2017 AUDI Q5 brakes

Hybrid
Start-Stop function
The combustion engine is operated on ly as need­
ed . Generally, the combustion engine turns off
when the vehicle is stationary and the high volt­
age battery powers the electrical vehicle sys ­
tems.
The purpose o f automatica lly shutting the com­
bustion engine off in hybrid drive mode is to save
fuel. All of the important vehicle systems, such
as steering, brakes and the A/C system, continue
to remain active. In some cases , systems may re­
qu ire the combustion eng ine to continue running
when the vehicle is stationary . When dr iv ing in
congested traff ic for long per iods of t ime, the
combustion eng ine will cycle on when the veh icle
is stationary to keep the high voltage battery
charged.
Gliding
If the gas pedal is not pressed and the D posit ion
is selected, the combustion engine remains
turned off up to speeds of approximately 99 mph
(160 km/h) . Driving conservative ly like th is can
reduce fuel con5umption .
Energy recovery (recuperation)
When braking, the electric motor will act as a
generator creating e lectr ic energy that is then
sto red in the high voltage battery. This also oc­
curs when the vehicle is coasting or driving down­
hi ll. The combustion engine is automat ica lly
turned off in this case .
Tips for Driving Efficiently with your Hybrid
Appl ies to: ve hicles w ith hyb rid drive
Driving situa- Conditions
tions
- Shift into the D position .
Starting from a -
Release the brake pedal. The vehicle is braked with
the electric motor by
applying early and even pressure to the brakes
and using short pedal movements
¢ page 101,
fig. 116 @. By doing this, a large amount of the
kinet ic energy is recovered and may be stored as
electric energy in the high voltage battery. Dur ­
i ng heavy brak ing , the conventional brakes are al­
so act ivated
¢ page 101, fig . 116 @.
The energy recovery is shown in the MMI display
¢page 107 .
Automatic start of the combustion engine
Various operating conditions cause the combus ­
tion eng ine to start automatically:
- Th e high voltage battery charge level is low.
- Th e temperature of the combustion engine is
low .
- Th e temperature of the catalytic converter is
low .
- T he power output needed for the A/C system is
high.
- The vehicle speed is high .
- The vehicle acceleration is high .
- The incline is steep .
- High charge level for the high voltage battery
when coasting. In this case, the high voltage battery cannot absorb any more energy and so
the electric motor cannot slow down the veh i­
cle. The combust ion engine turns o n (engine
brake) . In this situation the high voltage bat­
t ery w ill show a Max charge.
Vehicle behavior
In the D posit ion, the hybrid system adapts
to the driving situat ion by automatically
stop -
Only press moderately on the ac- sw
itch ing between the combustion engine
and e lectr ic drive types or by combining
celerator pedal.
them.
104
...

CD
CD
.... N ,-... N .... 0 0 C<'. 00
Driving situa -
tion s
Constant driving
and coasting
(gliding)
Energy recovery
(recupe ration)
Driving in city
traffic
Driving on high-
ways and ex- pressways
Driving in cold
weather
Cond itions
- Cautious driving and reserved ac-
celeration.
- Release the accelerator pedal early
and entirely .
- Brake early and evenly with short
pedal movements .
- Reserved acce leration and early
and even braking with short pedal
movements.
- Use the
!<=!VI button sparingly .
- Intentionally take your foot off of
the gas pedal to allow for lengthy
coast ing .
- Reduce the vehicle speed by re-
leasing the acce le rato r peda l and
not by b raking.
- Avoid vehicle speeds above ap-
proximately 99 mph (160 km/h).
- Use the 5 selector lever position
and tiptronic mode sparingly .
- Do not run the combustion erngine
while the vehicle is parked to warm
the engine.
- Use the rear window/exter ior mir-
ror defroster and the seat heating
sparingly .
- Park the vehicle in a garage over-
night.
H yb ri d
Vehicle behav ior
The kinetic energy of the vehicle is used to
move the vehicle .
When you release the accelerator pedal en-
tirely, the combustion engine turns off auto-
mat ica lly and is disengaged. The vehicle
g lides without being propelled .
The electric motor brakes the vehicle . By do-
ing this, a large amount of the kinetic energy
is recovered and may be stored in the h igh
voltage battery in the form of electric energy .
