2018 INFINITI Q60 COUPE width

“How to enable/disable the LDP system”
(P.5-38).
Active Lane Control settings
Perform the following steps to set Active
Lane Control.
1. Push the MENU button
and touch
[Driver Assistance] on the lower display.
2. Touch [Lane Assist].
3. Enable [Active Lane Control].
4. Touch [Active Lane Control setting] and
select [Low] or [High] to change the
setting of Active Lane Control.
ACTIVE LANE CONTROL LIM-
ITATIONS
WARNING
Listed below are the limitations for
Active Lane Control. Failure to operate
the vehicle in accordance with these
limitations could result in serious injury
or death.
.Active Lane Control is primarily in-
tended for use on well-developed
freeways or highways. It may not
detect the lane markers for certain
roads, weather or driving conditions..Using Active Lane Control under
some conditions of road, lane marker
or weather, or if you attempt to
change lanes without using the lane
change signal could lead to an un-
expected system operation. In such
conditions, you need to correct the
vehicle’s direction with your steering
operation to avoid accidents.
.Active Lane Control will not operate
at speeds below approximately 45
MPH (70 km/h) or if it cannot detect
lane markers.
.Active Lane Control may not operate
properly and should not be used
under the following conditions:
— During bad weather (rain, fog,
snow, etc.).
— When driving on slippery roads,
such as on ice or snow, etc.
— When driving on winding or un-
even roads.
— When there is a lane closure due
to road repairs.
— When driving in a makeshift lane.
— When driving on roads where the
lane width is too narrow.
— When driving with a tire that is
not within normal tire conditions(for example, tire wear, low tire
pressure, installation of spare tire,
tire chains, non-standard wheels).
— When the vehicle is equipped with
non-original steering parts or sus-
pension parts.
.Active Lane Control may or may not
operate properly under the following
conditions:
— On roads where there are multi-
ple parallel lane markers; lane
markers that are faded or not
painted clearly; yellow painted
lane markers; non-standard lane
markers; or lane markers covered
with water, dirt, snow, etc.
— On roads where discontinued lane
markers are still detectable.
— On roads where there are sharp
curves.
— On roads where there are sharply
contrasting objects, such as sha-
dows, snow, water, wheel ruts,
seams or lines remaining after
road repairs. (Active Lane Control
could detect these items as lane
markers.)
— On roads where the traveling lane
merges or separates.
Starting and driving5-31

5-32Starting and driving
— When the vehicle’s traveling di-
rection does not align with the
lane marker.
— When traveling close to the ve-
hicle in front of you, which ob-
structs the lane camera unit
detection range.
— When rain, snow, dirt or object
adheres to the windshield in front
of the lane camera unit.
— When the headlights are not
bright due to dirt on the lens or
if the aiming is not adjusted
properly.
— When strong light enters the lane
camera unit. (For example, the
light directly shines on the front
of the vehicle at sunrise or sun-
set.)
— When a sudden change in bright-
ness occurs. (For example, when
the vehicle enters or exits a tunnel
or under a bridge.)
— When entering or exiting toll-
gates.
— When driving on roads with a
widening or narrowing lane width.
JVS0824X
Vehicle information display
SYSTEM TEMPORARILY UNA-
VAILABLE
Automatic deactivation
Active Lane Control is not designed to
operate under the following conditions:
.When the Vehicle Dynamic Control
(VDC) system (except TCS function) or
ABS operates.
.When you operate the lane change signal
and change the traveling lanes in the
direction of the signal. (Active Lane
Control is deactivated for approximately
2 seconds after the lane change signal isturned off.)
.When the vehicle speed lowers to less
than approximately 45 MPH (70 km/h).
.When the hazard warning flashers are
operated.
After the above conditions have finished and
the operating conditions are satisfied again,
Active Lane Control will resume operation.
Temporary disabled status at high
temperature
If the vehicle is parked in direct sunlight
under high temperature conditions (over
approximately 104°F (40°C)) and then Ac-
tive Lane Control is turned on, Active Lane
Control may be deactivated automatically.
The high cabin temperature message will
appear in the vehicle information display
.
Action to take:
When the interior temperature is reduced,
push the dynamic driver assistance switch
again to turn Active Lane Control back on.
SYSTEM MALFUNCTION
If Active Lane Control malfunctions, it will
cancel automatically. The chassis control
warning will appear in the vehicle informa-
tion display.

