2014 AUDI Q5 weight

250 Tires and wheels
Speed rating (letter code)
means the speed at wh ic h a tir e is des igned to
be d riven for extended per io d s of t ime. The
ratings range from 93 mph (150 km/h) to
186 mph (298 km/h) ¢
page 259 . You may
not find this in format ion on all tires because
it is not required by law.
The speed rating letter code, w here a pplica­
b le, is molded on the tire s idewa ll and indi­
cates the maxim um permissible road speeds
¢ &. in Winter tires on page 263.
Tire pressure monitoring sy stem*
means a system tha t d etects when one or
mo re of a vehicle's t ires are under inflated and
i llum ina tes a low t ire p ress ure warn ing te ll­
tale.
Tread
means t hat port ion of a tire tha t comes into
con tact w it h t he road.
Tread separation
means pull ing away of the t read from the t ire
car cass .
Treadwear indicators (TWI)
means t he projections withi n the pr inc ipal
g rooves designed to give a v isua l ind ication of
the deg rees of wea r of the tre ad . See
¢
pag e 257, Tread W ear Indicator (TWI) for
mo re inf ormat io n on measu ring tire we ar.
Uniform Tire Quality Grading
is a tire i nfo rmation system developed by the
United States Nat io nal Highway Traffic Safety
Admin istration (N HTSA) that is designed to
h e lp buye rs make re lative compa risons among
tires. The UT QG i s no t a safety r ating and no t a
g uar antee that a t ire will las t fo r a presc ribed
n umber of m iles (kilome ters) or pe rform in a
certain way. It s imply gives ti re bu ye rs addi­
tional information to combine with other con -s
iderations, such as p rice , brand loya lty and
dealer recommendations. Un der UTQ G, tires
are grade d by the t ire manufacturers in three
areas : treadwea r, traction, and temperature
resistance. The UTQG informat ion on the tires,
molded into the sidewalls .
U.S. DOT Tire Identification Number (TIN )
This is the tire's "se ria l numbe r" . It be gins
with the letters "DOT" and ind icates that the
t ire meets all federa l standards . The next two
numbers or letters ind icate the plant where it
was ma nufactu red, and the last four numbe rs
r eprese nt the week and year of ma nufact ure.
Fo r exampl e,
DOT ... 2213 ...
means that the tire was produced in t he 22nd
wee k of 2013. The ot her numbers are market­
ing codes that may or may not be used by the
t ire manufacturer. This information is used to
contact consumers i f a tire defect requires a
r ecall .
Vehicle capacity weight
means the rated cargo and luggage load plus
150 lbs. (68 k ilograms) times the vehicle's to­
ta l seating capacity as listed on the label lo­
cated on the driver's side B-pilla r.
Vehicle maximum lo ad on the tire
means that load on an individua l tire that is
determined by distributing to eac h axle its
share of the maxim um loaded vehicle weight
and divid ing by two .
Vehicle normal load on the tire
means that load on an individua l t ir e that is
determined by distributing to eac h ax le its
share of the curb weight, accessory weight,
and normal occ upant weig ht (d istr ibuted in
accorda nce wit h tab le below ¢
page 251)
and divid ing by two .

Tires and wheels 251
Occupant loading and distribution for vehicle normal load for various designated seating
capacities
Designated seating capacity, Vehicle normal load, number Occupant distribution in a nor-
number of occupants of occupants mally loaded vehicle
5 3 2 in front, 1 in back seat
Cold tire inflation pressure
Tire pressure affects the overall handling, performance and safety of a vehicle.
Fig. 205 Tire press ure label: located on driver 's s ide B·
p ill ar
Tire pressure generally refers to the amount
of air in a tire that it needs it to do its job and
safely carry the combined load of the entire
vehicle and its contents . Tire pressure is
measured in kilopasca ls (kPa), the interna­
tional measuring unit and in pounds pe r
square inch (PSI). Tire pressure is based in
part on the vehicle 's design and load limit -
the greatest amount of weight that the vehi­
cle can carry safe ly and the t ire size . The prop­
er tire pressure is frequent ly referred to as the
"recommended cold tire inflation pressure."
Air in the tires expands when the tire heats up
because of internal friction when it flexes in
use . The tire pressu re is higher when the tire
has warmed up than when it is "cold ."
It is the
in flat ion pressure i n a "cold " tire that counts.
Therefo re, you shou ld neve r let air out of a
warm tire to ma tch "cold tire inflat ion pres­
sure" recommendations. The tires would then
be underinflated and could fail suddenly .