The kinetic energy of the vehicle is used to
move the vehicle .
The battery dra ins quickly when the
!<=!VI but -
ton is turned on, which can increase fuel con-
sumpt ion because electric driv ing is given
priority, even if driv ing with the combustion
engine on wo uld be more efficient.
When you release the accelerator pedal en-
tirely, the combustion engine turns off auto- mat ically and is disengaged . The vehicle
g lides without being propelled .
F ue l consumption can be reduced by coast-
i ng.
It is possible to coast up to a vehicle speed of
approximately 99 mph (160 km/h).
A sporty driving style increases fue l con-
sumption .
The temperature of the combustion engine
rises very s lowly and the fuel consumption in-
creases considerably.
This conserves the energy in the high voltage
battery so that it is available to run the vehi-
cle in electr ic mode .
This reduces exposure of the high voltage
battery to cold temperat ures . The required
temperature range for the high voltage bat-
tery will then be reached more quickly after
you sta rt driving .
105

Audi adaptive cruise control and braking guard
-For safety reasons, do not use adaptive
cruise control when driving on roads with
many curves, when the road surface is in
poor condition and/or in bad weather (such
as ice, fog, gravel, heavy ra in and hydroplan­
ing). Using the system under these condi·
tions could result in a collision.
- Switch adaptive cruise control off tempora­
rily when driving in turning lanes, on ex­
pressway exits or in construction zones. This
prevents the vehicle from accelerating to
the set speed when in these situations .
- The adaptive cruis e control system will not
brake by itself if you put your foot on the ac­
celerator pedal. Doing so can override the
speed and distance regu lation.
- When approaching stationary objects such
as stopped traffic, adaptive cruise control
will not respond and braking guard will have
limited function.
- The adaptive cruise control system and
braking guard do not react to people, ani­
mals, objects crossing the road or oncom ing
objects.
- The function of the radar sensor can be af­
fected by reflective objects such as guard
rails, the entrance to a tunnel, heavy rain or
ice.
- Never follow a vehicle so closely that you
cannot stop your vehicle safely. The adap·
t ive cruise control cannot slow or brake the
vehicle safely when you fo llow another veh i­
cle too closely. Always remember that the
automatic braking function cannot bring the
vehicle to a sudden or emergency stop un­
der these conditions .
- To prevent unintended operation, always
switch adaptive cruise control off when it is
not being used.
(D Note
The sensor can be displaced by impacts or
damage to the bumper, wheel housing and
underbody. That could affect the adaptive
cruise control system and braking guard .
Have your authorized Audi dealer or author­
ized Audi Service Facility check their function.
110
In curves
App lies to : vehicles wit h Audi adapt ive cruise control
Fig. 123 Example: driv ing into a curve
When driving into a curve c:::> fig . 123 and out of a
curve, the adapt ive cruise control may react to a
vehicle in the next lane and apply the brakes . You
can override or prevent the braking by pressing
the accelerator pedal briefly.
Stationary objects
Applies to: vehicles wi th Audi adaptive cruise control
Fig . 124 Examp le: object chang ing lanes and stat ionary
ob ject
The adaptive cruise control system only reacts to
objects that are moving or that the system has
already detected as moving . Fo r example, if ave­
hicle @, which has already been detected by the
adaptive cruise control, turns or changes lanes
and another stationary vehicle @ is located in
front of that vehicle, the system will not react to
the sta tionary veh icle.

Audi adaptive cruise control and braking guard
@ Indicator lights
Ill -Adaptive cruise control is switched on. No
vehicles are detected up ahead. The stored speed
is maintained .
• -A moving veh icle is detected up ahead. The
adaptive cruise control system regulates the
speed and distance to the moving vehicle ahead
and accelerates/brakes automatically.
• -When automatic braking is not able to keep
enough distance to a previously detected moving
vehicle up ahead, you must take contro l and
brake
¢ page 114, Request for driver interven­
tion.
© Display
If
adaptive cruise control is not shown in the dis­
play, you can call it up with the
IRESETI button
¢page 17.
Based on the symbo ls in the display, you can de­
termine if the system is ma inta ining a distance to
the vehicle ahead and what that distance is .
No vehicle -No vehicle ahead was detected .
White vehicle -A vehicle ahead was detected.
