2019 FORD GT Owners Manual

V-Max
Track
Sport
Normal
Wet
Drive Mode
Optimized
settings for achieving
maximum
velocity (not for street
use). Must be in park
(P) to select this mode
Optimized
settings for track use(not for
street use). Must be in
park (P) to select this mode
Sport driving
in dry condi- tions
Normal
driving in dry conditions
Driving in
wet condi- tions
Use
Active,
cannot be adjusted
Active, but
can be
adjusted
Active, but
can be
adjusted
Active,
cannot be adjusted
Active,
cannot be adjusted
AdvanceTrac
StabilityControl
Available
Not
Launch
control Available
Low withtrack
damping
Low with
track
damping
High with
sport
damping
High with
normal
damping
High with
normal
damping
Ride height
and
suspension damping
Not Avail-able
Not Avail-
able
Not Available
Available
Available
Comfort
damping
Sport
Sport
Sport
Normal
Normal
Automatic
transmission
Inactive
Active
Active
Inactive
Inactive
Turbocharger
anti-lag
Does notdeploy
Always
deployed
Active above
70 mph
(113 km/h)
Active above
90 mph
(145 km/h)
Active
above
90 mph
(145 km/h)
Rear wing
Activatesabove
110 mph
(177 km/h) with
moderate braking
Activates above 75 mph (121 km/h) with moderate braking
Air brake
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Note:
Selectable driving modes has
diagnostic checks that continuously monitor
the system to ensure proper operation. If a
selected mode is unavailable due to a
system fault or change in gear shifter
position, the selected mode defaults to
Normal.
Front Lift WARNING: Before using front lift,
make sure the area around your vehicle
is free from obstruction. Failure to follow
this instruction could result in personal
injury or death.
Your vehicle has a front lift system to
provide additional front end clearance
when approaching a speed bump,
driveway ramp or another similar surface
where front end clearance could be a
concern. The front lift button is located on the
center console. Press the button to lift the
front end of your vehicle. Press the button
again to return to normal ride height. A
warning indicator illuminates in the display
screen when the system is on. When you
shut the engine off, the car returns to
normal ride height. Remember to use the
front lift again when needed, for example
when backing out of a driveway. Note:
The front lift feature only operates if
your vehicle is traveling under
25 mph
(40 km/h). If your vehicle exceeds this
speed, the system automatically returns
your vehicle to normal ride height.
Note: The front lift feature does not
function when in Track (T) or V-Max (V)
drive modes.
Damper Comfort Mode You can change the feel of the suspension
by pressing the damper comfort button on
the center console. An indicator illuminates
in the display screen when the system is
active. The comfort mode operates at
speeds up to
85 mph (137 km/h).
Pressing the damper comfort button
softens the suspension. Pressing the
button again returns the suspension to the
normal setting.
Note: The comfort mode selection does
not function when in Sport (S), Track (T)
or V-Max (V) drive modes.
Active Aerodynamics
The rear wing is a tri-state device designed
to operate automatically in either a
low-drag (down), high downforce (up) or
airbrake mode depending on the vehicle
demands.
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The rear wing works in harmony with the
bi-state front splitter. The front splitter has
a raised leading edge so that the surfaces
underneath and immediately downstream
of it create a Venturi effect and lower the
air pressure creating downforce on the
front wheels. In normal (low-drag)
operation, the Venturi effect draws air
through ducts that connect the upper
surface of the splitter just below the
radiator intake. This reduces drag and
eliminates unnecessary front downforce.
When the rear wing moves out of the
low-drag position, and to compensate for
the increase in grip capability from the rear
tires, the front splitter automatically
compensates by closing off airflow through
the ducts causing an increase in front
downforce. The operation of this system
is entirely automatic and is dependent on
the rear-wing state and the drive mode
selected.
For information on raising the rear wing for
cleaning, See Vehicle Care (page 168).
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REAR UNDER HATCH
STORAGE
Your vehicle has a storage compartment
under the rear hatch.
Note:
Avoid placing items in the storage
compartment that could be affected by
temperature, as this area is subject to both
high and low temperatures.
LOAD LIMIT
Vehicle Loading - with and
without a Trailer
This section guides you in the
proper loading of your vehicle,
trailer, or both. Keep your loaded
vehicle weight within its design
rating capability, with or without
a trailer. Properly loading your
vehicle provides maximum return
of vehicle design performance.
Before you load your vehicle,
become familiar with the
following terms for determining
your vehicle ’s weight rating, with
or without a trailer, from the
vehicle ’s Tire and Loading
Information label or Safety
Compliance Certification label. Tire and Loading Label Information
Example:
Payload
Payload is the combined weight
of cargo and passengers that your
vehicle is carrying. The maximum
payload for your vehicle appears
on the Tire and Loading label. The
label is either on the B-pillar or the
edge of the driver door. Vehicles
exported outside the US and
Canada may not have a tire and
loading label. Look for
“The
combined weight of occupants
and cargo should never exceed
XXX kg OR XXX lb ” for maximum
payload. The payload listed on the
Tire and Loading Information label
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is the maximum payload for your
vehicle as built by the assembly
plant. If you install any additional
equipment on your vehicle, you
must determine the new payload.
Subtract the weight of the
equipment from the payload listed
on the Tire and Loading label.
When towing, trailer tongue
weight or king pin weight is also
part of payload.
