CHEVROLET TRACKER 1995 Owners Manual
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Avoid  needless  heavy  braking. Some people drive 
in spurts -- heavy  acceleration  followed  by  heavy 
braking 
-- rather than keeping pace with  traffic.  This 
is  a mistake.  Your brakes  may  not  have  time 
to cool 
between  hard  stops. Your brakes  will  wear out much 
faster  if 
you do a lot of  heavy  braking.  If  you  keep pace 
with  the traffic  and  allow  realistic following distances, 
you  will  eliminate 
a lot  of  unnecessary  braking.  That 
means  better braking  and  longer brake  life. 
If your engine ever  stops while  you’re  driving,  brake 
normally  but  don’t  pump your brakes. If 
you do, the 
pedal  may  get harder 
to push  down. If your engine 
stops,  you  will  still  have some  power  brake  assist.  But 
you  will 
use it  when  you  brake. Once the  power  assist  is 
used  up,  it may  take longer to stop  and the brake  pedal 
will 
be harder  to push. 
Anti-Lock Brakes (ABS) 
Your vehicle has an advanced  electronic  brahng system 
that  can  help 
you keep it under control. 
Here’s  how  anti-lock  works.  Let’s  say  the  road  is  wet. 
You’re  driving  safely. Suddenly  an  animal jumps out  in 
front 
of you. 
You slam on the  brakes.  Here’s  what  happens  with ABS. 
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A computer senses that the rear wheels  are slowing 
down. 
If one of the  rear wheels  is about to stop rolling, 
the  computer  will  work  the  brakes at  the rear wheels.  It 
is  programmed  to make  the  most 
of available tire  and 
road conditions. 
As  you  brake, your computer keeps receiving updates 
on 
rear 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 
Use rear-wheel  anti-lock like regular  brakes.  You may 
feel  the  brakes;  vibrate,  or you  may  notice some  noise 
outside your  vehicle,  but  this  is  normal.  Let anti-lock 
work  for 
you, but remember:  Your front wheels  can still 
stop rolling. 
If that  happens, release  enough  pressure on 
the  brakes to get  the wheels  rolling  again 
so that  you  can 
steer. 
With  the  four-wheel  drive option,  you  won’t have 
anti-lock  brak.ing  when 
you shift  into four-wheel  drive. 
But 
you will  have regular braking. When  you  shift back 
into  two-wheel  drive, 
you will have  anti-lock  again. 
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Braking  in  Emergencies 
At some  time,  nearly  every driver  gets into a situation 
that requires  hard  braking. 
You  have  the  rear-wheel  anti-lock  braking  system. Your 
front  wheels  can stop rolling  when 
you brake  very  hard. 
Once  they do, the  vehicle  can’t respond to your  steering. 
Momentum  will  carry it in  whatever  direction  it was 
headed  when  the front  wheels  stopped  rolling.  That 
could  be 
off the road,  into the  very  thing  you  were  trying 
to avoid, or into  traffic. 
So, use  a  “squeeze”  braking  technique.  This will give 
you  maximum  braking while maintaining  steering 
control.  You 
do this by pushing on  the  brake pedal with 
steadily  increasing  pressure.  When 
you do, it will  help 
maintain  steering  control. 
In many  emergencies,  steering 
can  help  you  more  than  even the  very  best  braking. 
Steering 
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. 
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Suppose you’re steering through  a sharp  curve. 
Then  you suddenly apply the  brakes. Both control 
systems 
-- steering and braking -- have  to  do  their 
work  where the tires meet  the  road. Adding the hard 
bralung  can demand  too much  at those places.  You can 
lose control. 
The  same  thing can happen  if you’re steering through 
a 
sharp  curve  and you  suddenly accelerate.  Those  two 
control systems 
-- steering and acceleration -- can 
overwhelm those places where  the tires  meet  the  road 
and  make 
you lose control. 