Maintaining proper tir e pressure is one of the
most impor tant things you can do to help
avoid sudden tire failure. Underinflated tires
are a ma jor cause of s udden tire failure . Keep·
ing tires at the right pressure is also impor­
tant for safe and responsive vehicle handling,
-tD
-
---------------------.. ,;
•(==.: I :::; I :,,. I)@ gi n. ............ .,_____, .... -.ito._.. ____ .... _ ...
&..p0idit,101111-~--.,...,....-- ..... ~ .... ..
-··-­.....
-
-Dlst<:OURS
- KPA.. a PSI
- KPA..
a PS I
- KPA.. a PSI
Fig. 206 Tire pressu re labe l
traction, braking and load carrying. Tire pres­
sures are particularly important when the
vehicle is being driven at higher speeds, and
then especially when heavily loaded even
within the permissible load-carrying capaci­
ties approved for your vehicle.
The recommended tire pressures for your Audi
depend on the kind of tires on your ve hicle
and the number of passengers and/o r amount
of luggage you w ill be transporti ng.
The tire pressure label is located on the driv­
er's side B -pillar . The tire pressure labe l lists
the recommended cold tire inflat io n pressures
for the vehicle at its maximum capacity
weight and tires that were on your veh icle at
t he time it was manufactured.
If you wish to improve comfort when operat­
ing the vehicle at normal load (up to 3 occu­
pants), you can adjust tire pressures to those
specified for normal vehicle load. Before op­
erating the vehicle at maximum load, you
must increase the tire pressures to those
specified for maximum vehicle load
9 .&..
Bear in mind that the tire pressure monitoring
system * can only monitor the tire pressures
II>

252 Tire s and wheel s
you have stored . The system does not recog ­
nize the load condition of your vehicle.
The effectiveness of the tire pressu re monito r­
ing system* will be impai red if you store nor ­
mal load pressures but then operate the vehi ­
cle at its maximum load¢.&. .
See the illustration¢
fig. 205 for the location
of the label on dr iver's side 8-pillar (color of
the actua l labe l and exact location on the ve­
hicle wi ll vary slightly) .
Note that the followi ng tab le is accurate a t
the time o f go ing to press and is subject to
Model / Tire de
signation
change. In the event of discrepancies, the t ire
pressure label located on the driver's side 8-
pillar always takes precedence .
T he table below lists the recommended cold
ti re inflation pressu res for the Audi mode l
covered by your Owner's Literat ure at the vehi­
cle's capacity weight and the t ire sizes instal­
l ed on the respective models as orig inal
equipment, or as a factory option.
Tire pressure
Engine normal load condition full load condition
front rear
front rear
PSI kPA PSI kPA PSI kPA PSI kPA
2 3 5/60 R18 103H
29 200 29 200 32 220 32 220 All Season
Q5 :
235/ 55 R19 101H
2 .0 liter
All Season
30 210
30 210
33 230
33 230
4-c
ylind er
235/55 R1 9101W
and 29 200 29 200 33 230 33 230 High P erforman ce
QS:
3 .0 l iter 2
55 /45 R 20 101W
29 200 29 200 33 230 33 230
6-cy lind er High Pe
rformance
255 /40 R21102Y
35 240
36 250 36 250 39 270 High Performan ce
25 5/4 5 R20 101W
39 270 39 270 280 280 SQ5:
High Performan ce 41 41
3.0 liter
6-cylind er 255
/40 R21102Y XL
41 280 36 250 41 280 42 290 High Perfo rmance
X L = rei nfo rce d or extra load tir e. It ma y al so a ppea r a s xl , EXTRA LOAD, or RF on th e tire sid e-
wall.
The cor rect tire pressure for the spare wheel is
located on a label on the dr ive r's side 8-pilla r.
Because technical changes may be made to
vehicle equ ipment dur ing the model year, a l­
ways compare the tire size designation on the
tire pressure labe l on you r veh icle w it h the
tires on your vehicle. Ma ke su re that the tire
size info rmation on the vehicle label is the
same as the size of the tires on the vehicle.
This is especia lly important if the vehicle be­
longs to someone else or you bought the vehi- cle w
ith different rims/t ires or you bought the
vehicle as a prev iously owned vehicle.
