wheel NISSAN PATHFINDER 2022 Owner´s Manual
[x] Cancel search | Manufacturer: NISSAN, Model Year: 2022, Model line: PATHFINDER, Model: NISSAN PATHFINDER 2022Pages: 647, PDF Size: 8.48 MB
Page 607 of 647
WHEELS AND TIRES
WheelsOffset in (mm) Size
Alloy 1.97 (50)18 x 8J
Alloy 1.97 (50)20 x 8J
T-type (Alloy spare) 0.98 (25)18 x 4T
Tire size 255/60R18
255/50R20
Spare tire
Temporary spare T165/90D18
DIMENSIONS AND WEIGHTS
Overall length
with front license plate
bracket in (mm) 197.6 (5,020.3)
Overall width in (mm) 77.8 (1978.2)
Overall height with antenna in (mm) 70.8 (1,800)
Front and Rear Track in (mm) 66.9 (1,700)
Wheelbase in (mm) 114.2 (2,900)
Gross vehicle weight rating lbs. (kg) Refertothe
“F.M.V.S.S./
C.M.V.S.S. certifica-
tion label” on the
center pillar be-
tween the driver's
side front and
rear doors.
Gross axle weight rating
Front lbs. (kg)
Rear lbs. (kg)
10-10Technical and consumer information
Page 616 of 647
LOADING TIPS
• The GVW must not exceed GVWR orGAWR as specified on the F.M.V.S.S./
C.M.V.S.S. certification label.
• Do not load the front and rear axle to the GAWR. Doing so will exceed
the GVWR.
WARNING
• Properly secure all cargo with
ropes or straps to help prevent
it from sliding or shif ting. Do
not place cargo higher than the
seatbacks. In a sudden stop or
collision, unsecured cargo
could cause personal injury. •
Do not load your vehicle any
heavier than the GVWR or the
maximum front and rear
GAWRs. If you do, parts of your
vehicle can break, tire damage
could occur, or it can change
the way your vehicle handles.
This could result in loss of con-
trol and cause personal injury.
• Overloading not only can
shorten the life of your vehicle
and the tire, but can also cause
unsafe vehicle handling and
longer braking distances. This
may cause a premature tire
failure which could result in a
serious accident and personal
injury. Failures caused by over-
loading are not covered by the
vehicle’s warranty.
MEASUREMENT OF WEIGHTS
Secure loose items to prevent
weight shif ts that could affect the
balance of your vehicle. When the ve-
hicle is loaded, drive to a scale and
weigh the front and the rear wheels
separately to determine axle loads.
Individual axle loads should not ex-
ceed either of the Gross Axle Weight
Ratings (GAWR). The total of the axle
loads should not exceed the Gross
Vehicle Weight Rating (GVWR). These
ratings are given on the vehicle cer-
tification label. If weight ratings are
exceeded, move or remove items to
bring all weights below the ratings.
Technical and consumer information10-19
Page 621 of 647
TOWING SAFETY
Trailer hitch
Your vehicle may be equipped with an op-
tional trailer tow package. The trailer tow
package includes a receiver-type frame
mounted hitch. This hitch is rated for the
maximum towing capacity of this vehicle
when the proper towing equipment is
used. Choose a proper ball mount and
hitch ball that is rated for the trailer to be
towed. Genuine NISSAN ball mounts and
hitch balls are available from a NISSAN
dealer.
If your vehicle is not equipped with the op-
tional trailer tow package, check the tow-
ing capacity of your bumper hitch or
receiver-type frame mounted hitch.
Choose a proper hitch for your vehicle and
trailer. A Genuine NISSAN trailer hitch is
available from a NISSAN dealer. Make sure
the trailer hitch is securely attached to the
vehicle to help avoid personal injury or
property damage due to sway caused by
crosswinds, rough road surfaces or pass-
ing trucks.
WARNING
Trailer hitch components have specific
weight ratings. Your vehicle may be ca-
pable of towing a trailer heavier than
the weight rating of the hitch compo-
nents. Never exceed the weight rating
of the hitch components. Doing so can
cause serious personal injury or prop-
erty damage.
Hitch ball
Choose a hitch ball of the proper size and
weight rating for your trailer:
• The required hitch ball size is stamped on most trailer couplers. Most hitch balls
also have the size printed on the top of
the ball.
• Choose the proper class hitch ball based on the trailer weight.
• The diameter of the threaded shank of the hitch ball must be matched to the ball
mount hole diameter. The hitch ball
shank should be no more than 1/16”
smaller than the hole in the ball mount.
• The threaded shank of the hitch ball must be long enough to be properly secured to
the ball mount. There should be at least 2
threads showing beyond the lock washer
and nut.