What  should 
you do if this ever happens?  Ease  up on the 
brake  or accelerator pedal, steer the vehicle 
the way you 
want  it to go, and  slow down. 
Speed limit signs near curves  warn  that 
you should 
adjust your speed. 
Of course, the  posted speeds  are 
based  on good  weather and  road conditions.  Under less 
favorable conditions  you’ll  want to go  slower. 
Steering  in Emergencies 
There  are  times when steering  can be more effective 
than  braking.  For example, 
you come  over  a  hill and 
find  a  truck  stopped  in  your lane, 
or a car suddenly pulls 
out from nowhere, 
or a  child darts  out  from between 
parked  cars and stops  right in front 
of you.  You can 
avoid these problems  by  braking 
-- if you can stop  in 
time. But sometimes 
you can’t; there  isn’t  room.  That’s 
the  time  for evasive  action 
-- steering around  the 
problem. 
Your  Geo can perform  very  well  in  emergencies  like 
these.  First apply  your brakes,  but  not enough to lock 
your front  wheels. (See “Braking  in  Emergencies’’ 
earlier  in this section.)  It  is better  to remove 
as much 
speed  as you  can from  a possible collision. Then steer 
around  the  problem, 
to the left or right depending on  the 
space  available. 
If  you  need  to reduce your speed  as you  approach 
a 
curve,  do it before  you enter  the  curve,  while your front 
wheels  are straight ahead. 
Try 
to adjust your speed so you  can “drive”  through  the 
curve. Maintain 
a reasonable, steady speed.  Wait to 
accelerate  until  you are  out 
of the curve,  and then 
accelerate  gently into the  straightaway. 
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An emergency like this requires close  attention  and a 
quick decision. If you are holding  the  steering  wheel  at 
the  recommended 
9 and 3 o'clock  positions,  you  can 
turn  it a full 
180 degrees  very  quickly  without  removing 
either hand.  But  you have to  act  fast, steer  quickly,  and 
just 
as quickly  straighten  the wheel once you  have 
avoided  the  object. 
The fact  that such  emergency  situations are always 
possible 
is a good  reason  to  practice  defensive driving at 
all times  and  wear  safety  belts  properly. 
Off-Road Recovery 
You may  find sometime  that your  right  wheels  have 
dropped 
off the  edge of a road  onto the shoulder  while 
you're  driving. 
If the  level of the  shoulder  is only  slightly  below  the 
pavement,  recovery  should  be  fairly easy. Ease 
off the 
accelerator  and  then, 
if there  is  nothing  in  the  way,  steer 
so that your  vehicle  straddles  the  edge of the  pavement. 
You  can 
turn the  steering  wheel  up to 114 turn  until  the 
right  front  tire  contacts the  pavement  edge. Then  turn 
your  steering  wheel  to 
go straight  down the  roadway. 
OFF ROAD RECOVERY 
/ 
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Passing 
The  driver of a vehicle  about to pass another  on a 
two-lane highway  waits  for just  the right moment, 
accelerates, moves around  the vehicle ahead, then  goes 
back  into the right  lane again.  A simple  maneuver? 
Not necessarily! Passing another vehicle on  a two-lane 
highway  is a  potentially  dangerous move,  since the 
passing vehicle occupies the  same  lane  as oncoming 
traffic  for several seconds. 
A miscalculation,  an error  in 
judgment,  or  a  brief surrender  to frustration  or anger can 
suddenly put  the passing driver  face  to  face with  the 
worst 
of all  traffic  accidents -- the head-on  collision. 
So here are  some  tips for passing: 
“Drive  ahead.”  Look  down  the  road,  to the  sides,  and 
to  crossroads  for  situations  that  might  affect  your 
passing  patterns. 
If you  have  any  doubt  whatsoever 
about  making  a  successful  pass,  wait  for a  better  time. 
Watch  for traffic  signs,  pavement markings,  and 
lines. 
If you  can  see  a  sign  up  ahead that might 
indicate  a  turn or an  intersection, delay your pass. 