Red vehicle -Prompt for the driver to take action
¢page 114.
Both arrows on the scale© indicate the distance
to the vehicle ahead . No arrow appears when the
veh icle is on an open road and there is no object
ahead. If an object is detected ahead, the arrow
moves on the scale .
The green zone on the scale shows the stored dis­
tance . For information on changing the stored
distance, refer to
¢page 113. If the distance se­
lected is too close or may soon become too close,
the arrows move into the red zone on the scale .
A WARNING
Improper use of the adaptive cruise control
can cause collis ions, other accidents and seri­
ous personal injuries.
- Pressing the
! SET ! button when driving at
speeds below 20 mph (30 km/h), will auto­
matically accelerate the vehicle to 20 mph
112
(30 km/h), which is the minimum speed
that can be set.
@ Tips
- If you switch the ign it ion or the adaptive
cruise control off, the set speed is erased
from the system memory.
- The Electronic Stabilization Control (ESC) is
automatically turned on when the adapt ive
cruise control is turned on. You cannot
switch the ESC into offroad mode while the
adaptive cruise control is turned on
¢page 187.
Changing the speed
App lies to: vehicles with Audi adaptive cru ise control
0
f
•
0
Fig. 128 Selector lever: ch an gin g the speed
.,. To increase or reduce the speed in increments,
tap the lever up or down.
.,. To increase or reduce the speed quickly,
hold
the lever up or down until the red LED @ reach­
es the desired speed
¢page 111, fig . 127 .
Follow ing any changes, the new stored speed will
be displayed br iefly in the display @¢
page 111,
fig . 127 .

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Audi adaptive cruise control and braking guard
Interrupting cruise control
Applies to: vehicles with Audi adaptive cruise contro l
Fig. 129 Selector lever
Requirement: adaptive cruise control must be
switched on ¢
fig. 129 (D.
Overriding cruise control
• To accelerate manua lly, press the accelerator
pedal. The message
ACC: override appears.
• To resume adaptive cruise control, remove your
foot from the gas pedal. The system returns again to the speed that was saved before .
• You can save a new speed at any time by press­
i ng the
ISET I button ¢fig. 129.
Canceling cruise control while driving
• Move the lever into position @. The message
ACC: Standby appears. Or
• press the brake pedal.
• To resume the stored speed, move the lever in­
to posit ion
@ .
& WARNING
Never resume the stored speed if the speed is
too high for prevailing road, traffic or weather
conditions.
Setting the distance
Applies to: vehicles with Audi adaptive cruise control
Fig. 130 Selector lever: setting the distance
• Tap the switch to display the current set dis­
tance ¢
fig. 130.
• To increase or reduce the d istance by incre­
ments, tap the switch aga in to the left or right.
The distance between the two veh icles will
change in the instrument cluster display.
When approaching a moving vehicle up ahead,
the adaptive cruise control system brakes to
match that object's speed and then maintains
the stored distance.
If the vehicle ahead acceler­
ates, adaptive cruise control will also accelerate
up to the stored speed .
The higher the speed, the greater the distance in
yards (meters) ¢.& .T he
Distance 3 setting is
recommended .
T he distances provided a re spec ified values . De­
pending on the driving situation and the how the
vehicle ahead is driving, the actual distance may
be more or less than these target distances .
T he various symbo ls for the time inc rements ap­
pear briefly in the info rmat ion line @
¢page 111, fig. 127when yo u change the set­
tings.
c::::,_ c::::, ___ Distance 1: This setting corresponds
to a distance of 92 feet/28 meters when travel­
i ng at 62 mph (100 km/h), or a tim e interval of 1
second .
c::::, __ c::::, __ Distance 2: This setting corresponds
to a distance of 118 feet/36 meters when travel­
i ng at 62 mph (100 km/h), or a time interval of
1.3 seconds . ..,.
113

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Audi adaptive cruise control and braking guard
Audi braking guard
Description
Applies to: ve hicles with Audi adaptive cruise co ntro l
Fig. 132 Instrument cluste r: approach warning
Braking guard uses a radar sensor. It also func­
tions within the limits of the system when adap­
tive cruise control is switched off .
What can braking guard do?
When detected in time, the system can assess
situations when a vehicle ahead brakes suddenly
or if your own vehicle is traveling at a high speed
and approaching a vehicle up ahead that is mov­
ing more slowly . Braking guard does not react if
it cannot detect the situat ion.
