
Downloaded from www.Manualslib.com manuals search engine lever  is  put in FIRST (l), the  transaxle  won’t shift into 
first gear until the  vehicle is going  slowly  enough. 
NOTICE: 
If your  front  wheels  can’t  rotate,  don’t try  to 
drive.  This  might  happen  if  you were  stuck  in 
very  deep  sand  or  mud  or  were  up  against  a  solid 
object. 
You could  damage  your  transaxle.  Also, if 
you stop  when  going  uphill,  don’t hold your 
vehicle  there with  only  the  accelerator  pedal. 
This  could  overheat  and  damage  the  transaxle. 
Use  your  brakes  or  shift  into  PARK (P)  to hold 
your  vehicle  in  position 
on a hill. 
Forward  Gears  (4-Speed) 
AUTOMATIC OVERDRIVE (D): This position is for 
normal  driving with  the fourspeed  automatic transaxle. 
If you  need  more  power  for passing,  and  you’re: 
Going less than  about 35 mph (56 km/h), push  your 
accelerator pedal about  halfway  down. 
Going about 35 mph (56 km/h), push your 
accelerator 
all the  way  down.  THIRD 
(3): This position is also used for normal 
driving,  however,  it offers  more  power  and  lower fuel 
economy  than AUTOMATIC  OVERDRIVE 
(D). Here 
are some  times  you  might  choose 
THIRD (3) instead of 
AUTOMATIC  OVERDRIVE (D): 
When driving on hilly,  winding  roads. 
0 When going down a steep  hill. 
SECOND 
(2): This  position  gives you  more  power  but 
lower fuel  economy. 
You can  use SECOND (2) on  hills. 
It can help control  your  speed  as  you go down  steep 
mountain  roads, but  then  you  would 
also want to use 
your  brakes 
off and  on. 
NOTICE: 
Don’t  drive  in SECOND (2) for  more  than 
25 miles (41 km), or  at  speeds  over 55 mph 
(88 km/h),  or you can  damage  your  transaxle. 
Use  AUTOMATIC  OVERDRIVE (D) or 
THIRD 
(3) as much as possible.  Don’t  shift 
into 
SECOND (2) unless  you are going  slower 
than 
65 mph (105 km/h), or you  can  damage 
your  engine. 
2-19   

Downloaded from www.Manualslib.com manuals search engine Windows 
On  a  vehicle  with  manual  windows,  use  the  window 
crank  to open  and  close each  window. 
Power Windows (Option) 
The driver’s  window  switch  has  an  auto-down  feature. 
The  driver’s  window  can be  opened  to the  desired 
amount  by pushing  the  rear  of  the  switch  to the first 
detent.  For the  auto-down  feature, push the rear  of  the 
switch  all the  way  down.  The window  will  continue 
going  down  until  fully  opened. 
To stop  the  window  while it is lowering,  briefly  press 
the  switch  forward,  then  release. 
To  raise  the window,  press  and  hold  the  switch  forward. 
In  a  sedan  model,  you  may  also  have  a  lockout  switch. 
Press 
it to  disable  the  rear  passenger  power  window 
switches.  This will  prevent  rear  passengers  from 
opening  and  closing  the  windows.  The driver  can still 
control  all  windows  with  the  switch  in  the lock position. 
rress  the  lockout  button  again  to  enable  the passenger 
window  switches. 
With  power  windows,  switches  on the  center  console 
control  each 
of the  windows  when  the  ignition  is on.  In 
addition,  in  fourdoor models,  each  rear  passenger  door 
has  a  control  switch  for its own  window. 
Horn 
You can sound  the  horn  by  pressing  the  center  of  your 
steering  wheel  near  the  horn  symbols. 
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Downloaded from www.Manualslib.com manuals search engine Remember:  Anti-lock  doesn’t  change  the  time  you  need 
to get  your  foot  up  to  the  brake  pedal  or always  decrease 
stopping  distance.  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. 
Using Anti-Lock 
Don’t  pump  the  brakes.  Just  hold  the  brake  pedal 
down  and  let  anti-lock  work  for you.  You  may  feel 
the 
system  working,  or you  may  notice  some  noise,  but  this 
is  normal. 
Enhanced Traction System 
If  your  vehicle  has  the  optional  four-speed  automatic 
transaxle,  it also  has  an  Enhanced  Traction  System 
(ETS)  that  limits  wheel  spin.  This  is especially  useful 
in  slippery  road  conditions.  The system  operates  only 
when  the  transaxle  shift  lever  is  in  the 
THIRD (3) or 
OVERDRIVE 
(a) position  and  the  system  senses 
that  one or  both  of  the  front  wheels  are spinning  or 
beginning  to  lose  traction.  When  this  happens,  the  system  reduces  engine  power  and  may  also  upshift  the 
transaxle  to  limit  wheel  spin. 