A 
broken  center line usually  indicates  it’s all right to 
pass (providing  the  road ahead is clear). Never cross 
a  solid  line on your  side 
of the  lane or a double  solid 
line,  even  if  the  road  seems empty 
of approaching 
traffic. 
0 Do not  get too close  to the vehicle you want  to pass 
while  you’re  awaiting 
an opportunity.  For one thing, 
following too closely reduces your  area  of vision, 
especially 
if you’re following a larger  vehicle.  Also, 
you won’t have adequate space  if  the  vehicle  ahead 
suddenly slows or  stops. Keep back  a reasonable 
distance. 
0 When it looks  like a chance to  pass is coming  up, 
start  to accelerate  but  stay  in  the  right  lane and don’t 
get too close. Time your move 
so you  will  be 
increasing  speed as the  time comes to  move into the 
other  lane. 
If the  way  is clear to  pass, you will have  a 
“running  start”  that more than makes  up for the 
distance  you would lose 
by dropping back. And  if 
something happens  to cause  you to cancel your  pass, 
you need  only slow down  and drop  back  again  and 
wait  for another  opportunity. 
0 If other cars  are lined  up to pass  a  slow  vehicle,  wait 
your  turn.  But  take  care  that someone  isn’t  trying  to 
pass  you as you  pull 
out to pass  the  slow vehicle. 
Remember to  glance over your shoulder  and check 
the  blind  spot. 
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Check your mirrors, glance  over your shoulder,  and 
start  your  left  lane change signal before  moving  out 
of  the  right  lane  to  pass.  When  you  are far enough 
ahead 
of the  passed  vehicle to see its front  in  your 
inside  mirror,  activate  your right  lane change  signal 
and  move  back  into  the  right  lane.  (Remember that 
your  right  outside  mirror is  convex.  The vehicle 
you 
just passed  may  seem to  be farther  away from you 
than  it really  is.) 
Try  not  to pass  more  than one vehicle  at a  time  on 
two-lane  roads.  Reconsider before  passing  the 
next 
vehicle. 
0 Don’t overtake a slowly moving  vehicle too rapidly. 
Even  though  the  brake lamps  are not  flashing,  it may 
be  slowing down 
or starting  to turn. 
following driver  to get ahead 
of you.  Perhaps you 
can  ease  a  little to the  right. 
If  you’re  being  passed,  make it easy for the 
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  Geo’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  and  an  acceleration  skid  are best 
handled  by  easing your foot off  the  accelerator  pedal. 
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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 slide. 
You  may  not  realize the surface 
is slippery  until  your 
vehicle  is skidding. Learn 
to recognize warning 
clues 
-- such  as enough  water, ice  or packed  snow on 
the road  to make a  “mirrored  surface” -- and slow 
down  when  you  have any doubt. 
Remember:  The rear-wheel  anti-lock  braking  system 
(RWAL)  helps avoid  only a rear braking skid. 
In a 
braking skid (where the front wheels  are no longer 
rolling), release  enough pressure 
on the brakes to get the  front 
wheels  rolling  again. This restores steering control. 
Push the brake  pedal  down  steadily  when  you  have to 
stop  suddenly.  As  long as the  front  wheels  are rolling, 
you  will  have  steering control. 
Driving  Guidelines 
This multipurpose passenger  vehicle  is defined as a 
utility  vehicle 
in Consumer  Information  Regulations 
issued  by  the  National  Highway  Traffic  Safety 
Administration  (NHTSA) of  the  United  States 
Department  of Transportation,  Utility vehicles  have 
higher  ground clearance  and a narrower  track to make 
them  capable  of performing  in a wide  variety 
of off-road 
applications. Specific design characteristics  give  them 
a 
higher center of gravity  than  ordinary  cars. An 
advantage 
of the  higher  ground  clearance is a better 
view 
of the  road  allowing you to anticipate problems. 