The system advises you of various situations:
- The
distance warning is g iven if you are too
close to the vehicle ahead for a long time.
If the
vehicle ahead brakes sharply, you will not be
able to avoid a collision. The indicator light .
in the display comes on.
- The
approach warning is given when a detected
vehicle up ahead in your lane is moving much
more slowly than you are or if it brakes sharply .
When this warning is g iven, it may only be pos­
s ible to avo id a col lision by swerving or brak ing
sharp ly. Th e indicator light . will warn you
about the danger
¢fig. 132. You will also hear
an acoustic signal.
If you do not react fast enough or do not react at
all to the situation, braking guard will intervene
by braking and the message
Braking guard: Acti­
vated
will appear.
1> Th is is not ava ilab le in some coun tries.
-If a collision is imminent, the system wi ll first
provide an
acute warning by briefly and sharply
apply ing the brakes.
- If you do not react to the acute warning, brak­
ing guard can brake within the limits of the sys­
tem. This reduces the vehicle speed in the event
of a collision.
- At speeds under 20 mph (30 km/h), the system
can initiate a comp lete decelerat ion shortly be­
fore a collision
ll.
- If the braking guard senses that you are not
braking hard enough when a collision is immi­
nent, it can increase the braking force .
Which functions can be controlled?
You can switch braking guard and the distance/
approach warn ing on or
off in the radio/MM!*
¢ page 116, Settings in the radio/MM!*.
A WARNING
-
Lack of attention can cause collisions, other
accidents and ser ious personal in juries. The
braking guard is an assist system and cannot
prevent a collision by itself. The driver must
always intervene. The driver is always respon­
sible for braking at the correct tim e.
- Always pay close attention to traffic, even
when the braking guard is switched on. Be
ready to intervene and be ready to take
comp lete control whenever necessary. Al­
ways keep the safe and legal distance be­
tween your vehicle and vehicles up ahead .
- Braking guard works wit hin limits and will
not respond outside the system limits, for
examp le when approaching a stopped veh i­
cle or stationary obstacle (end of a traffic
jam or vehicle that has broken down in traf­
fic).
- Always remember that the radar sensor for
the braking guard works only within defined
detection and range limits that may prevent
the proper detect ion of other vehicles.
- The radar sensor's function and range can
be reduced by rain, snow and heavy spray.
Moving vehicles up ahead may not be
,.
115

Intelligent Technology
Intelligent Technology
Electronic Stabilization
Control (ESC)
Description
The Electronic Stabilization Control (ESC) reinfor­
ces driver safety . It reduces the risk of slipping
and improves driving stability. ESC detects crit i­
cal s ituations such as the vehicle oversteering
and understeering or the wheels sp inning. The
veh icle is stab ilized by applying the brakes or re­
ducing engine torque . Once t he ESC is active, the
indicator light
Ji) blinks in t he instrument clus­
ter.
The fo llow ing systems are integrated in the ESC :
Ant i-loc k brake system (ABS)
ABS preve nts the wheels from locking up when
braking. The veh icle can still be steered even dur­
ing hard brak ing. Apply steady pressure to the
brake pedal. Do not pump t he pedal. A pulsing in
the brake pedal indicates that the system is help ­
i n g you to brake the vehicle .
Br ake assist system
The brake assist system can decrease brak ing dis­
tance . It increases braking power when the driver
presses the brake pedal quick ly in emergency sit­
uations . You must press and hold the b rake pedal
until the situa tion is over. In vehicles w it h adap­
tive c ruise contro l* , the brake assist system is
mo re sensit ive if the di stance de te cte d to the ve­
h icle ahead is too small.
Anti -slip regulation (ASR)
ASR reduces eng ine power when the drive wheels
begin to spin and adapts t he force to the road
conditions . This makes it easie r to sta rt, acceler­
ate and dr ive up h ills.
Electronic differential lock (EDL )
The EDL brakes w heels that a re spinning and
transfers the drive power to the other whee ls .
This f unction is not avai lab le at higher speeds.
In extreme cases, EDL automatically switches off
to help keep the brake on the braked wheel from
186
overheating . EDL will sw itch on again automati ­
ca lly when conditions have returned to normal.
