2013 AUDI Q5 load capacity

your vehicle and in this manual and the kind of driving you p lan to do.
N eve r ex ce ed th e ma ximum inflati on pre s­
s ur e listed on th e tire sidew all for any rea­
so n.
Remembe r that the vehicle manufacturer, not
the t ire manufacturer , determ ines the co rrect
tire pressure for the t ires on your veh icle .
It is important to check the tire pressure when
the t ires are cold .
- Read the requ ired tire pressure from the tire
pressure label. The tire pressure label is lo­
cated on the driver's side 8-p illar. The tire
pressure label lists the recommended cold
t ire inflat ion p ressu res for the veh icle at its
maximum capacity we ight and the tires that
were on yo ur vehicle at the time it was man­
ufact ured. For recommended tire pressures
for normal load condit ions, please see chap­
ter
¢ page 252.
-Turn the valve stem cap counter-clockwise
to remove it from the tire valve.
- Place the air pressure gauge on the valve.
- The tire pressures should only be checked
and adjusted when the tires are cold. The
s li ght ly ra ised pressures of warm tires must
not be reduced.
- Adjust the tire pressure to the load you are
carrying .
- Reinsta ll the valve stem cap on the valve.
When should I check the tire pressure?
The correct tire pressure is espec ially impor­
tant at high speeds. The pressure sho uld
therefore be checked at leas t once a mon th
and a lways befo re starting a journey. Do not
forget to check the tire pressure for the spare
wheel.
When should I adju st the tir e pres sures?
Ad just the tire p ressu re to the load you are
carry ing . After changing a wheel
o r replacing
wheels you have to adjust the tire pressures
on all wheels . In addition, you must then
store the new tire pressures in the tire pres­
sure monitor ing system* ¢
page 268.
Tires an d wheel s 255
A WARNING
Incorrect tire pressures and/or underinfla­
tion can lead sudden tire fa ilure, loss of
control, collision, serious personal injury
or even death.
- When the warning symbol
[I] appears in
the instrument cluster, stop and inspect
the t ires.
- Incorrect tire pressure and/or underinfla­
tion can cause increased tire wear and can affect the handling of the vehicle and
stopping ability.
- I nco rrect tire pressures and/or underin­
f lation can a lso lead to sudden t ire fail­
ure, including a blowou t and sudden de­
f lation, ca using loss of veh icle contro l.
- The drive r is responsib le for the co rrec t
tire pressures for all tires on the veh icle.
The applicable pressure values are locat ­
ed on a sticke r on the driver's side B-pil­
lar.
- On ly when all tires on the vehicle are fil ­
led to the correct pressure, the tire pres­
sure mon itor ing system* can work cor­
rectly.
- The use of incorrect tire pressure va lues
can lead to acc idents or other damage.
Therefore it is essential that the driver
observe the spec ified t ire pressure values
for the tires and the correct pressures for
the function of the t i re p ress ure monito r­
ing system*.
- Always inf late tires to the recommended
a nd correct t ire p ress ure before dr iv ing
off.
- Driving with underinflated tires bend
mo re, letting t hem get too hot resulting
in tre ad separation, s udden tire failure
and loss of cont rol.
- Excessive speed and/overloading can
cause heat b uild- up, sudden tire failure
and loss of cont rol.
- If the tire pressure is too low or too high,
the t ires will wear prema turely and the
vehicle wi ll not handle well. .,.. •
•

