unlatched seat may become
dangerous if you stop suddenly or have
a crash.
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Front Seats

WARNING: Adjust the head
restraints for all passengers before you
drive your vehicle. This will help minimize
the risk of neck injury in the event of a
crash. Do not adjust the head restraints
when your vehicle is moving.
Note: Adjust the seat backrest to an upright
driving position before adjusting the head
restraint. Adjust the head restraint so that
the top of it is level with the top of your head
and as far forward as possible. Make sure
that you remain comfortable. If you are
extremely tall, adjust the head restraint to
its highest position.
Pull the head restraint up to raise it.
To lower the head restraint:
1. Press and hold the adjust and unlock button.
2. Push the head restraint down.
To tilt the head restraint (if equipped):
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1. Adjust the seat backrest to an upright driving or riding position.
2. Pivot the head restraint forward toward your head to the preferred position. After the head restraint reaches the
forward-most tilt position, pivot it forward
again to release it to the rearward, untilted
position.
Note:
Do not attempt to force the head
restraint backward after it is tilted. Instead,
continue tilting it forward until the head
restraint releases to the upright position.
REMOVING THE HEAD RESTRAINT
1. Pull up the head restraint until it reaches its highest position.
2. Press and hold the adjust and unlock button.
3. Pull up the head restraint.
INSTALLING THE HEAD
RESTRAINT
Align the steel stems into the guide sleeves
and push the head restraint down until it
locks.
MOVING THE SEAT BACKWARD
AND FORWARD
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Front Seats

CUP HOLDERS
CUP HOLDER PRECAUTIONS
WARNING: Use caution when
stowing items or hot drinks in the cup
holders. Items could become loose or
spill during hard braking, acceleration or
crashes. Failure to follow this instruction
could result in personal injury.
GLASSES HOLDER
LOCATING THE GLASSES HOLDER
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The glasses holder is in the overhead
console. Press near the rear edge of the
door to open.
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Storage

ENGINE BLOCK HEATER (IF
EQUIPPED)
ENGINE BLOCK HEATER
PRECAUTIONS
WARNING: Failure to follow engine
block heater instructions could result in
property damage or serious personal
injury.
WARNING: Do not use your heater
with ungrounded electrical systems or
two-pronged adapters. There is a risk of
electrical shock.
WARNING: Do not fully close the
hood, or allow it to drop under its own
weight when using the engine block
heater. This could damage the power
cable and may cause an electrical short
resulting in fire, injury and property
damage.
We recommend that you do the following
for a safe and correct operation:
• Use a 16-gauge outdoor extension cord that is product certified by
Underwriter’s Laboratory (UL) or
Canadian Standards Association
(CSA). This extension cord must be
suitable for use outdoors, in cold
temperatures, and be clearly marked
Suitable for Use with Outdoor
Appliances. Do not use an indoor
extension cord outdoors. This could
result in an electric shock or become a
fire hazard.
• Use as short an extension cord as possible.
• Do not use multiple extension cords. • Make sure that when in operation, the
extension cord plug and engine block
heater cord plug connections are free
and clear of water. This could cause an
electric shock or fire.
• If the engine block heater cord is under the hood, do not remove the wiring
from its original location. Do not close
the hood on the extension wiring.
• Park your vehicle in a clean area, clear of combustible materials.
• Firmly connect the engine block heater cord and the extension cord.
• Check the extension cord for heat anywhere when the system has been
operating for approximately 30
minutes.
• Unplug and properly stow the system before starting and driving your vehicle.
The protective cover seals the
terminals of the engine block heater
cord plug when not in use.
• Check the engine block heater system for proper operation before winter.
HOW DOES THE ENGINE BLOCK
HEATER WORK
The engine block heater warms the engine
coolant. This allows the climate control
system to quickly respond. The equipment
includes a heater element installed in the
engine block and a wire harness. You can
connect the system to a grounded
220-240 volt AC electrical source.
Note: The engine block heater is most
effective when outdoor temperatures are
below 0°F (-18°C).
USING THE ENGINE BLOCK
HEATER
Make sure the receptacle terminals are
clean and dry prior to use. Clean them with
a dry cloth if necessary.
174
Starting and Stopping the Engine

WHAT IS A HYBRID ELECTRIC
VEHICLE
A hybrid vehicle has an electric motor and
a high voltage battery combined with a
gasoline engine.
HOW DOES A HYBRID
ELECTRIC VEHICLE WORK
The hybrid vehicle combines electric and
gasoline propulsion to provide optimal
performance and improved efficiency.
HYBRID ELECTRIC VEHICLE
DRIVING CHARACTERISTICS
The gasoline engine starts and stops to
provide power when required and to save
fuel when not needed. When coasting at
low speeds, coming to a stop or standing,
the gas engine normally shuts down and
your vehicle operates in electric-only
mode.
Conditions that may cause the gasoline
engine to start or remain running include:
• Considerable vehicle acceleration.
• Driving uphill.
• The high voltage battery charge levelis low.
• Heating or cooling the vehicle interior in high or low outside temperatures.
• The gasoline engine is below normal operating temperature.
• Towing a trailer.
• Certain selectable drive modes could cause the engine to run. See Selecting
a Drive Mode (page 257). Your hybrid vehicle also comes with
standard hydraulic braking and
regenerative braking. Regenerative braking
is performed by your transmission and
captures brake energy and stores it in the
high voltage battery.
You could also notice that your engine
continues to run instead of shutting off
during extended downhill driving. The
engine stays on during this engine braking
but is not using any fuel.
You could also hear a slight whine or
whistle when operating your vehicle. This
is the normal operation of the electric
motor in the hybrid system.
HYBRID ELECTRIC VEHICLE
INDICATORS
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When you start your vehicle, a
green READY indicator light
appears in the instrument cluster
letting you know that your vehicle is ready
for driving.
The engine may not start because your
vehicle has a silent key start feature. This
fuel saving feature allows your vehicle to
be ready to drive without requiring the gas
engine to be running.
The indicator remains on when your vehicle
is on, whether the engine is running or not,
to indicate your vehicle is capable of
movement using the electric motor, gas
engine or both.
Typically, the engine does not start unless
the vehicle is cold, a climate control
change is requested or you press the
accelerator pedal.
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Hybrid Electric Vehicle Information (If Equipped)

