1995 LAND ROVER DISCOVERY tow

30MANIFOLD AND EXHAUST SYSTEM
2
REPAIR Remove
Catalysts - remove and refit 1 to 5
1.Raise vehicle on a ramp [hoist].
2. Catalyst vehicles only:Disconnect two heated
oxygen sensor wiring connectors.
NOTE: NAS models have four heated
oxygen sensors fitted.
3.Remove two nuts securing rear exhaust
assembly to front exhaust assembly.
4.Remove nuts and release front downpipes from
manifolds. Discard gaskets.
5.Lower front exhaust assembly with catalysts (if
fitted), retain olive.
NOTE: Assistance is required for removing
and refitting rear exhaust assembly.
6.Remove bolts securing three hanger brackets to
chassis. Lower exhaust assembly onto rear axle.
Detach rubbers from hanging brackets.
7.Place extended axle stands underneath chassis,
in front of chassis mounted rear towing brackets.
8.Lower ramp[hoist] until vehicle weight is
supported securely on stands.
9.Lower ramp [hoist] until rear shock absorbers
are ALMOST fully extended.
10.Move rear exhaust to a diagonal position, centre
silencer to right of vehicle.
11.Facing rear of vehicle, twist assembly
anti-clockwise clear of rear axle.
12.Remove rear exhaust assembly from vehicle.
Refit
13.Position rear exhaust assembly over rear axle in
a diagonal position, as for removing.
14.Twist assembly clockwise until it is in mounting
position.
15.Reverse removal procedure. 1. to 9. using new
manifold gaskets and applying exhaust sealer to
system joint.
16.Examine system for leaks, ensuring that system
does not foul underbody components. Rectify if
necessary.EXHAUST MANIFOLD - V8i
Service repair no - Left hand - 30.15.10
Service repair no - Right hand - 30.15.11
Remove
1.Disconnect front exhaust pipe(s) from
manifold(s).
2.Tap back bolt locking tabs and remove eight
bolts, lock tabs and washers.
3.Remove manifold(s) and old gaskets.
Refit
4.Ensure that mating surfaces of cylinder head
and exhaust manifold are clean and smooth.
5.Coat threads of each bolt with anti-seize
compound.
6.Place manifold and new gaskets in position on
cylinder head and fit securing bolts, new
lockplates and plain washers. Plain washers are
fitted between manifold and lockplates.
7.Evenly tighten manifold bolts to
20Nmbend
over lockplate tabs.
8.Reconnect front exhaust pipe, using new
exhaust flange gaskets.

MANIFOLD AND EXHAUST SYSTEM
3
REPAIR MANIFOLD AND EXHAUST SYSTEM - Tdi
Remove
1.Raise vehicle on a ramp [hoist].
2.Remove anti-roll[sway] bar bolts to chassis and
allow to swing down clear of axle.
See REAR
SUSPENSION, Repair, Anti-roll [sway] Bar
Assembly Rear
3.Remove exhaust support bracket behind
catalyst.
4.Disconnect exhaust at manifold.
5.Disconnect flange between rear and front
exhaust.
6.Fit axle stands in suitable place on chassis.
7.Allow hoist to lower until front suspension is fully
extended.
8.Manoeuvre front exhaust section fron
underneath vehicle.
9.Remove bolts securing three hanger brackets to
chassis. Lower rear exhaust assembly onto rear
axle. Detach rubbers from hanging brackets.
10.Place extended axle stands underneath chassis
in front of chassis mounted rear towing brackets.11.Lower hoist until vehicle weight is supported
securely on stands.
12.Lower hoist until rear suspension is almost fully
extended.
13.Move rear exhaust to a diagonal position, centre
silencer to right of vehicle.
14.Facing rear of vehicle, twist assembly
anti-clockwise clear of rear axle.
15.Remove rear exhaust assembly from vehicle.
Refit
16.Position rear exhaust assembly over rear axle in
a diagonal position, as for removing.
17.Twist assembly clockwise until it is in mounting
position.
18.Reverse removal procedure instructions 1 to 15
using a new manifold gasket and applying
exhaust sealer to system joints.
19.Examine system for leaks, ensuring that system
does not foul under body components. Rectify if
necessary.

