DESCRIPTION AND OPERATION
Wheels And Tires
WARNING: Do not mix different types of tires, such as radial, bias, or bias- belted, on the
same vehicle except in emergencies. Vehicle handling can be seriously affected and can result
in loss of control.
Factory-installed tires and wheels are designed to operate satisfactorily with loads up to and including
full- rated load capacity when inflated to recommended inflation pressures.
Tire and Wheel Runout
Excessive radial and lateral runout of a wheel and tire assembly can cause roughness, vibration,
wheel tramp, tire wear, and steering wheel tremor.
Before checking runout, and to avoid false readings caused by temporary flat spots in the tires, check
runout only after the vehicle has been driven far enough to warm the tires. For additional information,
refer to Section 100 - 04 .
SECTION 204-
04: Wheels and Tires 2003 Mustang Workshop Manual Klj . 1 ba
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SPECIFICATIONS
a
In- vehicle repair refill capacities are determined by filling the rear axle with the specified lubricant to
6.4- 14.3- mm (1/4- 9/16-in) below the bottom of the fill hole.
SECTION 205-
02A: Rear Drive Axle/Differential — Ford 7.5-Inch Ring
Gear 2003 Mustang Workshop
Manual General Specifications
Item Specification
Lubes and Sealers
SAE 80W-
90 Premium Rear Axle Lubricant XY-
80W90- QL WSP-
M2C197- A Premium Long-
Life Grease XG -1-C ESA-
M1C75- B Rust Penetrant and Inhibitor F2AZ-19A501-
A ESR-
M99C56- A High Temperature Nickel Anti-
Sieze Lubricant
F6AZ- 9L494- AA ESE-
M124A- A Clear Silicone Rubber F7AZ-
19554-CA ESB-
M4G92- A Threadlock and Sealer EOAZ-19554-
AA WSK-
M2G351- A5 Lubricant Fill Level Checks
Approximate axle fill capacity
a 1.54-1.66-
liters (3.25-3.50- pints)
6.4-14.3- mm (1/4-9/16- in) below the bottom of
the fill hole Clearance, Tolerance and Adjustments
Maximum ring gear back face runout 0.102 mm (0.004 in)
Maximum differential case runout 0.076 mm (0.003 in)
Differential side gear thrust washer thickness 0.762 mm -
0.813 mm (0.030 in - 0.032 in) Differential pinion gear thrust washer thickness 0.762 mm -
0.813 mm (0.030 in - 0.032 in) Maximum axle shaft end play 0.762 mm (0.030 in)
Ring gear backlash 0.203 mm-
0.381 mm
(0.008 in- 0.015 in)
[(0.305 mm- 0.381 mm
(0.012 in- 0.015 in) preferred] Variation between teeth maximum backlash 0.102 mm (0.004 in)
Pinion flange runout 0.25 mm (0.010 in) T.I.R.
Torque Specifications Description Nm lb-
ft lb-
in Bolt retaining the differential pinion shaft to the differential case 30 22 —
Bolt retaining the driveshaft yoke to the pinion flange 112 83 —
Bolt retaining the differential housing cover to the differential housing 44 32 —
Oil filler plug 30 22 —
Pinion bearing preload (used pinion bearings) 0.9-
1.5 — 8-
14 Pinion bearing preload (new pinion bearings) 1.8-
3.3 — 16-
29 Adapter for 205-
S127 2.2 — 20 Klj . 1 ba
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SPECIFICATIONS
SECTION 308-
03C: Manual Transaxle/Transmission — T56 2003 Mustang Workshop Manual General Specifications
Item Specification
Lubricants and Sealants
Premium Long-
Life Grease
XG -1-C, K or T ESA-
M1C75- B Threadlock and Sealer
E0AZ-
19554- AA WSK-
M2G351- A5 Black Non-
Acid Cure Silicone Rubber
E7TZ- 19562- A ESL-
M4G273- A Pipe Sealant with Teflon®
D8AZ-
19554- A ESR-
M18P7-A Preload
Input/output shaft preload 0.0 mm (in) -
0.05 mm (0.002 in) Countershaft cluster gear preload 0.0 mm (in) -
0.05 mm (0.002 in) Countershaft extension preload 0.05 mm (in) -
0.13 mm (0.005 in) Fluid
DEXRON III® (
ATF) Transmission Fluid
XT -2-QDX DEXRON III®
Capacity 3.9 L (4.1 qt.)