5-38Starting and driving
JVS0246X
HOW TO ENABLE/DISABLE THE
LDP SYSTEM
Perform the following steps to enable or
disable the LDP system.
1. Push the MENU button
and touch
[Driver Assistance] on the lower display.
2. Touch [Lane Assist].
3. Touch [Lane Departure Prevention] to
enable or disable the system.
LDW/LDP SYSTEM LIMITATIONS
WARNING
Listed below are the system limitations
for the LDW and LDP systems. Failure to
operate the vehicle in accordance with
these system limitations could result in
serious injury or death.
.The system will not operate at speeds
below 45 MPH (70 km/h) or if it
cannot detect lane markers.
.The LDP system is primarily intended
for use on well-developed freeways
or highways. It may not detect the
lane markers in certain roads, weath-
er or driving conditions.
.Do not use the LDP system under the
following conditions as it may not
function properly:
— During bad weather (rain, fog,
snow, etc.).
— When driving on slippery roads,
such as on ice or snow, etc.
— When driving on winding or un-
even roads.
— When there is a lane closure due
to road repairs.— When driving in a makeshift or
temporary lane.
— When driving on roads where the
lane width is too narrow.
— When driving without normal tire
conditions (for example, tire wear,
low tire pressure, installation of
spare tire, tire chains, non-stan-
dard wheels).
— When the vehicle is equipped with
non-original steering parts, brake
parts or suspension parts.
.The camera may not detect lane
markers in the following situations
and the LDW and LDP systems may
not operate properly.
— On roads where there are multi-
ple parallel lane markers; lane
markers that are faded or not
painted clearly; yellow painted
lane markers; non-standard lane
markers; or lane markers covered
with water, dirt, snow, etc.
— On roads where discontinued lane
markers are still detectable.
— On roads where there are sharp
curves.
— On roads where there are sharply
contrasting objects, such as sha-

5-44Starting and driving
— Oncoming vehicles.
— Vehicles remaining in the detec-
tion zone when you accelerate
from a stop.
— A vehicle merging into an adja-
cent lane at a speed approxi-
mately the same as your vehicle.
— A vehicle approaching rapidly
from behind.
— A vehicle which your vehicle over-
takes rapidly.
— A vehicle that passes through the
detection zone quickly.
.The radar sensor’s detection zone is
designed based on a standard lane
width. When driving in a wider lane,
the radar sensors may not detect
vehicles in an adjacent lane. When
driving in a narrow lane, the radar
sensors may detect vehicles driving
two lanes away.
.The radar sensors are designed to
ignore most stationary objects, how-
ever objects such as guardrails, walls,
foliage and parked vehicles may oc-
casionally be detected. This is a
normal operation condition.
.The following conditions may reduce
the ability of the radar to detectother vehicles:
— Severe weather
— Road spray
— Ice/frost/snow build-up on the
vehicle
— Dirt build-up on the vehicle
.Do not attach stickers (including
transparent material), install acces-
sories or apply additional paint near
the radar sensors. These conditions
may reduce the ability of the radar to
detect other vehicles.
.Excessive noise (for example, audio
system volume, open vehicle window)
will interfere with the chime sound,
and it may not be heard.BSW DRIVING SITUATIONS
Indicator on
Indicator off
Indicator flashing