PLUG-IN HYBRID ELECTRIC
VEHICLE INFORMATION
WHAT IS A PLUG-IN HYBRID
ELECTRIC VEHICLE
A plug-in hybrid electric vehicle combines
a gasoline engine with an electric motor
and rechargeable high voltage battery
allowing you to use only electricity to
power your vehicle.
HOW DOES A PLUG-IN HYBRID
ELECTRIC VEHICLE WORK
Charging your vehicle adds electrical
energy that propels the vehicle. Regularly
plug in your vehicle to get optimal
electric-only range capability from the high
voltage battery. The system maximizes the
use of electric-only operation in normal
drive mode whenever possible. System
conditions could require the engine to
operate when necessary.
When the electric-only range reaches zero,
the powertrain system switches to hybrid
operation. This means that you have
depleted the energy you gained from
plugging in and charging your vehicle. Both
the gasoline engine and electric motor
power your vehicle and maximize fuel
economy during hybrid operation. You
receive some electric-only driving with
hybrid operation as the powertrain system
maintains the high voltage battery charge
within functional limits.
PLUG-IN HYBRID ELECTRIC
VEHICLE DRIVING
CHARACTERISTICS
The gasoline engine starts and stops to
provide power when required and to save
fuel when not needed. Restarting your
vehicle is not required. Simply step on the
accelerator when you are ready to drive.
When coasting at low speeds, coming to
a stop or standing, the gas engine normally
shuts down and your vehicle operates in
electric-only mode.
Conditions that may cause the gasoline
engine to start or remain running include:
• Considerable vehicle acceleration.
• Driving uphill.
• The high voltage battery charge levelis low.
• Heating or cooling the vehicle interior in high or low outside temperatures.
• The gasoline engine is below normal operating temperature.
• Towing a trailer.
• Certain drive modes could cause the engine to run. See Drive Mode
Control (page 257).
Note: Having your engine running is not
always an indication of inefficiency. In some
cases, it is actually more efficient than
driving in electric mode.
Your plug-in hybrid electric vehicle has
several EV drive modes to enhance your
driving experience. See Selecting a
Plug-In Hybrid Electric Vehicle Drive
Mode (page 259).
Your hybrid vehicle also comes with
standard hydraulic braking and
regenerative braking. Regenerative braking
is performed by your transmission and
captures brake energy and stores it in the
high voltage battery.
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Hybrid Electric Vehicle Information (If Equipped)

FUEL QUALITY
SELECTING THE CORRECT FUEL
Choosing the Right Fuel
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Your vehicle operates on regular unleaded
gasoline with a minimum pump (R+M)/2
octane rating of 87.
Some fuel stations, particularly those in
high altitude areas, offer fuels posted as
regular unleaded gasoline with an octane
rating below 87. The use of these fuels
could result in engine damage that will not
be covered by the vehicle warranty.
For best overall vehicle and engine
performance, premium fuel with an octane
rating of 91 or higher is recommended. The
performance gained by using premium fuel
is most noticeable in hot weather as well
as other conditions, for example when
towing a trailer.
Do not be concerned if the engine
sometimes knocks lightly. However, if the
engine knocks heavily while using fuel with
the recommended octane rating, contact
an authorized dealer to prevent any engine
damage.
We recommend Top Tier detergent
gasolines, where available to help minimize
engine deposits and maintain optimal
vehicle and engine performance. For
additional information, refer to
www.toptiergas.com. Note:
Use of any fuel for which the vehicle
was not designed can impair the emission
control system, cause loss of vehicle
performance, and cause damage to the
engine which may not be covered by the
vehicle Warranty.
Do not use:
• Diesel fuel.
• Fuels containing kerosene or paraffin.
• Fuel containing more than 15% ethanol or E85 fuel.
• Fuels containing methanol.
• Fuels containing metallic-based additives, including manganese-based
compounds.
• Fuels containing the octane booster additive, methylcyclopentadienyl
manganese tricarbonyl (MMT).
• Leaded fuel, using leaded fuel is prohibited by law.
The use of fuels with metallic compounds
such as methylcyclopentadienyl
manganese tricarbonyl (commonly known
as MMT), which is a manganese-based
fuel additive, will impair engine
performance and affect the emission
control system.
Choosing the Right Fuel - Flex Fuel
Vehicles
Flex fuel vehicles have one of the following
identifiers:
• Yellow fuel filler cap.
• Yellow bezel around the fuel filler inlet.
• Yellow fuel filler housing.
• Yellow E85 label on the fuel tank filler door.
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Fuel and Refueling