radiator FORD GT 2020 Owners Manual

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 175).
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Ford GT (CGX) Canada/United States of America, enUSA, Edition date: 201908, First-Printing Driving Aids

Protected Components
Fuse
Rating
Fuse or
Relay
Number
Vehicle dynamics module relay.
—
F1
Radiator fan 1 relay.
—
F2
Heating ventilation and air conditioning blower relay.
—
F3
Wipers relay.
—
F4
Radiator fan 2 relay.
—
F5
Horn relay.
—
F6
Body control module.
50 A 1
F7
Shunt.
—
F8
Vacuum pump.
40 A 1
F9
Wiper.
25 A 1
F10
Radiator fan 2.
40 A 1
F11
Body control module.
50 A 1
F12
Body control module.
60 A 1
F13
Radiator fan 1.
40 A 1
F14
Heating ventilation and air conditioning blower.
40 A 1
F15
Anti-lock brake system.
40 A 1
F16
Anti-lock brake system.
40 A 1
F17
Body control module.
30 A 1
F18
Vacuum pump relay.
—
F19
Vehicle dynamics module.
5 A 2
F20
Left-hand headlamp.
20 A 2
F21
146
Ford GT (CGX) Canada/United States of America, enUSA, Edition date: 201908, First-Printing Fuses