2017 NISSAN QUEST traction control

5-32Starting and driving
Self-test feature
The ABS includes electronic sensors, electric
pumps, hydraulic solenoids and a computer. The
computer has a built-in diagnostic feature that
tests the system each time you start the engine
and move the vehicle at a low speed in forward
or reverse. When the self-test occurs, you may
hear a “clunk” noise and/or feel a pulsation in the
brake pedal. This is normal and does not
indicate a malfunction. If the computer senses
a malfunction, it switches the ABS off and
illuminates the ABS warning light on the
instrument panel. The brake system then oper-
ates normally, but without anti-lock assistance.
If the ABS warning light illuminates during the
self-test or while driving, have the vehicle
checked. It is recommended you visit a NISSAN
dealer for this service.
Normal operation
The ABS operates at speeds above 3 to 6 MPH
(5 to 10 km/h) . The speed varies according to
road conditions.
When the ABS senses that one or more wheels
are close to locking up, the actuator rapidly
applies and releases hydraulic pressure. This
action is similar to pumping the brakes very
quickly. You may feel a pulsation in the brake
pedal and hear a noise from under the hood orfeel a vibration from the actuator when it is
operating. This is normal and indicates that the
ABS is operating properly. However, the pulsa-
tion may indicate that road conditions are
hazardous and extra care is required while
driving.
The Vehicle Dynamic Control (VDC) system
uses various sensors to monitor driver inputs
and vehicle motion. Under certain driving con-
ditions, the VDC system helps to perform the
following functions.
.
Controls brake pressure to reduce wheel
slip on one slipping drive wheel so power is
transferred to a non slipping drive wheel on
the same axle.
. Controls brake pressure and engine output
to reduce drive wheel slip based on vehicle
speed (traction control function) .
. Controls brake pressure at individual wheels
and engine output to help the driver maintain
control of the vehicle in the following
conditions:
— understeer (vehicle tends to not follow
the steered path despite increased
steering input)
— oversteer (vehicle tends to spin due to certain road or driving conditions) .
The VDC system can help the driver to maintain
control of the vehicle, but it cannot prevent loss
of vehicle control in all driving situations.
When the VDC system operates, the VDC
warning light
in the instrument panel flashes
so note the following:
. The road may be slippery or the system may
determine some action is required to help
VEHICLE DYNAMIC CONTROL (VDC)
SYSTEM

.A sturdy, flat board to be placed under the
jack to give it firm support.
. A shovel to dig the vehicle out of snow-
drifts.
. Extra window washer fluid to refill the
reservoir tank.
DRIVING ON SNOW OR ICE
WARNING
.Wet ice (328F, 0 8C and freezing rain) ,
very cold snow or ice can be slick
and very hard to drive on. The
vehicle will have much less traction
or “grip” under these conditions. Try
to avoid driving on wet ice until the
road is salted or sanded.
. Whatever the condition, drive with
caution. Accelerate and slow down
with care. If accelerating or down-
shifting too fast, the drive wheels
will lose even more traction.
. Allow more stopping distance under
these conditions. Braking should be
started sooner than on dry pave-
ment.
. Allow greater following distances
on slippery roads. .
Watch for slippery spots (glare ice) .
These may appear on an otherwise
clear road in shaded areas. If a
patch of ice is seen ahead, brake
before reaching it. Try not to brake
while on the ice, and avoid any
sudden steering maneuvers.
. Do not use cruise control on slip-
pery roads.
. Snow can trap dangerous exhaust
gases under your vehicle. Keep
snow clear of the exhaust pipe and
from around your vehicle.
ENGINE BLOCK HEATER (if so
equipped)
Engine block heaters are used to assist with
cold temperature starting.
The engine block heater should be used when
the outside temperature is 208F( í78C) or lower.
To use the engine block heater
1. Turn the engine off.
2. Open the hood and unwrap the engine
block heater cord.
3. Plug the engine block heater cord into a grounded 3-wire, 3-pronged extension cord. 4. Plug the extension cord into a Ground Fault
Interrupt (GFI) protected, grounded 110-
volt AC (VAC) outlet.
5. The engine block heater must be plugged in for at least 2 - 4 hours, depending on
outside temperatures, to properly warm the
engine coolant. Use an appropriate timer to
turn the engine block heater on.
6. Before starting the engine, unplug and properly store the cord to keep it away from
moving parts.
WARNING
.Do not use your engine block heater
with an ungrounded electrical sys-
tem or a 2-pronged adapter. You can
be seriously injured by an electrical
shock if you use an ungrounded
connection.
. Disconnect and properly store the
engine block heater cord before
starting the engine. Damage to the
cord could result in an electrical
shock and can cause serious injury.
. Use a heavy-duty 3-wire, 3-pronged
extension cord rated for at least
10A. Plug the extension cord into a
Starting and driving5-35