They  are 
not designed for cornering  at the  same  speeds 
as  conventional 2-wheel  drive vehicles  any more  than 
low-slung  sports  cars  are designed 
to perform 
satisfactorily  under  off-road  conditions. If  at  all 
possible, avoid sharp  turns or abrupt  maneuvers. 
As with 
other vehicles  of this  type,  failure 
to operate  this  vehicle 
correctly  may  result  in  loss of  control  or vehicle 
rollover. 
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Off-Road  Driving  with Your  Geo 
Four-wheel  Drive  Vehicle 
This off-road guide is for vehicles that have four-wheel 
drive. 
Also,  see “Anti-Lock Brakes” in  the Index. 
If  your vehicle doesn’t have four-wheel drive,  you 
shouldn’t  drive  off-road  unless  you’re on a level, solid 
surface. 
Off-road  driving  can  be great  fun. But  it  does have some 
definite hazards.  The greatest  of these  is  the  terrain 
itself. 
“Off-roading”  means you’ve 
left the  great  North 
American road  system behind. Traffic  lanes aren’t 
marked. Curves aren’t banked.  There are no  road  signs. 
Surfaces  can  be slippery,  rough, uphill or downhill.  In 
short, you’ve  gone right back  to  nature. 
Off-road driving  involves some new  skills.  And  that’s 
why  it’s  very  important that you read  this guide.  You’ll 
find  many  driving  tips  and  suggestions.  These will help 
make your off-road driving safer and  more enjoyable. 
Before  You Go Off-Roading 
There are some things to do  before  you go out. For 
example,  be  sure to have  all necessary maintenance  and 
service  work done. Check  to make sure all underbody 
shields  (if 
so equipped)  are properly attached.  Be  sure 
you  read all  the information about your four-wheel  drive 
vehicle 
in this manual. Is there enough  fuel? Is the spare 
tire fully inflated?  Are the fluid levels  up  where  they 
should  be? What are  the local laws that apply 
to 
off-roading  where you’ll be driving? If you don’t  know, 
you  should  check with  law  enforcement people 
in the 
area.  Will  you  be  on someone’s  private land? If 
so, be 
sure  to get  the.necessary  permission. 
Loading Your Vehicle for Off-Road Driving 
There are some important  things  to remember about 
how  to load  your vehicle. 
0 The heaviest things should  be on  the  load floor  and 
forward 
of your  rear axle.  Put heavier  items as far 
forward as  you can. 
0 Be sure the  load is secured  properly, so driving on 
the off-road  terrain doesn’t  toss things  around. 
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Traveling  to  Remote  Areas 
You’ll find  other  important information  in this manual. 
See  “Vehicle  Loading,” “Luggage Carrier” and “Tires” 
in  the Index.  It 
makes 
sense to  plan  your  trip, especially  when going 
to 
a remote area. Know the terrain and  plan your route. 
You are much  less likely to  get bad surprises. Get 
accurate  maps 
of trails and terrain.  Try to learn of any 
blocked or closed roads. 
It’s  also a good idea  to travel  with at least  one other 
vehicle. 
If something happens  to one  of them, the other 
can help quickly. 
Does your vehicle have 
a winch? If so, be  sure  to  read 
the winch instructions. 
In a remote area, a winch can be 
handy 
if you  get stuck. But  you’ll want to know  how to 
use  it properly. 
Getting  Familiar  with  Off-Road  Driving 
It’s  a good idea  to practice  in an  area  that’s  safe and 
close  to  home before  you go  into  the wilderness. 
Off-road  driving does require some  new and different 
driving skills. Here’s what we  mean. 
Tune your senses to different kinds  of signals.  Your 
eyes, for example,  need to constantly 
sweep the  terrain 
for  unexpected obstacles.  Your ears need  to listen  for 
unusual tire or engine sounds.  With your anns,  hands, 
feet, and  body you’ll  need 
to respond  to vibrations and 
vehicle bounce. 
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