2013 AUDI S4 oil capacity

not exceeded . Vehicle load includes everybody
and everything in and on the vehicle. These
l oad limits are techn ica lly referred to as the
ve hicle's
Gross Veh icle Weight Rat ing
("GVWR").
The "GVWR" includes the weight of the basic
veh icle, all factory insta lled accessories, a full
tank of fu el, oil, coolant and other fluids plus
maximum load. The maximum load includes
the number of passengers that the vehicle is
in tended to carry ("seating capacity") w ith a n
assumed weight of 150 lbs . (68 kg) for each
passenger at a des igna ted sea ting pos ition
and the tota l we ight of any l uggage in the ve­
h icle. If you tow a trailer, the weig ht o f the
trailer hitch and the tong ue weight of the
l oaded trailer must be included as part of the
veh icle load.
The
Gro ss A xle Weight Rating ("GAWR") is
the maximum load that can be applied at each
of the vehicle's two ax les.
The G ross Vehicle We ight Rating and the
Gross Axle Weight Rating are listed on the
safety compliance sticker labe l located on the
driver's side B -pi llar .Your Audi has 5 seating
positions, 2 in the front and 3 in the rear for
tota l seating capacity of 5. Each seating posi­
tion has a seat belt¢
page 137, Safety belts.
The fact that there is an upper limit to your
veh icle's Gross Vehicle Weight Rating means
that the tota l weight of whatever is being car­
ried in the vehicle (including the weight of a
trailer hitch and the tongue weight of the
loaded trailer) is limited. The more passen­
ge rs in the veh icle or passengers who are
h eav ier than the standa rd weights assumed
mean that less weight can be ca rr ied as l ug­
gage.
The tire pressure labe l on you r Audi also lists
the maximum combined we ight of all of the
oc cu pants and luggage o r othe r ca rgo that
the vehicle can carry . For the location o f the
l abe l
¢page 238, fig. 191.
Tires an d wheel s 243
A WARNING
Overloading a vehicle can cause loss of ve­
h icle contro l, a crash or other accident, se­
rious pe rsonal injury, and even death.
- Carrying more we ight than your veh icle
was des igned to carry will prevent the
veh icle from handling properly and in­
crease the risk of the loss of vehicle con­
trol.
- The brakes on a vehicle that has been
overloaded may not be able to stop the
veh icle w ith in a safe distance.
- Tires on a vehicle that has been overload­
ed can fail suddenly, incl uding a blowout
and sudden defla tion, causing loss of
contro l and a crash.
- Always ma ke sure that the total load be­
ing transpor ted - incl uding the weight of
a trailer hitch and the tongue weight of a loaded trailer -does not ma ke the vehi­
cle heavier than the vehicle's Gross Vehi­
cle We ight Rating.
Determining correct load limit
U se th e example below to ca l­
culate the total weight of the
pa ssengers and lu ggage or oth­
e r thing s that you pl an t o tran s­
po rt so that you can make sur e
that your vehicle will not b e
o verloaded.
Steps for Determining
Correct Load Limit
1 . Lo cate th e statement "THE
C OMBINED WEIGHT OF O C­
CUPANTS AND CARGO
SHOULD NE VER E XCEED XXX
KG OR XXX LBS"on your vehi-
c le 's pla card (tire inflation ..,
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2 7 4 Emergency situations
This might happen, for e xamp le, when
h eavy components such as the engine
b lock or transmiss io n are removed.
- When removing heavy components li ke
these, ancho r vehicle to ho ist o r add cor­
responding weig hts to ma inta in the cen ­
ter of g ravity . Othe rwise, the v eh icle
m ight tilt or slip
o ff th e hoist, caus ing
s er io us p ers on al inju ry.
(D Note
- Be awa re of the fo llowing points befo re
li fting the veh icl e:
- The vehicle should never be lifted or
jacked up from underneath the engine oil pan, the transmission housing , the
front or rear axle or the body side members. This could lead to serious
damage.
- To avoid damage to the underbody or
chassis frame, a rubber pad must be
inserted between the floor jack and
the lift points .
-Before driving over a workshop hoist,
check that the vehicle weight does not
exceed the permissible lifting capacity
of the hoist .
- Before driving over a workshop hoist,
ensure that there is sufficient clear­ ance between the hoist and low parts
of the vehicle.