10 Technical and consumer information
Capacities and recommended fluids/lubricants ............. 10-2Fuel information ................................................................ 10-3
Engine oil and oil filter recommendation .................... 10-5
Air conditioning system refrigerant and
lubricant recommendations ............................................ 10-6
Specifications ........................................................................\
.. 10-7
Engine ........................................................................\
......... 10-7
Wheels and tires .............................................................. 10-7
Dimensions and weights ................................................ 10-8
When traveling or registering in another country .......... 10-8
Vehicle identification .............................................................. 10-8 Vehicle Identification Number (VIN) plate .................. 10-8
Vehicle identification number (chassis number) ....... 10-9
Engine serial number ....................................................... 10-9
F.M.V.S.S./C.M.V.S.S. certification label .................... 10-9
Emission control information label ............................ 10-10
Tire and Loading Information label ........................... 10-10
Air conditioner specification label ............................. 10-10
Installing front license plate .............................................. 10-11
Vehicle loading information ............................................... 10-12
Terms ........................................................................\
........ 10-12 Vehicle load capacity ................................................. 10-12
Securing the load ....................................................... 10-14
Loading tips .................................................................. 10-14
Measurement of weights ........................................... 10-15
Towing a trailer .................................................................... 10-15 Maximum load limits ................................................... 10-16
Maximum gross vehicle weight (GVW)/maximum
gross axle weight (GAW) ......................................... 10-17
Towing load/specification ......................................... 10-19
Towing safety ............................................................... 10-20
Flat towing .................................................................... 10-23
Uniform tire quality grading .............................................. 10-24 Treadwear ..................................................................... 10-24
Traction AA, A, B and C ........................................... 10-24
Temperature A, B and C ........................................... 10-24
Emission control system warranty .................................. 10-25
Reporting safety defects .................................................. 10-25
Readiness for inspection/maintenance (I/M) test ...... 10-26
Event data recorders (EDR) ............................................ 10-27
Owner’s manual/service manual order information ..... 10-27

10-24Technical and consumer information
damage.
. Whenever flat towing your vehicle,
always tow forward, never back-
ward.
. DO NOT tow any continuously vari-
able transmission vehicle with all
four wheels on the ground (flat
towing) . Doing so WILL DAMAGE
internal transmission parts due to
lack of transmission lubrication.
. For emergency towing procedures
refer to “Towing recommended by
NISSAN” (P.6-15) of this manual.
Continuously Variable Transmission
(CVT)
To tow a vehicle equipped with a Continuously
Variable Transmission (CVT) , an appropriate
vehicle dolly MUSTbe placed under the towed
vehicle’s driving wheels. Alwaysfollow the dolly
manufacturer’s recommendations when using
their product. DOT (Department Of Transportation) Quality
Grades: All passenger car tires must conform to
federal safety requirements in addition to these
grades.
Quality grades can be found where applicable
on the tire sidewall between tread shoulder and
maximum section width. For example:
Treadwear 200 Traction AA Temperature A
TREADWEAR
The treadwear grade is a comparative rating
based on the wear rate of the tire when tested
under controlled conditions on a specified
government test course. For example, a tire
graded 150 would wear one and one-half
(1 1/2) times as well on the government course
as a tire graded 100. The relative performance
of tires depends upon actual conditions of their
use, however, and may depart significantly from
the norm due to variations in driving habits,
service practices and differences in road char-
acteristics and climate.
TRACTION AA, A, B AND C
The traction grades, from highest to lowest, are
AA, A, B and C. Those grades represent the
tire’s ability to stop on wet pavement as
measured under controlled conditions on spe-
cified government test surfaces of asphalt and
concrete. A tire marked C may have poortraction performance.
WARNING
The traction grade assigned to this tire
is based on straight-ahead braking
traction tests, and does not include
acceleration, cornering, hydroplaning,
or peak traction characteristics.
TEMPERATURE A, B AND C
The temperature grades A (the highest) , B, and
C, representing the tire’s resistance to the
generation of heat and its ability to dissipate
heat when tested under controlled conditions on
a specified indoor laboratory test wheel. Sus-
tained high temperature can cause the material
of the tire to degenerate and reduce tire life, and
excessive temperature can lead to sudden tire
failure. The grade C corresponds to a level of
performance which all passenger car tires must
meet under the Federal Motor Vehicle Safety
Standard No. 109. Grades B and A represent
higher levels of performance on the laboratory
test wheel than the minimum required by law.
UNIFORM TIRE QUALITY GRADING