256 Tire s and wheel s
-If the tire is not flat and you do not have
to change a wheel immed iately, drive at
reduced speed to the nearest service sta­
t ion to check the tire pressure and add
air as required .
(D Note
Driving without va lve stem caps can cause
damage to the t ire valves . To prevent this,
always make sure that factory installed
valve stem caps on all wheels are securely mounted on the
valve .
@) For the sake of the environment
Underinf lated tires will a lso increase the
fue l consumption .
Tires and vehicle load limits
There are limits to the amount of load or
weight that any veh icle and any t ire ca n car ry.
A vehicle that is overloaded w ill not ha ndle
well a nd is more difficult to stop. Over load ing
can not on ly lead to loss of vehicle contro l,
but can a lso damage important parts of the
ve hicle and can lead to sudden tire failure , in­
cluding a blowout and sudden deflation that
can cause the veh icle to crash .
Your safety and that of yo ur passenge rs a lso
depends on making sure that load limits are not exceeded. Vehicle load includes everybody
a nd everyth ing in and on the vehicle . T hese
load limits are tech nica lly refe rred to as the
ve hicle 's
Gross V ehicle Weight Rating
("GVWR").
The "GVWR" includes the we ight of the basic
vehicle, all factory insta lled accesso ries, a full
tank of fuel, oi l, coo la nt and othe r fluids pl us
maximum load. The maxim um load includes
the number of passengers that t he vehi cle is
intended to carry ("seating capacity") w ith an
assumed weight o f 150 lbs (6 8 kg) for each
passenger at a designated seating pos ition
and the tota l weight of any l uggage in th e
ve­
hicle. If you tow a trailer, the weight of the
trailer hitch and the tongue weig ht of the loaded tra
ile r must be included as part of the
vehicle load .
T he
Gro ss Axle Weight Rating (" GAWR") is
the max imum load th at can be applied at e ach
of the vehicle's two axles .
T he Gross Vehicle Weight Rat ing and the
G ross Ax le Weight Ra ting are listed on the
sa fety comp liance s ticke r label lo cated on the
driver's side B-pillar. Your Audi has 5 seat ing
positions, 2 in the front and 3 in the rear fo r
total seat ing capac ity of 5. Each seating posi ­
t ion has a seat be lt
c:> page 149, Safety bel ts.
The fact that there is an upper limit to yo ur
vehicle's G ross Vehicle Weight Rating means
that the total weight of whatever is being car­
ried in the vehicle ( includ ing the weight of a
tra iler hitch and the tongue weight of the
loaded tra iler) is lim ited . The more passen ­
gers in the vehicle or passenge rs w ho are
heavier than th e standard we ights assumed
mea n tha t less we ight can be carried as lug­
gage .
T he t ire pressure label on your Aud i also lis ts
the max imum combi ned weig ht of a ll of the
occupants and luggage or other cargo that
the vehi cle can carry . For t he lo ca tion of the
label <=>page 252, fig. 203.
A WARNING
Overloading a vehicle can cause loss of ve ­
hi cle cont ro l, a c rash or other accident, se­
rious personal injury, and even death.
- Ca rrying more we ight than your veh icle
was des igned to carry wi ll prevent the
veh icle from handling pr operly 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 s uddenly, including a blowout
a nd sudden defla tion, causing loss of
contro l and a c rash .
~

-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 heav ier 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 252,
fig. 203.
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
Tires and wheels 257
shown on the sticker
¢page 252, fig. 203.
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 50
(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
to determine how this re­ duces the available cargo
and luggage load capacity of
your vehicle.
.,. Check the tire sidewall
(¢ page 259, fig. 207) to de­
termine the designated load rating for a specific tire.
•
•
'

designated seating position) and luggage
weight ~&. .
Gross Axle Weight Rating
The G ross Axle Weight Rating is the maximum
lo ad that can be applied at each axle of the
vehicle
q .&. .
Vehicle capacity weight
The vehicle capac ity we ight (max. load) is list­
ed on the driver 's side 8-p illar.
Roof weight
The maximum permissible roof weight is
165 lbs (75 kg). The roof weight is made up
of the weight of the roof rack system and the
weight of the object be ing transported
q page 72, Roof load .
..&, WARNING
- The actual Gross Axle Weight Rating at
the front and rear axles sho uld not ex­
ceed the permissible weights, and their
combination must not exceed the Gross
Vehicle Weight Rating.
- Exceeding permissible we ight ratings can
result in vehicle damage, accidents and
persona l injury.
Q) Note
- The vehicle capacity weight figures apply
when the load is distributed evenly in the
vehicle (passengers and luggage). When
transporting a heavy load in the luggage
compartment, carry the load as near to
the rear axle as possible so that the veh i­
cle's handling is not impaired.
- Do not exceed the maximum permissible
axle loads or the maximum gross vehicle
weight . Always remember that the vehi­
cle's handling will be affected by the ex­
tra load. Therefore, adjust your speed ac­
cordingly.
- Always observe local regulations.
-
General information 291
Dimensions
The specifications refer to the basic model.
Differences may occur depending on the mod­
el type and options ordered, for example, tire
sizes.
(D Note
When driving up steep ramps, on rough
roads, over curbs, etc. it is important to re­
member that some parts of your vehicle,
such as spoilers or exhaust system compo­ nents, may be close to the ground . Be
careful not to damage them .
•
•

