Lincoln Aviator: Suspension System - General Information / General Procedures - Ride Height Measurement
Special Tool(s) /
General Equipment
Check
NOTE:
Make sure that the vehicle is positioned on a flat,
level surface and the tires are inflated to the correct pressure.
Vehicle should have a full tank of fuel.
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Before measuring ride height check:
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Tires are inflated to the correct pressure.
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Vehicle should have a full tank of fuel.
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All fluids at proper levels.
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No cargo inside the cab or bed.
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Inspect for aftermarket equipment. Check for
aftermarket changes to the steering, suspension, wheel and tire
components (such as competition, heavy duty, etc.).
-
Jounce front and rear suspension vigorously to allow the vehicle to settle.
Ride Height Measurement — Front
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Ride height = 3-2
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Measure the distance between the flat level
surface and the center of the rear control arm ball joint cap
(measurement 2)
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Measure the distance between the flat level
surface and the center of the rear control arm inboard bolt (measurement
3)
Use the General Equipment: Surface Gauge
-
With the surface gauge positioned on a flat, level
surface, record the measurement of the surface gauge position
(measurement 2) and (measurement 3).
Use the General Equipment: Surface Gauge
-
Subtract measurement 2 from measurement 3 to obtain the front ride height.
Ride Height Measurement — Rear
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Ride height = 2-3
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Measurement 2
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Measurement 3
Use the General Equipment: Surface Gauge
-
Measure the distance between the flat level surface
and the center of the toe link inboard cam bolt (measurement 2).
-
Measure the distance between the flat level surface
and the center of the toe link outboard bolt (measurement 3).
-
Subtract measurement 3 from measurement 2 to obtain the rear ride height.
Special Tool(s) /
General Equipment
Wheel Alignment System
Adjustment
NOTICE:
Do not use any tools or equipment to move the wheel and tire
assembly or suspension components while checking for relative movement...
Other information:
Overview
Item
Description
1
TCC solenoid
2
TCC regulator valve assembly
3
TCC apply circuit
4
TCC release circuit
Torque Converter Hydraulic Circuits (TCC Released)
Item
Description
1
LPC pressure
2
TCC solenoid
3
TCC control pressure
4
TCC regulator valve
5
TCC release pressure
6
TCC
7
TCC exhaust to TCC regulator valve
8
Torque converter anti-drainback valve
9
TCC exhaust
10
Pump output
11
Decreased pressure from main requlator valve
Line
pressure fills the converter feed circuit with fluid up to 1,103 kPa
(160 psi)...
Overview
Driver Power Seat
The driver power seat is available with a 10, 12 or 30-way power adjustable memory seat.
The driver power seat is controlled by the DSM located on the driver seat track. PMI is required when a new DSM is installed. The DSM hard stop/soft stops must be set/reset any time a new DSM,
driver seat track, horizontal motor, driver seat backrest, cushion
extension assembly (30-way only) or headrest assembly (30-way only) is
installed...