LOW 
TRAC 
This  light  will  come  on 
when  your  Enhanced 
Traction  System  is  limiting 
wheel  spin.  See  “Enhanced 
Traction  System  Active 
Light”  in  the  Index. 
You 
may feel  or  hear  the  system  working,  but  this 
is  normal. 
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Downloaded from www.Manualslib.com manuals search engine 5. Clamp the steering  wheel  in  a  straight-ahead  position 
6. Release  the  parking  brake. 
When  you 
are finished  towing,  make  sure you  replace 
the  CLS/PCM  fuse in  the  instrument  panel  fuse  block. 
with  a  clamping  device  designed  for  towing. 
Towing  Your  Vehicle  from  the  Front 
(Four-Speed  Automatic 
or Five-Speed 
Manual  Transaxles  Only) 
You may  tow  your  vehicle  with  all  four  wneels  on  the 
ground 
if you  have  a  four-speed  automatic  or a 
five-speed  manual  transaxle.  Follow  these  steps: 
r 
m 
. 
*- 
Follow  these  steps: 
1. Set  the  parking  brake. 
2. Turn  the ignition  key  to OFF to unlock  the 
3. Open  the  fuse panel  on the  driver’s  side  of the 
instrument  panel.  Remove  the  fuse labeled 
CLS/PCM.  This  will  keep  your  battery  from  draining 
while  towing.  steering  wheel. 
4. Shift  your  transaxle  to  NEUTRAL (N). 
5. Release  the  parking  brake. 
NOTICE: 
Make  sure  that  the towing  speed  does  not 
exceed 
55 mph (90 km/h), or your  vehicle  could 
be  badly  damaged. 
When  you  are  finished  towing,  make sure you replace 
the  CLS/PCM  fuse in  the  instrument  panel  fuse  block. 
4-30   

Downloaded from www.Manualslib.com manuals search engine Uniform Tire Quality Grading 
The following  information  relates  to  the  system  developed 
by  the  United  States  National  Highway  Traffic  Safety  Administration,  which  grades  tires  by  treadwear,  traction 
and  temperature  performance. 
(This applies  only  to 
vehicles  sold 
in the  United  States.)  The grades are molded 
on  the  sidewalls  of  most  passenger  car  tires.  The Uniform 
Tire  Quality  Grading  system  does  not  apply 
to deep  tread, 
A CAUTION: 
Mixing  tires  could  cause you  to  lose  control  while 
driving.  If  you mix tires  of  different  sizes  or  types 
(radial  and  bias-belted  tires),  the  vehicle  may  not 
handle  properly,  and 
you could  have  a  crash. 
Using  tires  of  different  sizes may also cause 
damage  to  your  vehicle.  Be  sure  to  use  the  same 
size  and  type  tires  on  all  four  wheels. 
It’s  all  right  to  drive  with  your  compact  spare, 
though.  It  was  developed  for  use  on 
your vehicle. 
winter-type  snow  tires,  space-saver  or temporary  use  spare 
tires, tires  with  nominal  rim  diameters  of 10 to 12 inches 
(25 to 30 cm),  or to some  limited-production  tires.  While 
the tires available 
on General Motors passenger 
cars and light trucks may vary with respect 
to these 
grades,  they must  also conform 
to Federal safety 
requirements and additional  General Motors Tire 
Performance  Criteria 
(TPC) standards. 
Treadwear 
The  treadwear  grade  is  a  comparative  rating  based  on  the 
wear  rate  of  the  tire  when  tested  under  controlled  conditions 
on a  specified  government  test  course.  For  example,  a  tire 
graded  150  would  wear  one  and  a  half 
(1 1/2) times as well 
on 
the government  course as a tire graded 100. The  relative 
performance 
of tires  depends  upon  the  actual  conditions of 
their  use,  however,  and  may  depart  significantly  fiom the 
norm  due 
to variations in driving  habits,  service  practices 
and  differences  in  road  characteristics  and  climate. 
Traction - A, B, C 
The traction  grades, from highest  to  lowest,  are A, B, and 
C, and  they  represent  the  tire’s  ability  to  stop  on  wet 
pavement  as measured  under  controlled  conditions  on 
k 
specified  government  test  surfaces of asphalt  and  concrete. 
A tire  marked C may  have  poor  traction  performance. 
Warning:  The traction  grade assigned  to this  tire  is  based 
on braking  (straightahead) traction tests and  does not 
include  cornering (turning) traction. 
6-40