292 Data
Data
211 hp, 4-cylinder engine, quattro
Engine data
Maximum output SA E ne t
M aximum torque SAE net
No . of cylinders
Displacement
Stroke
Bore
C ompression ratio
Fuel
Dimensions (approx.)
Length (with license plate bracket)
W idth (with outside mirrors folded)
He ight (unloaded)
Tu rning circle di ame ter (curb to c urb)
Capacities (approx.)
Fuel tank
h p@rpm
l b-ft@rpm
C ID (cm
3
)
in (mm)
i n (mm) 211 @4300 - 6000
258@ 1500 -
4200
4 cylinde r
121.1 (1984)
3.65 (92 .8)
3 .25 (82.5)
9.6: 1
Premium unleaded (91 AKI ) Recommended for
m aximum engine performance. Further details
¢ page 228, Gasoline
Bio-ethanol (E85 ) Vehicles with flexible fuel* en­
g ines may be operated with bio-ethanol fuels
( E85) or with premium unleaded gasoline (91
A KI). Further details~ page 229, Ethanol fuel
(Bio-e thanol) .
in (mm)
i n (mm)
i n (mm)
ft
(m)
182.2 (4629)
74 .7 ( 1898)
65.2 (1655)
3 8 .1 ( 11.6)
- To tal cap acity gal (
liters)
-------------
1 9.8 (75)
2 .6 ( 10)
- Reserve (o f total capacity) gal (liters)
Windshield and headlight* washer fluid container
Engine oil
with filter change quarts (liters)
q
uarts (liters) 4.9 (4 .6)

Data
211 hp, 4-cylinder engine, hybrid quattro
Engine data
Maximum output SAE net
Maximum torque SAE net
No . of cylinders
Displacement
Stroke
Bore
Compression ratio
Fuel
Hybrid drive
Electric output (short-term)
Electric torque (short-term)
T otal output (short-term)
Total torque (short-term)
Battery type
Battery energy content
Dimensions (approx.)
Length (with license plate bracket)
Width (with outside mirrors folded) Height (unloaded)
Turning circle diameter (curb to curb)
Capacities (approx.)
Fuel tank
- Total capacity
- Reserve (of total capacity) hp@rpm
lb-ft@ rpm
-~,
ClD (cm3
)
in (mm)
in (mm) 211 @4300
-6000
258@ 1500 -4200
4 cylinder 121.1 (1984)
3.65 (92 .8)
3.25 (82 .5)
9.6: 1
Premium unleaded (91 AKI) Recommended for
maximum engine performance. Further details
c:> page 228, Gasoline
hp 54
lb-ft 155
hp 245
lb-ft 354
Lithium-ion
kWh 1.3
in (mm) 182.2 (4629)
in (mm) 74.7 (1898)
in (mm) 65.2 (1655)
ft (m)
38.1 (11.6)
gal (liters) 19 .0 (72)
gal (liters) 2.6 (10)
Windshield and headlight* washer fluid container quarts (liters) 4.9 (4.6)
Engine
oil with filter change quarts
(liters) 4 .9 (4 .6)
293
•
•

294 Data
2 72 hp, 6-cylinder engine, quattro
Engine data Maximum output SAE net
Maximum torque SAE net
N o. of cylinders
Displacement
Strok e
Bore
C ompression ratio
Fuel
Dimensions (approx .)
Leng th (wit h license pl ate brac ket)
Width (with outside mirrors folded) He igh t (unloaded)
T urning circle diamet er (curb to curb)
Capacities (appro x.)
Fuel tank
- Total capacity
- Reserve (o f to tal capacity) h
p@rpm
L b-ft@ rpm
C ID (cm
3
)
in (mm)
i n (mm) 272 @4780 - 6500
295@ 2
150- 4780
6 cylinde r
182.8 (2995)
3.50 (89.0)
3 .33 (84.5)
1 0.3 : 1
Premium unleaded (91 AKI) Recommended for
m aximum engine performance. Further details
¢ pag e 228, Gasoline
i n (mm) 1 82.2 (4 629)
i n (mm)
74.7 (1898)
i n (mm) 65.2 (165 5)
ft (m) 38.1 (11.6)
gal (liters) 19.8 (75)
g al (li ters) 2.6 (1 0)
Windshield and headlight* washer
fluid container quarts (liters) 4.9 (4.6)
Engine oil with filter c hange q
uarts (lite rs) 7 .2 (6 .8)