— Vehicles remaining in the detec-
tion zone when you accelerate
from a stop.
— Oncoming vehicles.
— A vehicle merging into an adja-
cent lane at a speed approxi-
mately the same as your vehicle.
— A vehicle approaching rapidly
from behind.
— A vehicle which your vehicle over-
takes rapidly.
— A vehicle that passes through the
detection zone quickly.
.The radar sensor’s detection zone is
designed based on a standard lane
width. When driving in a wider lane,
the radar sensors may not detect
vehicles in an adjacent lane. When
driving in a narrow lane, the radar
sensors may detect vehicles driving
two lanes away.
.The radar sensors are designed to
ignore most stationary objects, how-
ever objects such as guardrails, walls,
foliage and parked vehicles may oc-
casionally be detected. This is a
normal operation condition.
.The camera may not detect lane
markers in the following situationsand the BSI system may not operate
properly.
— On roads where there are multi-
ple parallel lane markers; lane
markers that are faded or not
painted clearly; yellow painted
lane markers; nonstandard lane
markers; lane markers covered
with water, dirt, snow, etc.
— On roads where discontinued lane
markers are still detectable.
— On roads where there are sharp
curves.
— On roads where there are sharply
contrasting objects, such as sha-
dows, snow, water, wheel ruts,
seams or lines remaining after
road repairs.
— On roads where the traveling lane
merges or separates.
— When the vehicle’s traveling di-
rection does not align with the
lane markers.
— When traveling close to the ve-
hicle in front of you, which ob-
structs the lane camera unit
detection range.
— When rain, snow or dirt adheres
to the windshield in front of a lanecamera unit.
— When the headlights are not
bright due to dirt on the lens or
if aiming is not adjusted properly.
— When strong light enters a lane
camera unit. (For example: light
directly shines on the front of the
vehicle at sunrise or sunset.)
— When a sudden change in bright-
ness occurs. (For example: when
the vehicle enters or exits a tunnel
or under a bridge.)
.Do not use the BSI system under the
following conditions because the sys-
tem may not function properly.
— During bad weather. (For exam-
ple: rain, fog, snow, etc.)
— When driving on slippery roads,
such as on ice or snow, etc.
— When driving on winding or un-
even roads.
— When there is a lane closure due
to road repairs.
— When driving in a makeshift or
temporary lane.
— When driving on roads where the
lane width is too narrow.
Starting and driving5-53

8-36Do-it-yourself
SIZECOLD
TIRE IN-
FLA-
TION
PRES-
SURE
SPARE
TIRE (if
so
equip-
ped)T145/70R18
107M420 kPa,
60 PSI
SDI1575
Example
TIRE LABELING
Federal law requires tire manufac-
turers to place standardized informa-
tion on the sidewall of all tires. This
information identifies and describes
the fundamental characteristics of
the tire and also provides the tire
identification number (TIN) for safety
standard certification. The TIN can be
used to identify the tire in case of a
recall.
SDI1606
Example
Tire size (example: P215/60R16
94H)
1. P: The “P” indicates the tire is
designed for passenger vehicles.
(Not all tires have this informa-
tion.)
2. Three-digit number (215): This
number gives the width in milli-
meters of the tire from sidewall
edge to sidewall edge.
3. Two-digit number (60): This num-
ber, known as the aspect ratio,
gives the tire’s ratio of height to

width.
4. R: The “R” stands for radial.
F: The “F” after “R” indicates Self-
Supporting type run-flat tire.
5. Two-digit number (16): This num-
ber is the wheel or rim diameter in
inches.
6. Two- or three-digit number (94):
This number is the tire’s load index.
It is a measurement of how much
weight each tire can support. You
may not find this information on all
tires because it is not required by
law.
7. H: Tire speed rating. You should
not drive the vehicle faster than
the tire speed rating.
JVM0694X
Example
TIN (Tire Identification Number) for
a new tire (example: DOT XX XX XXX
XXXX)
1. DOT: Abbreviation for the “De-
partment of Transportation”. The
symbol can be placed above, be-
low or to the left or right of the
Tire Identification Number.
2. Two-digit code: Manufacturer’s
identification mark
3. Two-digit code: Tire size
4. Three-digit code: Tire type code
(Optional)5. Four numbers represent the week
and year the tire was built. For
example, the numbers 3103
means the 31st week of 2003. If
these numbers are missing, then
look on the other sidewall of the
tire.
Tire ply composition and material
The number of layers or plies of
rubber-coated fabric in the tire.
Tire manufacturers also must indicate
the materials in the tire, which include
steel, nylon, polyester, and others.
Maximum permissible inflation
pressure
This number is the greatest amount of
air pressure that should be put in the
tire. Do not exceed the maximum
permissible inflation pressure.
Maximum load rating
This number indicates the maximum
load in kilograms and pounds that can
be carried by the tire. When replacing
the tires on the vehicle, always use a
tire that has the same load rating as
the factory installed tire.
Do-it-yourself8-37

DIMENSIONS
in (mm)
Overall length 184.4 (4,685)
Overall width 72.8 (1,850)
Overall height 54.9 (1,395)
54.5 (1,385)*1
Front tread 61.2 (1,555)
Rear tread 61.8 (1,570)*2
62.2 (1,580)*3
62.4 (1,585)*4
Wheelbase 112.2 (2,850)
*1: Two-Wheel Drive (2WD) models with VR30DDTT engine
*2: 275/30R20 rear tire models
*3: 2.0L turbo gasoline engine models
*4: VR30DDTT engine with 255/35R20 or 255/40RF19 tire models
Technical and consumer information10-13