CLUTCH
1
OVERHAUL MASTER CYLINDER
Service repair no - 30.20.07
1.Remove master cylinder.
See Repair, Master
Cylinder
Disassemble
2.Pull back and remove rubber sealing boot from
pushrod.
3.Depress push-rod and extract circlip.
4.Withdraw push-rod assembly.
5.Withdraw piston assembly.
6.Withdraw retainer and spring.
7.Remove two piston seals and piston washer.
Inspecting
8.Clean all components thoroughly using new
hydraulic fluid. Dry, using a lint-free cloth.
9.Examine cylinder bore and piston, ensure they
are smooth to touch with no corrosion, score
marks or ridges. If in doubt, fit new components.
10.Fit new seals and rubber boot. These items are
all included in master cylinder overhaul kit.
11.Ensure that feed and by-pass ports are not
obstructed.
12.Ensure reservoir cap vent is clear.
Assemble
NOTE: Cleanliness is essential, ensure
hands are free of grease or dirt. Lubricate
cylinder bore and rubber seals with new
hydraulic fluid before assembly.
13.Fit a new piston washer and thinner of two piston
seals, lip last, over piston nose, up against
drilled piston head. Fit thicker seal into piston
groove with lip facing towards seal at opposite
end.
14.Insert spring and retainer into master cylinder
bore.
15.Insert piston and seal assembly, ensuring that
seal lips do not bend back.
16.Reverse 3 and 4, correctly locating circlip.
17.Stretch new rubber boot over push-rod, pack
with rubber grease. Fit securely into locating
groove.
18.Operate push-rod several times to ensure free
movement of internal components.
19.Fit master cylinder.

33CLUTCH
2
OVERHAUL SLAVE CYLINDER
Service repair no - 33.35.07
Overhaul
1.Remove slave cylinder.
See Repair, Slave
Cylinder
Disassemble
2.Withdraw rubber boot.
3.Withdraw push-rod.
4.Remove circlip.
5.Extract piston and seal assembly, applying low
pressure air to fluid inlet if necessary.
6.Withdraw spring.
7.Remove bleed valve.
Inspecting
8.Clean all components thoroughly using new
hydraulic fluid, and dry using lint-free cloth.
9.Examine cylinder bore and piston which must be
free from corrosion, scores and ridges.
10.Replace seal and rubber boot using appropriate
repair kit.
Assemble
NOTE: Cleanliness is essential, ensure
hands are free of grease or dirt.
11.Fit bleed valve. Do not overtighten.
12.Lubricate seals, piston and bore using new
hydraulic fluid.
13.Fit seal into piston groove, lip of seal towards
fluid inlet end of cylinder.
14.Enter piston assembly, spring first, into cylinder
bore. Ensure that seal lip does not fold back.
15.Secure with circlip.
16.Fill rubber boot with rubber grease.
17.Reverse removal procedure. 1 to 3.

FRONT AXLE AND FINAL DRIVE
9
OVERHAUL 19.Lubricate seal and lip with EP90 oil and with
cavity side leading press in a new oil seal using
special tool LRT-54-004.
20.Using special tool LRT-54-005, fit bearing with
its part number visible when fitted, and flush with
end face of stub axle.
21.Press fit a new thrust ring onto stub axle.
Swivel pin housing assembly
22.Remove brake disc shield bracket.
23.Disconnect track-rod end ball joint from housing.
24.Disconnect drag-link ball joint.
25.Disconnect jump hoses from brake jump hose
bracket.
26.Remove ABS brake sensor.
27.Remove six bolts securing oil seal and retaining
plate to swivel pin housing. Prise seal from
swivel pin housing.
NOTE: Oil seal and retaining plate cannot
be removed until swivel pin bearing
housing is removed.
28.Remove two screws securing brake
damper/shield bracket and lower swivel pin to
housing.
29.Withdraw lower swivel pin and joint washer by
tapping protruding lug.
30.Remove top swivel pin retaining bolts complete
with brake jump hose bracket.
31.Remove top swivel pin and shims.
32.Remove swivel pin housing while retrieving
lower taper bearing.
Swivel pin bearing housing
33.Remove seven bolts securing swivel pin bearing
housing to axle case.
34.Remove and discard oil seal and joint washer.
35.Remove lower swivel pin bearing track.
36.Remove top swivel pin bush housing assembly.
Discard two thrust washers and bearing.
37.If worn, pitted or damaged, renew swivel pin
bearing housing.
38.Fit a new lower swivel pin bearing track.
39.Fit a new bush and bush housing. Ensure
relieved lip of bush housing faces towards rear,
as shown.

STEERING
1
DESCRIPTION AND OPERATION DESCRIPTION
The power assisted steering system incorporates a
compression joint in the lower shaft, designed to
collapse on impact and for certain countries, an air
bag located in the centre of the steering wheel.
The mis-alignment of the upper steering column with
the steering box and the inclusion of two universal
joints and a compression joint in the lower shaft, is
also designed to prevent frontal impact moving the
column toward the driver.
The steering box is located behind the first cross
member of the chassis and is connected to the road
wheels by the drag link and track rod. An hydraulic
damper absorbs shocks in the steering, caused by
road wheel deflections when operating on rough
terrain.Power steering system
The power steering system comprises a hydraulic
pump which is belt driven from the engine and
supplied with fluid from a reservoir that also acts as a
cooler.
The steering box houses a self neutralizing rotary
valve which is part of the worm/valve assy and a
hydraulic piston/rack to assist the mechanical
operation.
The rotary valve which is operated by movement of
the steering wheel, directs fluid pressure to the
appropriate side of the hydraulic piston/rack to provide
assistance.
Power steering system
1. Hydraulic pump
2. Fluid reservoir
3. Steering box
4. Upper column
5. Universal joints
6. Lower shaft
7. Compression joint
8. Drag link

