Downloaded from www.Manualslib.com manuals search engine FUELS IN FOREIGN  COUNTNES 
If you plan  on driving  in  another country  outside the U.S. or Canada, 
unleaded  fuel  may be  hard  to find. 
Do not  use  leaded  gasoline.  If  you use 
even  one tankful,  your  emission  controls  won’t  work 
well or at all.  With 
continuous  use,  spark  plugs  can  get  fouled,  the exhaust  system  can 
corrode,  and  your  engine  oil  can  deteriorate quickly.  Your  vehicle’s 
oxygen  sensor will be  damaged.  All  of that  means  costly  repairs  that 
wouldn’t  be  covered  by your  warranty. 
To  check  on fuel  availability,  ask  an  auto club,  or contact  a  major  oil 
company  that does  business  in  the country  where  you’ll  be  driving. 
You  can  also  write  us  at  the following  address  for  advice.  Just  tell  us 
where  you’re  going  and  give  your  Vehicle  Identification  Numbe\
r  (VIN). 
General  Motors  Overseas  Distribution  Corporation, 
North  American  Export  Sales 
(NAES) 
1908 Colonel  Sam  Drive 
Oshawa,  Ontario 
L1H 8P7 
FUEL ECONOMY 
Your fuel economy  (miles  per  gallon  or liters  per 100 kilometers)  can  vary 
depending  on how  your  Cadillac  is  driven.  Several  vehicles  like  yours 
have  been  driven  through  a  standard  test  and  their  actual  fuel  econ\
omy 
was  recorded.  These  readings  were  adjusted  and  printed  on the  fuel 
economy  window  sticker  which  was  attached 
to your new Cadillac  when  it 
was  delivered  and  in the  Gas  Mileage  Guide  which  is  available  from  your 
dealership. 
The  fuel  economy  estimates  are based  on  results  of tests  required  by the 
U. S. Environmental  Protection  Agency  (EPA).  These  tests  are used  to 
certify  that vehicles  meet  the Federal  emissions  and  fuel  economy 
standards.  Cadillac  tests  prototypes  of  new vehicles  and  submits  the 
results  to the  EPA.  The EPA  then  confirms  the  accuracy  of 
the figures 
provided  by Cadillac.  The vehicles  are driven  by a  professional  driver 
under  controlled  laboratory  conditions,  on  an  instrument  similar \
 to 
a 
treadmill.  These  procedures ensure that  each  vehicle  is  tested  under 
identical  conditions. 
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There: are two;different fuel economy  estimates ,for  each  vehicle., one  for. 
city  driving 
and one  for  highway  driving ... To develop  these two .estimates,. ; 
separate  tests .are used to represent  typical  everyday  city  and rural 
driving. 
The  test  used to  determine  the  city  fuel  economy estimate simulates  a 
7.5 mile (12 km), stop  and  go trip  with.  an average  speed of 20 mph 
(32 km/h). The trip takes 23, minutes  and:  has 18 stops.  About  one fifth 
of  the  time  is  spent idling,  as in  waiting  at traffic  lights  or in  rush  hour 
traffic. 
Two. kinds of engine  starts are used:  a  cold  start, which  is  similar  to 
starting  a car  in the  morning  after it has  been  parked  all  night  and  a  hot 
start,  which  is  similar  to restarting  a  vehicle after it has  been  warmed  up, 
driven  and  stopped for a short  time. 
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The test used  to determine  the  highway fuel economy estimate represents 
a  mixture  of “non-city”  driving.  Segments  corresponding  to different 
kinds  of rural  roads and  interstate highways are included.  The test 
simulates  a 
10- mile (17 km) trip  with  an average  speed. of 48 mph (77 
km/h). The  test  is  run  from  a  hot start  and  has  little idling  time and  no 
stops. 
To  assure  that  the  fuel economy  numbers  are most  useful  for consumers, 
the  EPA  adjusts.  these .laboratory test. results.  to account  for  the difference 
between  controlled  laboratory conditions  and  actual,  driving  on  the road. 
The  laboratory fuel  economy results are adjusted  downward 
to arrive  at 
the  estimates  on  the fuel economy  window  sticker  and  the 
Gas Mileage 
Guide.  The city estimate  is  lowered  by 
10 percent and the highway 
estimate  is  lowered  by 
22 percent from the laboratory test  results. 
Experience  has  proven  that these  adjustments  make  the mile:age 
estimates-correspond  more  closely to the  actual fuel  economy  realized 
by 
the average  driver. 
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