1994 CADILLAC FLEETWOOD change wheel

You slam on the brakes. Here's what happens with ABS.
A computer senses that wheels are slowing down. If one of the wheels is
about to stop rolling, the computer will separately work the brakes at
each front wheel and at the rear wheels.
The anti-lock system can change the brake pressure faster than any driver
could. The computer is programmed to make the most of available tire
and road conditions.
You can steer around the obstacle while braking hard.
As you brake, your computer keeps receiving updates on wheel speed and
controls braking pressure accordingly.
Remember: Anti-lock doesn't change the time you need to get your foot
up to the brake pedal. If you get too close to the vehicle in front of you,
you won't have time to apply your brakes if that vehicle suddenly slows or
stops. Always leave enough room up ahead to stop, even though you have
anti-lock brakes.
To Use Anti-Lock
Don't pump the brakes. Just hold the brake pedal down and let anti-lock
work for
you. You may hear the anti-lock pump or motor operate, and
feel the brake pedal pulsate, but this
is normal.
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Braking in Emergencies
Use your anti-lock braking system when you need to. With anti-lock, you
can steer and brake at the same time. In many emergencies, steering can
help you more than even the very best braking.
STEEHNG
Power Steering
If you lose power steering assist because the engine stops or the system is
not functioning, you can steer but it
will take much more effort.
Steering Tips
Driving on Curves
It’s important to take curves at a reasonable speed.
A lot of the “driver lost control’’ accidents mentioned on the news
happen on curves. Here’s why:
Experienced driver or beginner, each of us is subject to the same laws of
physics when driving on curves. The traction of the tires against the road
surface makes it possible for the vehicle to change its path when you turn
the front wheels.
If there’s no traction, inertia will keep the vehicle going
in the same direction. If you’ve ever tried to steer a vehicle on wet ice,
you’ll understand this.
The traction you can get in a curve depends on the condition of your tires
and the road surface, the angle at which the curve is banked, and your
speed. While you’re in a curve, speed is the one factor you can control.
Suppose you’re steering through a sharp curve. Then you suddenly
accelerate. Both control systems
-- steering and acceleration -- have to do
their work where the tires meet the road. Adding the sudden acceleration
can demand too much of those places. You can lose control.
Suppose you’re steering through a sharp curve. Then you suddenly
accelerate. Both control systems
-- steering and acceleration -- have to do
their work where the tires meet the road. Unless your traction control
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LOSS OF CONTROL
Let’s review what driving experts say about what happens when the three
control systems (brakes, steering and acceleration) don’t have enough
friction where the tires meet the road to do what the driver has asked.
In any emergency, don’t give up. Keep trying to steer and constantly seek
an escape route or area of less danger.
Skidding
In a skid, a driver can lose control of the vehicle. Defensive drivers avoid
most skids by taking reasonable care suited to existing conditions, and by
not “overdriving” those conditions. But skids are always possible.
The three types of skids correspond to your Cadillac’s three control
systems. In the braking skid your wheels aren’t rolling. In the steering
or
cornering skid, too much speed or steering in a curve causes tires to slip
and lose cornering force. And in the acceleration skid too much throttle
causes the driving wheels to spin.
A cornering
skid is best handled by easing your foot off the accelerator
pedal.
Remember: Any traction control system helps avoid only the acceleration
skid.
If your traction control system is off, then an acceleration skid is also best
handled by easing your foot off the accelerator pedal.
If your vehicle starts to slide, ease your foot
off the accelerator pedal and
quickly steer the way you want the vehicle to go. If you start steering
quickly enough, your vehicle may straighten out. Always be ready for a
second skid
if it occurs.
Of course, traction is reduced when water, snow, ice, gravel, or other
material is on the road. For safety, you’ll want to slow down and adjust
your driving to these conditions. It is important to slow down on slippery
surfaces because stopping distance will be longer and vehicle control
more limited.
While driving on a surface with reduced traction, try your best to avoid
sudden steering, acceleration, or braking (including engine braking by
shifting to a lower gear). Any sudden changes could cause the tires to
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TOWING A TRAILER
NOTICE:
Pulling a trailer improperly can damage your vehicle and result\
in costly repairs not covered by your warranty.
To pull a trailer
correctly, follow the advice in this section.
Your Cadillac is a passenger vehicle. Trailer towing can change the way
your vehicle performs on the road. The loads and forces created when
trailering subject the vehicle
to significant levels of stress.