Steering recommendation
The ESC he lps to s tabilize the vehicle by chang ing
t h e s teer ing torque.
On vehicles with dynam ic steeri ng*, ESC helps
stab ilize the steer ing in crit ica l sit uat io ns.
Selective wheel torque control
Se lective wheel torque cont rol is used when driv­
i ng on curves. The front whee l on the inside of
the curve or both wheels on the inside of the cu rve are braked se lectively as needed. This al­
l ows mo re precise dr iving in c urves . The applica­
ble system may not ac tiv ate when d riving in wet
o r snowy cond it ions.
_&. WARNING
- The ESC and i ts in teg ra ted systems can not
overcome the laws of physics . This is espe ­
cially important on slippery or wet roads. If
the systems begin act ing to stab ilize your
veh icle, you should immediately change
your speed to match the road and traffic conditions. Do not let the increased safety
provided by t hese systems tempt yo u to
take risks. Doing so will i ncrease the r isk of
a loss of vehicle con trol, collisi on and se ri­
ous person al injur ies.
- Always a dapt your speed to road, traffic and
weather condi tions. The risk of los ing c on­
t rol of the vehicle in creases w hen driving
too fast, es pecially through curves and on
slippe ry or wet roads, and when driving too
close to ve hicles up ahead. The ESC and its
integ rated systems cannot always prevent
col lisions - there is still a risk of accidents!
- Always accelerate w ith special care on even,
smooth su rfaces s uch as those that are wet
or covered wit h ice and snow. The drive
wheels can spin even w it h these assistance
sys tems t hat cannot a lways help to reduce
t he risk of loss of vehicle co ntro l.

Inte llig ent Techn olo gy
Hill descent assist
The hill descent assist makes it possible to drive
down an incline at a constant speed .
~~,·~ ('l)ofF ___ P..1 --- fl~ IIL..~
---
Fig. 186 Top of the center conso le: hill descent assist but­
ton
Fig. 187 Display: hill descent assist
.. Press the~ button in the center console
¢ fig . 186 or on the shift gate . The button will
illuminate .
" Press the button again to switch it off. The di-
ode in the button will go out .
H ill descent ass ist brakes all four wheels auto­
matically in order to limit speed when driving ei­
ther forwa rd o r reverse on hills with a grade up to
approx imately 50%.
When the hill descent assist is on, the current
driving speed, when your vehicle entered the in­
cline is maintained.
It is only possible to switch
on the assist when driving slower than 37 mph
(60 km/h). The assist works between app roxi ­
mately 2 and 19 mph (4 and 30 km/h) . The driver
can increase or decrease the vehicle speed within
these limits by depressing the accelerator or
brake pedal In addition, vehicle steerability is in­
creased due to the braking distribution when
driving in reverse .
18 8
There must be however sufficient ground adhe­
sion . The hill descent assist can
no t do its job if
the incline is icy or if the incl ine ground is loose
¢ &.
The system does not work at speeds between 19
and 37 mph (30 and 60 km/h). The system is
then in the ready-mode. The diode in the button
will come on . The system automatically sw itched
off when you drive faster than 37 mph (60 km/ h) . The diode will go out in this case .
Active control at a specific speed up to approxi ­
mately 19 mph (30 km/h) will appear in the in­
strument cluster display
c:> fig. 187 . Two dashes
" •• " w ill appear in the ready mode .
Hill descent assist is automatically activated un­
der the following conditions:
- the diode in the button ill uminates,
- veh icle speed is below approximately 19 mph
(30 km/h)
- the incl ine is 10%.
& WARNING
- Always adapt your speed to the weather,
road and traffic cond itions. Do not let the
increased safety provided tempt you into
taking risks.
-
-The hill descent assist system cannot over­
come the laws of phys ics. Your driving style
must always be adapted to the current road
and traffic conditions.
- The hill descent assist may not be ab le to
hold your vehicle at a constant speed under
all cond itions wh ile driving on an incline (for
example if ground under the vehicle is
loose).
Notice about data
recorded by the Event
Data Recorder and
vehicle control modules
E ven t Data R eco rde r
This vehicle is equipped with an Event Data Re ­
corder ( EDR). The main purpose of an EDR is to
record, in certain crash or near crash-like .,,_