Remember, your safety and that of your pas ­
sengers also depends on making sure that
load lim its are not exceeded. Vehicle load in­
cludes eve rybody and everyth ing in and on the
vehicle. These load l imits a re techn ica lly refer­
red to as the vehicle's Gross Vehicle Weight
Rating ("GVWR"). The Gross Axle Weight Rat­
ing ("GAWR") is the maximum load that can
be applied at each of the vehicle's two axles . .,_

The Gross Vehicle Weight Rating and the
Gross Axle Weight Rating are listed on the
safety compliance sticker label located on the
driver's side B-pillar. The tire pressure label on
your Audi lists the maximum combined
weight of all of the occupants and luggage or
other cargo that the vehicle can carry. For the location of the tire pressure label¢
fig. 205 .
.8, WARNING
Overloading a vehicle can cause loss of ve­
hicle control, a crash or other accident, se­
rious personal injury, and even death.
- Carrying more weight than your vehicle
was designed to carry will prevent the
vehicle from handling properly and in­ crease the risk of a loss of vehicle con­
trol.
- The brakes on a vehicle that has been
overloaded may not be able to stop the
vehicle within a safe distance.
- Tires on a vehicle that has been overload­
ed can fail suddenly causing loss of con­
trol and a crash.
- Always make sure that the total load be­
ing transported -including the weight of
a trailer hitch and the tongue weight of a
loaded trailer -does not make the vehi­
cle heavier than the vehicle's Gross Vehi­
cle Weight Rating .
.8, WARNING
-Incorrect tire pressures and/or underin­
flation can lead to a serious or fatal acci­
dent .
- Incorrect tire pressures and/or underin­
flation cause increased tire wear and can
affect the handling of the vehicle.
- Incorrect tire pressures and/or underin­
flation can also lead to sudden tire fail­
ure, including a blowout and sudden de­
flation, causing loss of vehicle control.
Tires and wheels 253
Checking tire pressure
The correct tire pressure for the tires original­
ly installed on your vehicle is listed on the tire
pressure label located on driver's side 8-pil­
lar.
The recommended tire pressures are on the
tire pressure label and in the table
¢ page 251, Cold tire inflation pressure.This
means that the pressure must be checked and
adjusted when the tire has not been driven for
more than a couple of miles (kilometers) at
low speeds during the previous three hours.
Air in the tires expands when the tire heats up
as a result of internal friction as it flexes in
use. The tire pressure is higher when the tire
has warmed up than when it is "cold ."
It is the inflation pressure in a "cold" tire that
counts. Therefore, you should never let air out
of a warm tire to match "Cold tire inflation
pressure" recommendations¢
page 251 . The
tires would then be underinflated and could
fail suddenly .
The tire pressure label on your Audi lists the recommended cold tire inflation pressures at
maximum capacity for the new, original
equipment tires that were on your vehicle at
the time it was manufactured. For the loca­
tion of the label¢
page 251, fig. 205 .
Most tires lose air naturally over time . They
can also lose some air if you drive over a pot­
hole or hit a curb while parking.
It is usually
not possible to see whether the radial tires
used today are underinflated just by looking
at them.
Therefore, be sure to check tire pressures at
least once a month and always before going
on a long trip. Make sure to take the number
of people and the amount of luggage into ac­
count when adjusting tire pressure for a trip -
even one that you would not consider to be
"long." See¢
page 255, Tires and vehicle
load limits
for more important information .
Always use an accurate tire pressure gauge
when checking and adjusting inflation pres­
sures. Check all of the tires and be sure not to ..,. •
•

th e f unct ion of the tire pressure monitor­
ing system*.
- Always inflate tires to the recommended
and correct tire pressure before driving
off.
- Driving with under inflated tires bend
more, letting them get too hot resu lting
in tread separation, sudden t ire failure
and loss of control.
- Excessive speed and/overloading can
cause heat build-up, sudden tire fail ure
and loss of control.
- If the t ire pressure is too low or too high,
the tires w ill wea r prematurely and the
vehicle will not hand le we ll.
- If the t i re is not flat and you do not have
to change a w heel immed iate ly, dr ive at
reduced speed to the nearest serv ice sta­
t ion to check the tire pressure and add
air as requi red.
{Q) Note
Dr iving without va lve stem caps ca n cause
damage to the tire va lves . To preve nt this,
always ma ke s ure t hat facto ry installed
va lve stem caps on all wheels a re secu re ly
mounte d on the va lve.
@ For the sake of the environment
Unde rinflat ed tires will a lso inc reas e the
fue l cons umption .
Tires and vehicle load limits
There are l imits to the amo un t of load or
weight that any vehicle and any tire can carry .
A veh icle that is overloaded w ill not handle
w ell and is more difficult to stop. Overload ing
can not only lead to loss of vehicle contro l,
but c an a lso damage import ant parts of the
ve hicle and can lead to sudden tire failure, in­
cluding a blowout and sudden deflation that
can cause the ve hicle to crash .