Synchronizer
Synchronizer blocking ring to conical face runout
1st, 2nd, 3rd, 4th, 5th & 6th gear 0.38 mm (0.01 in)
Synchronizer blocking ring to conical face runout
Reverse gear 0.75 mm (0.03 in)
Torque Specifications Description Nm lb-
ft lb-
in Transmission-to-
clutch adapter housing bolts 35 26 —
Crossmember-
to-frame bolts 41 30 —
Crossmember-
to-
transmission support bolts 58 43 —
OSS sensor bolt 10 — 7
Gearshift lever boot bolts 10 — 89
Lower gearshift lever bolts 20 15 —
Upper gearshift lever bolts 37 27 —
Shift dent 40 30 —
Shift lever guide bolts 27 20 — Klj . 1 ba
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The boost pressure gauge on the instrument cluster receives and measures the boost pressure
directly from the intake manifold. The boost pressure gauge will display between 0.0-
0.48 kpa (0.0-10
psi) boost pressure dependent upon accelerator position, engine load, and engine rpm.
LOW FUEL Level Indicator
The low fuel level indicator is hardwired from the fuel sender to the instrument cluster. The instrument
cluster will illuminate the low fuel indicator when the usable fuel quantity is less than 1/8 tank (15%) of
fuel tank capacity.
Oil Pressure Gauge
The oil pressure gauge is hardwired from the oil pressure switch to the instrument cluster. The oil
pressure gauge will indicate either normal or no oil pressure.
CHECK FUEL CAP
The CHECK FUEL CAP indicator is used to indicate significant leaks in the fuel tank evaporative
system due to a loose fuel cap. Fuel tank pressure is monitored by the PCM. If a leak is detected the
PCM signals a fault to the instrument cluster via the SCP network. Once the PCM has detected a
loose fuel cap and the CHECK FUEL CAP indicator is illuminated, the indicator will remain illuminated
until the fuel cap is secured and the vehicle has been running for several minutes. For additional
information, refer to the Powertrain Control/Emissions Diagnosis (PC/ED) manual.
BRAKE Warning Indicator
The BRAKE warning indicator activates when the generic electronic module (GEM) detects the ignition
switch circuits are in the RUN state, when the GEM detects low brake fluid level, or that the parking
brake is applied. The BRAKE warning indicator will prove out starting when the GEM detects that the
ignition circuits have made a transition to RUN or START from OFF, ACC, or keyout and ending when
either three seconds have elapsed or when the GEM detects the ignition circuits have made a
transition to OFF, ACC, or keyout.
Safety Belt Warning Indicator
The safety belt switch is hardwired to the GEM. The safety belt warning indicator will be illuminated
when the GEM sends a ground signal to the instrument cluster.
ABS Warning Indicator
The ABS warning indicator will be illuminated when the anti- lock brake control module sends a ground
signal to the instrument cluster. The prove- out of the ABS indicator is controlled by the anti- lock brake
control module.
SERVICE ENGINE SOON Indicator
The SERVICE ENGINE SOON indicator receives its signal from the PCM over the SCP network. If the
instrument cluster does not receive a message from the PCM within five seconds, the instrument
cluster will illuminate the SERVICE ENGINE SOON indicator and log a diagnostic trouble code (DTC).
High Beam Indicator
The high beam indicator will illuminate when the steering column multifunction switch is in the high
beam position by sending a battery signal to the instrument cluster. Right and Left Turn Indicator Klj . 3 ba
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