Load pulling components such as the engine, transmission, rear axle,
wheel assemblies, and tires are forced to work harder against the drag of
the added weight. The engine is required to operate at relatively higher
speeds and under greater loads, which generates extra heat. Trailer
towing adds considerably to wind resistance which increases pulling
requirements.
All this means changes in:
Handling
Durability
Fuel Economy
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Passing
You’ll need more passing distance ahead when you’re towing a trailer.
Because you’re longer, you’ll need to go much farther beyond the passed
vehicle before you can return to your lane.
Backing Up
Hold the bottom of the steering wheel with one hand. Then, to move the
trailer to the left, just move that hand to the left.
To move the trailer to
the right, move your hand to the right. Always back up slowly and, if
possible, have someone guide you.
Making Turns
When you’re turning with a trailer, make wider turns than normal. Do
this so your trailer won’t strike soft shoulders, curbs, road signs, trees, or
other objects. Avoid jerky or sudden maneuvers. Signal well in advance.
Turn Signals When Towing a Trailer
When you tow a trailer, your vehicle has to have a different turn signal
flasher and extra wiring. The green arrows on your instrument panel will
flash whenever you signal a turn or lane change. Properly hooked up, the
trailer lights will also flash, telling other drivers you’re about to turn,
change lanes or stop.
When towing a trailer, the green arrows on your instrument panel will
flash for turns even if the bulbs on the trailer are burned out. Thus, you
may think drivers behind you are seeing your signal when they are not.
It’s important to check occasionally to be sure the trailer bulbs are still
working.
Driving On Grades
Reduce speed and shift to a lower gear before you start down a long or
steep downgrade.
If you don’t shift down, you might have to use your
brakes
so much that they get hot and no longer work well.
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r IF A TIREGOES FLAT
It’s unusual for a tire to “blow out” while you’re driving, especially if you
maintain your tires properly. If air goes out of a tire, it’s much more likely
to leak out slowly. But
if you should ever have a “blowout,” here are a
few tips about what to expect and what to do:
If a front tire fails, the flat tire will create a drag that pulls the vehicle
toward that side. Take your foot off the accelerator pedal and grip the
steering wheel firmly. Steer to maintain lane position, then gently brake
to a stop well out of the traffic lane.
A rear blowout, particularly on a curve, acts much like a skid and may
require the same correction you’d use in a skid. In any rear blowout,
remove your foot from the accelerator pedal. Get the vehicle under
control by steering the way you want the vehicle to
go. It may be very
bumpy and noisy, but you can still steer. Gently brake to a stop, well off
the road
if possible.
If a tire goes flat, the next section shows how to use your jacking
equipment to change a flat tire safely.
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FLUID CAPACITIES
Auto Trans (4L60) Pan Removal ................... 5 qts. (4.7 L)
Auto Trans (4L60) Overhaul (245mm Torque Conv.)
. . 8 qts. (7.9 L)
Auto Trans (4L60) Overhaul (298mm Torque Conv.) 11 qts. (10.6 L)
Engine Oil
& Filter Change ..................... 5.0 qts. (4.7 L)
Engine Cooling ............................. 17.6 qts. (16.6 L)
Fuel Tank
................................ .23 gallons (87.4 L)
Power Steering
.................................. 2 qts. (1.9 L)
Rear Axle .................................... 4.3 pts. (2.0 L)
Washer Solvent.
............................... 2.5 qts. (2.4 L)
TIGHTEN TORQUE
Spark Plug ................................ 15 Nom (11 lb. ft.)
Oil Filter
.................................. 19 Nom (14 lb. ft.)
Wheel Lug Nut.
.......................... 135 Nom (100 lb. ft.)
Rear Axle Filler Plug
........................ 35 Nom (26 lb. ft.)
Oil
Pan Drain Plug
.......................... 41 Nom (30 lb. ft.)
VEHICLE DIMENSIONS
Shipping Weight .......................... 4410 Ibs. (1999.9 kg)
Wheel Base
............................... 121.5 in (3085 mm)
Length
.................................... .224 in (5696 mm)
Height
..................................... .57 in (145 1 mm)
Width
...................................... .77 in (1952 mm)
Front Tread
................................ 61.7 in (1568 mm)
Rear Tread
................................ 60.7 in (1542 mm)
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