Your safety and that of your passengers a lso
depends on making sure that load limits are n ot exceeded. Vehicle load includes everybody
and everyth ing in and on the vehicle . Th ese
Tire s an d wheel s 255
load lim its are technically referred to as the
vehicle's
Gross Vehicle Weight Rating
("GVWR").
T he "GVWR" incl udes the weight of the basic
vehicle, a ll factory installed accessories, a f ull
tan k of fuel, oi l, coo lant and other fluids plus
max imum load. The max imum load incl udes
the n umber of passengers t hat the vehicle is
intended to carry ("seat ing capac ity") with an
ass umed we ight of 150 lbs (68 kg) fo r each
passenger at a designated seating posi tion
and the tota l weight of a ny luggage i n the ve­
hicle. If you tow a tra ile r, the we igh t of the
tra iler hi tch and the tongue we igh t of t he
loaded tra iler mus t be included as part of the
vehicle load .
T he
Gro ss Axle Weight Rating (" G AWR ") is
the max imum load th at can be appl ied a t each
of the veh icle's two axles .
T he Gross Vehicle Weight Rat ing and t he
G ross Ax le Weig ht Ra ting are listed on the
sa fe ty comp lian ce sti cke r la bel lo cate d on the
driver's side B-pillar. Yo ur Audi has
5 seat ing
pos itions , 2 in the front and 3 in the rea r for
total seating capacity of 5. Eac h seating posi ­
tion has a seat be lt
c:> page 149, Safety belts.
T he fac t that there is an upper limit to yo ur
vehicle's Gross Vehicle Weight Rating means
that the total weight of whatever is being car­ ried in the vehicle ( includ ing the weight of a
trailer hitch and the tongue weight of the
loaded tra iler) is lim ited. The more passen­
gers in the vehicle or passengers w ho are
heavier than the sta ndard we ights assumed
mea n that less we ight can be ca rried as lug­
gage.
T he tire pressure label on your Audi also lists
the max imum combined weight of all of the
occupants and l uggage or other cargo that
the ve hicl e can ca rry . Fo r th e lo cat ion of the
la bel
c:> page 251, fig. 205 .
_&. WARNING
--==
Overloading a vehicle can cause loss o f ve -
h icle cont ro l, a crash or other accide nt, se-
rious pe rsonal in ju ry, and even death. ..,
•
•

256 Tires and wheels
-Carrying more weight than your vehicle
was designed to carry will prevent the
vehicle 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
vehicle within a safe distance.
- Tires on a vehicle that has been overload­
ed can fail suddenly , including a blowout
and sudden deflation, causing loss of
control and a crash.
- Always make sure that the total load be­
ing transported -including the weight of
a trailer hitch and the tongue weight of a
loaded trailer -does not make the vehi­
cle heavier than the vehicle's Gross Vehi­
cle Weight Rating.
Determining correct load limit
Use the example below to cal­
culate the total weight of the
passengers and luggage or oth­
er things that you plan to trans­
port so that you can make sure
that your vehicle will not be
overloaded.
Steps for Determining Correct Load Limit
1. Locate the statement "THE
COMBINED WEIGHT OF OC­
CUPANTS AND CARGO
SHOULD NEVER EXCEED XXX
KG OR XXX LBS" on your ve­
hicle's placard (tire inflation
pressure label)
¢ page 251,
fig. 205.
2. Determine the combined
weight of the driver and pas­
sengers that will be riding in
your vehicle.
3. Subtract the combined weight of the driver and pas­
sengers from
"XXX" kilo­
grams or
"XXX" pounds
shown on the sticker
¢ page 251, fig. 205.
4. The resulting figure equals
the available amount of car­
go and luggage load capaci­
ty. For example, if the
"XXX"
amount equals 1400 lbs.
and there will be five 150
lbs. passengers in your vehi­
cle, the amount of available
cargo and luggage load ca­
pacity is 650 lbs. (1400-7 SO
(5
X 150) = 650 lbs.)
5. Determine the combined weight of luggage and cargo
being loaded on the vehicle.
That weight may not safely
exceed the available cargo
and luggage load capacity
calculated in Step 4.
6. If your vehicle will be towing
a trailer, load from your trail­
er will be transferred to your
vehicle. Consult this manual ..,

288 Emergency situations
jack mounting point¢ fig. 236 . Do not lift
the vehicle at the vertical sill reinforcement.