Note:
Your Ford GT is not designed
for trailer towing. Never tow a
trailer with your Ford GT. WARNING: The
appropriate loading capacity of
your vehicle can be limited either
by volume capacity (how much
space is available) or by payload
capacity (how much weight the
vehicle should carry). Once you
have reached the maximum
payload of your vehicle, do not
add more cargo, even if there is
space available. Overloading or
improperly loading your vehicle
can contribute to loss of vehicle
control and vehicle rollover. GAWR (Gross Axle Weight
Rating)
GAWR is the maximum allowable
weight that a single axle (front or
rear) can carry. These numbers
are on the Safety Compliance
Certification label. The label is
located on the door hinge pillar,
door-latch post, or the door edge
that meets the door-latch post,
next to the driver seating position.
The total load on each axle must
never exceed its Gross Axle
Weight Rating.
GVWR (Gross Vehicle Weight
Rating)
GVWR is the maximum allowable
weight of the fully loaded vehicle.
This includes all options,
equipment, passengers and cargo.
It appears on the Safety
Compliance Certification label.
The label is located on the door
hinge pillar, door-latch post, or the
door edge that meets the
door-latch post, next to the driver
seating position.
The gross vehicle weight must
never exceed the Gross Vehicle
Weight Rating.
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Safety Compliance Certification Label
Example:
WARNING: Exceeding the
Safety Compliance Certification
label vehicle weight limits can
adversely affect the
performance and handling of
your vehicle, cause vehicle
damage and can result in the
loss of control of your vehicle,
serious personal injury or death.
Maximum Loaded Trailer
Weight
Note: Your Ford GT is not designed
for trailer towing. Never tow a
trailer with your Ford GT.
GCWR (Gross Combined
Weight Rating)
GCWR is the maximum allowable
weight of the vehicle and the
loaded trailer, including all cargo
and passengers, that the vehicle
can handle without risking
damage.
The gross combined weight must
never exceed the Gross Combined
Weight Rating. Note:
Your Ford GT is not designed
for trailer towing. Never tow a
trailer with your Ford GT. WARNING:
Do not exceed
the GVWR or the GAWR
specified on the certification
label. WARNING:
Do not use
replacement tires with lower
load carrying capacities than the
original tires because they may
lower your vehicle's GVWR and
GAWR limitations. Replacement
tires with a higher limit than the
original tires do not increase the
GVWR and GAWR limitations. WARNING:
Exceeding any
vehicle weight rating can
adversely affect the
performance and handling of
your vehicle, cause vehicle
damage and can result in the
loss of control of your vehicle,
serious personal injury or death.
Steps for determining the
correct load limit:
1. Locate the statement "The combined weight of occupants
and cargo should never exceed
XXX kg or XXX lb." on your
vehicle ’s placard.
2. Determine the combined
weight of the driver and
passengers that will be riding
in your vehicle.
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3.
Subtract the combined weight
of the driver and passengers
from XXX kg or XXX lb.
4. The resulting figure equals the
available amount of cargo and
luggage load capacity. For
example, if the “XXX” amount
equals 1,400 lb. and there will
be five 150 lb. passengers in
your vehicle, the amount of
available cargo and luggage
load capacity is 650 lb.
(1400-750 (5 x 150) = 650 lb.)
5. Determine the combined
weight of luggage and cargo
being loaded on the vehicle.
That weight may not safely
exceed the available cargo and
luggage load capacity
calculated in Step 4.
6. If your vehicle will be towing a
trailer, load from your trailer
will be transferred to your
vehicle. Consult this manual to
determine how this reduces the
available cargo and luggage
load capacity of your vehicle.
Helpful examples for calculating
the available amount of cargo
and luggage load capacity
Suppose your vehicle has a
1400-pound (635-kilogram) cargo
and luggage capacity. You decide
to go golfing. Is there enough load
capacity to carry you, four of your
friends and all the golf bags? You
and four friends average 220
pounds (99 kilograms) each and
the golf bags weigh approximately
30 pounds (13.5 kilograms) each. The calculation would be: 1400 -
(5 x 220) - (5 x 30) = 1400 - 1100
- 150 = 150 pounds. Yes, you have
enough load capacity in your
vehicle to transport four friends
and your golf bags. In metric units,
the calculation would be: 635
kilograms - (5 x 99 kilograms) -
(5 x 13.5 kilograms) = 635 - 495 -
67.5 = 72.5 kilograms.
Suppose your vehicle has a
1400-pound (635-kilogram) cargo
and luggage capacity. You and
one of your friends decide to pick
up cement from the local home
improvement store to finish that
patio you have been planning for
the past two years. Measuring the
inside of the vehicle with the rear
seat folded down, you have room
for twelve 100-pound
(45-kilogram) bags of cement. Do
you have enough load capacity to
transport the cement to your
home? If you and your friend each
weigh 220 pounds (99 kilograms),
the calculation would be: 1400 -
(2 x 220) - (12 x 100) = 1400 - 440
- 1200 = - 240 pounds. No, you do
not have enough cargo capacity
to carry that much weight. In
metric units, the calculation would
be: 635 kilograms - (2 x 99
kilograms) - (12 x 45 kilograms) =
635 - 198 - 540 = -103 kilograms.
You will need to reduce the load
weight by at least 240 pounds
(104 kilograms). If you remove
three 100-pound (45-kilogram)
cement bags, then the load
calculation would be:1400 - (2 x
220) - (9 x 100) = 1400 - 440 -
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900 = 60 pounds. Now you have
the load capacity to transport the
cement and your friend home. In
metric units, the calculation would
be: 635 kilograms - (2 x 99
kilograms) - (9 x 45 kilograms) =
635 - 198 - 405 = 32 kilograms.
The above calculations also
assume that the loads are
positioned in your vehicle in a
manner that does not overload
the front or the rear gross axle
weight rating specified for your
vehicle on the Safety Compliance
Certification label.
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