57STEERING
8
FAULT DIAGNOSIS 4. DIRECTIONAL STABILITY
From 1. GENERAL STEERING:
1.Is directional stability concern when vehicle is
towing?
YES - Check towing/vehicle loading parameters
in Owner's Handbook.
NO - go to 3.
2.Is problem resolved?
YES - end
NO - continue.
3.Check condition of rear trailing link/chassis
bushes.
4.Is problem resolved?
YES - end
NO - continue.
5.Check condition of front and rear shock
absorbers. If in doubt change units in pairs, side
to side.
6.Is problem resolved?
YES - end
NO - continue.
7.Check steering damper.
See Steering Damper
8.Is problem resolved?
YES - end
NO - continue.
9.Check wheel balance
10.Is problem resolved?
YES - end
NO - contact local technical office.POWER STEERING FLUID LEAKS
1.Is fluid level correct?
YES - go to 3.
NO - Refill or drain to correct level. Bleed
system, check for leaks.
See Repair,
Power Steering System - Bleed
2.Is problem resolved?
YES - end
NO - continue.
3.Are hoses or joints leaking? Check on full lock
with engine at 2000 rev/min.
YES - loosen and retorque joints.
NO - go to 6.
4.Does leak remain?
YES - change PAS pipe.
NO - end.
5.Does leak remain?
YES - suspect seal in component. Check and
replace as necessary.
NO - end.
6.Is oil escaping from filler cap?
YES - bleed system.
See Repair, Power
Steering System - Bleed
NO - go to 8.
7.Is oil still escaping from filler cap?
YES - go back to 1.
NO - end.
8.Is oil leaking from PAS pump?
YES - go to 10.
NO - continue.
9.Is oil leaking from PAS box?
YES - go to 10.
NO - end.
10.Clean unit, add tracer dye to system. Retest
11.Is oil still leaking?
YES - establish leak point. Repair or replace
unit as necessary.
NO - end.

57STEERING
10
FAULT DIAGNOSIS VISUAL AND SAFETY CHECKS
WARNING: Before taking vehicle out on
the public highway for road test, it is
important that the following basic visual
checks are carried out to ensure that the vehicle
complies with legal requirements.
Tyres and wheel rims
1.Check and adjust tyre pressures.
See
GENERAL SPECIFICATION DATA,
Information, Tyre Pressures
Note that this information refers to standard tyres
fitted as original equipment.
2.Check condition of tyres. Inspect for signs of
uneven wear, damage and feathering. Check
tread depth.
3.Ensure that the tyre make, type and general
condition are common across each axle.
4.Check wheel rims for signs of damage and
excessive run out.
5.Carry out road test.
See Road Test Procedure
ROAD TEST PROCEDURE
General steering/handling problems can usually be
classified into one of the categories listed and ARE
GENERALLY RELATED TO THE AGE, CONDITION
AND USE OF THE VEHICLE.
WARNING: Ensure that all road tests are
conducted by suitably qualified drivers in
a safe and legal manner, and where local
traffic conditions allow.
1.Carry out visual and safety checks.
See Visual
and Safety Checks
Confirm general nature of complaint with customer,
simulating where possible the conditions under which
the problem occurs. Carry out following road test
procedure to establish the problem.2.Steering load assessment - drive at 16 km/h (10
mph). Put 90°turn input into steering wheel,
check self centering. The self centering should
be equal on each lock BUT not necessarily
return to exactly straight ahead without
assistance from the driver.
3.Steering assessment - drive at 64 km/h (40 mph)
on a staight FLAT road (no camber), check for
steering veer. The vehicle should follow a
straight path with NO tendency to follow a
curved path. If vehicle veers towards the kerb,
vehicle may be 'camber sensitive'. A small
amount of veer in direction of camber is
acceptable.
4.Directional stability assessment - drive at 112
km/h (70 mph) or maximum legal speed on a
straight flat road. Carry out a normal lane
change. Vehicle should quickly settle into a new
straight path.
5.Braking assessment (medium effort) - drive at 96
km/h (60 mph) on a straight flat road. Apply
steady medium braking effort, noting any
tendency to veer. Carry out brake test three
times, if a veer is consistently noted carry out a
braking efficiency test on a rolling road.
6.Braking assessment (full effort) - drive at 96
km/h (60 mph) on a straight flat road. Apply full
braking effort, noting any tendency to veer. Carry
out brake test three times, if a veer is
consistently noted carry out a braking efficiency
test on a rolling road.
If the symptom described by the customer is stiff
steering or steering niggle, carry out stiff steering
procedure.
See Stiff Steering Checklist
If not proceed with basic checks and adjustments.
See Visual Check and Basic Adjustments