Data
Data
A4 Sedan 211 hp,
2.0 liter 4-cyl. engine
Engine data
Maximum output SAE net
Maximum torque SAE net
No. of cylinders
Displacement
Stroke
Bore
Compression ratio
Fuel
Dimensions (approx.)
length (with licence plate bracket)
Width (with outside mirrors folded)
He ight (unloaded)
T urning circle diameter (curb to curb)
Capacities (approx. )
Fuel tank
- Total capacity
- Reserve (of total capacity) hp@rpm
lb-ft@rpm
C[D (cm
3
)
in (mm)
in (mm)
211 @4300-6000
258@ 1500-4200
4
121 (1984)
3 .65 (92.8)
3 .25 (82.5)
9.6: 1
Premium unleaded (91 AKI) Recommended for
maximum engine performance. Further details
Q page 214, Gasoline
B io-ethanol (E85 ) Vehicles with flexible fuel en­
gines may be operated with bio-ethanol fuels
(E85) or with premium unleaded gasoline (91
AKI). Further details Q page 215, Ethanol fuel
(Bio-ethanol).
in (mm)
in (mm)
in (mm)
ft (m) 1 85.1 (4701)
71.9 (1826)
56.2 (1427)
gal (liters)
gal (liters)
1.8-2.4
(7-9)
Wind shield and headlight* washer fluid container
Engine oil with filter change quarts (liters)
quarts (lite
rs) 4 .8 (4 .5)
4 .9 (4.6)
277
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278 Data
allroad 211 hp, 2.0 liter 4-cyl. engine
Engine data Maximum output SAE net
Maximum torque SAE net
No . of cylinders
Displacement
Stroke
Bore
Compression ratio
Fuel
Dimensions (approx.)
Length (with licence plate bracket)
Width (with outside mirrors folded)
He ight (unloaded)
T urning circle diameter (curb to curb)
Capacities (approx.)
Fuel tank
- Total capacity
- Reserve (of total capacity) h
p@rpm
L b-ft@ rpm
CID (cm
3 )
in (mm)
i n (mm) 211
@ 4300-6000
258@ 1500-4200
4 121 (1984)
3.65 (92 .8)
3.25 (82 .5)
9.6:
1
Premium unleaded (91 AKI) Recommended for
maximum engine performance . Further details
¢ page 214, Gasoline
Bio-Ethanol (E85 ) Vehicles with flexible fuel en­
gines may be operated with bio-ethanol fuels
( E 85) or with premium unleaded gasoline (91
AKI). Further details ¢page 215, Ethanol fuel
(Bio-ethanol).
i n (mm)
i n (mm)
----
in (mm)
ft (m)
185 .9 (4721)
72.5 (1841)
58.0 (1473)
37.7 (11.5)
gal (liters)
gal (liters) 1.8 -2 .4
(7-9)
Wind shield and headlight* washer fluid container
Engin e oil
with filter change quarts (liters)
quarts (lite
rs) 4
.8 (4 .5)
4 .9 (4 .6)

Data
S4 Sedan 333 hp, 3.0 liter 6-cyl. engine
Engine data
Maximum output SA E ne t
M aximum torque SAE net
No . of cylinders
Displacement
Stroke
Bore
C ompression ratio
Fuel
Dimension s (approx .)
L eng th (with licence pla te bra ck et)
Width (with outside mirrors folded) He igh t (unloaded)
T urning circle diameter (curb to curb)
Capacities (appro x.)
Fuel tank
- Total capac ity
- Reserve (o f to tal capacity) hp@rpm
lb-ft@ rpm
-~,
ClD (cm3
)
in (mm)
in (mm)
333 @ 5500 -6500
325
@ 2900-5300
6
182.8 (2995)
3 .50 (89)
3 .33 (84 .5)
1 0.3 : 1
Prem ium unleaded (91 AKI) Recommended for
maximum engine performance. Further details
c:> page 214, Gasoline
in (mm) 1 8 5.7 ( 4716)
in (mm) 71.9 (1826)
in (mm) 55 .4 ( 1406)
ft (m) 37.7 (11.5)
gal (liters) 1 6 .1 (61.0)
gal (li ters) 1.8- 2.4
( 7- 9)
Windshield and headlight* wa sher fluid container quarts (liters) 4.8 (4.5)
Engine oil with filte r ch ange qu
arts (lite rs) 7. 2 (6 .8)
279
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