Rear lifting point
T he lifting point is lo cate d on t he ve rtical rein­
fo rceme nt of the lower s ill fo r th e on bo ard
j ack *¢
fig . 23 7.
Lifting with vehicle jack*
Refe r to ¢ page 2 75 .
..&, WARNING
- T o redu ce t he r is k of se rious injury and
vehicle dam ag e.
- Always lift the vehicle on ly at the spe­
cial wor kshop h oist and floor jack lift
points illustrated
¢ fig. 236 and
¢ fig. 237 .
-Fa ilure to lift the vehicle at these
points cou ld cause the veh icle to tilt or
fa ll from a lift if the re is a change in ve­
h icle we igh t di stribu tion a nd ba lance .
This might happen, for exa mple, w hen
h eavy co mpo ne nts su ch as the engi ne
bl oc k or tra ns mis sion ar e removed .
- W hen re mov ing heavy co mpo nents like
t h ese , a nch or vehicle to hoist or add cor­
res pond ing weig hts to maintain t he cen ­
te r of gravity . Othe rwise, the vehicle
mi gh t tilt o r slip off t he hoist , ca usi ng
serious persona l injury .
CJ) Note
- Be aw ar e of t he fo llow ing poin ts be fo re
lift ing t he vehicle:
- 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. Thi s 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.

Technical Data
Vehicle identification
F ig. 238 Veh ide Identificat ion Numbe r (VlN) plate: lo ·
c ation on dri ver 's s ide das h pane l
XXXXX XX · X -XXXX XXX
~ fAllftlli. -llllll · NR. ~ W!ru -IIOO -NO.
xx
XXXX XXXX XX X XXXXXXXX
XXX XXX
IYP /TYPE
XX XXXXXXX XX X X XX
XXX KW XXX
®i ~W.::·f :l~~ XXXX XXX XXX
©+ ::rw= xxxx I xxxx XXX I xx
M. · AUSSt I IJ'IIDIIS
~--
EOA 7D 5 4UB 6XM SSG SRW
2E H JDZ 1LB lA S 1BA
3FC SMU 7X l
FD A 9G3 OG7 OYH OJF
TL6 3 KA 8EH UlA X98 027
lXW 803 908 824 D2D
7T6 CV7 7KO 4X3 2K2
3L4 4KC 3YO 413 502
1S A 7GB 01A 4GO
XX. X XX X XX X XXXX
Fig. 239 Vehicle identificat io n label: ins ide t he lug ­
ga ge compar tmen t
Vehicle Id entification Numb er (VlN )
The Veh icle Iden tifica tion Number is located
in different p laces :
- under the w indshield on the driver's side
¢fig. 238.
- i n the radio or in the MM!*: Select:
ICAR I
function button > Vehicle ID numb er (VIN )
or select I CAR I func tion button > Car sys·
tem s* control button > Servicin g & check s >
VIN numbe r.
-on the vehicle identification label.
Te chni cal Data 289
Vehicle id ent ification label
T he vehicle identification label is located in
the luggage compartment above the com­
partment fo r th e ve hicle tools.
T he label¢
fig. 239 shows the fol low ing vehi­
cle data :
(D Vehicle Ident ificat ion Number (VIN)
@ Vehicle type, engine o utp ut, transmission
® Engine and transmission code
© Paint number and inte rior
® Optional equipment numbers
T he information of the vehicle identification
label can also be found in your Warranty
&
Maintenance booklet .
Safety compliance sticker
T he safety compliance sticker is your assur­
ance that your new veh icle complies with all
applicable Fede ra l Motor Vehi cle Safety
Standards which were in effect at the time the
vehicle was manufactured . You can find this
sticker on the door jamb on the driver 's side.
It shows the month and year of production
and the vehicle ident ificat ion number of your
vehicle (perforation) as well as the Gross Veh i­
cle Weight Rating (GVWR) and the Gross Axle
Weight Rating (GAWR) .
High voltage warning label
The high voltage warning label is located in
the engine compartment next to the engine
hood release. The spark ign ition system com­
plies with the Ca nadian standard ICES-002 .
Weights
Gross Vehicle Weight Rating
The Gross Vehicle Weight Rat ing (GVWR), and
the Gross Axle Weight Rati ng (GAWR) for
front and rear are listed on a sticker on the
doo r jamb on the driver's side.
The Gross Vehicle Weight Rat ing includes the
weight of the basic vehicle plus full fuel tank,
o il and coolant, plus maximum load, which in ­
cludes passe nger we ight (150 lbs/68 kg per
II>--