Ball mount
The hitch ball is attached to the ball mount
and the ball mount is inserted into the
hitch receiver. Choose a proper class ball
mount based on the trailer weight. Addi-
tionally, the ball mount should be chosen to
keep the trailer tongue level with the
ground.
Weight carrying hitches
A weight carrying or “dead weight” ball
mount is one that is designed to carry the
whole amount of tongue weight and gross
weight directly on the ball mount and on
the receiver.
Weight distribution hitch
This type of hitch is also called a “load-
leveling” or “equalizing” hitch. A set of bars
attach to the ball mount and to the trailer
to distribute the tongue weight (hitch
weight) of your trailer. Many vehicles can't
carry the full tongue weight of a given
trailer, and need some of the tongue
weight transferred through the frame and
pushing down on the front wheels. This
gives stability to the tow vehicle.
10-24Technical and consumer information
Page 624 of 647
equipped with a 7-pin trailer harness con-
nector. If your trailer is equipped with a flat
4-pin connector, an adapter will be needed
to connect the trailer lights to the vehicle.
Adapters are available at auto parts stores
and hitch retailers.
Trailer brakes
When towing a trailer load of 3,500 lbs.
(1,587 kg) or more, trailers with a brake
system MUST be used.However, most
states require a separate braking system
on trailers with a loaded weight above a
specific amount. Make sure the trailer
meets the local regulations and the regu-
lations where you plan to tow.
Several types of braking systems are
available.
Surge Brakes - The surge brake actuator is
mounted on the trailer tongue with a hy-
draulic line running to each trailer wheel.
Surge brakes are activated by the trailer
pushing against the hitch ball when the
tow vehicle is braking. Hydraulic surge
brakes are common on rental trailers and
some boat trailers. In this type of system,
there is no hydraulic or electric connection
for brake operation between the tow ve-
hicle and the trailer. Electric Trailer Brakes -
Electric braking
systems are activated by an electronic sig-
nal sent from a trailer brake controller (spe-
cial brake-sensing module). For additional
information, see “Electric trailer brake con-
troller” (P. 10-27).
Have a professional supplier of towing
equipment make sure the trailer brakes are
properly installed and demonstrate proper
brake function testing.
WARNING
Never connect a trailer brake system
directly to the vehicle brake system.
Electric trailer brake controller
(if so equipped)
Trailers equipped with electric brakes may
require the installation of an af termarket
trailer brake controller.
Your vehicle may be equipped with a con-
nector and jumper harness that is specifi-
cally designed to be used when installing
an af termarket brake controller.
To install the electric trailer brake controller
jumper harness, perform the following
procedure:
1. Open the driver door. Move the seat to the rearmost position.
LTI0117
Jumper Harness
Technical and consumer information10-27
Page 626 of 647
• Keep the cargo load as low as possible inthe trailer to keep the trailer center of
gravity low.
• Load the trailer so approximately 60% of the trailer load is in the front half and 40%
is in the back half. Also make sure the load
is balanced side to side.
• Check your hitch, trailer tire pressure, ve- hicle tire pressure, trailer light operation,
and trailer wheel lug nuts every time you
attach a trailer to the vehicle.
• Be certain your rearview mirrors conform to all federal, state or local regulations. If
not, install any mirrors required for towing
before driving the vehicle.
• Determine the overall height of the ve- hicle and trailer so the required clearance
is known.
Trailer towing tips
In order to gain skill and an understanding
of the vehicle's behavior, you should prac-
tice turning, stopping and backing up in an
area which is free from traffic. Steering sta-
bility and braking performance will be
somewhat different than under normal
driving conditions.
• Always secure items in the trailer to pre-vent load shif t while driving. • Lock the trailer hitch coupler with a pin or
lock to prevent the coupler from inadver-
tently becoming unlatched.
• Avoid abrupt starts, acceleration or stops.
• Avoid sharp turns or lane changes.
• Always drive your vehicle at a moderate speed.
• When backing up, hold the bottom of the steering wheel with one hand. Move your
hand in the direction in which you want
the trailer to go. Make small corrections
and back up slowly. If possible, have
someone guide you when you are back-
ing up.
Always block the wheels on both vehicle
and trailer when parking. Parking on a
slope is not recommended; however, if you
must do so:CAUTION
If you push the park button to engage
the P (Park) position before blocking
the wheels and applying the parking
brake, transmission damage could
occur. 1. Apply and hold the brake pedal.
2. Have someone place blocks on the
downhill side of the vehicle and trailer
wheels.
3. Af ter the wheel blocks are in place, slowly release the brake pedal until the
blocks absorb the vehicle load.
4. Apply the parking brake.
5. Push the park button to engage the P (Park) position.
6. Turn off the engine.
To drive away:
1. Start the vehicle.
2. Apply and hold the brake pedal.
3. Shif t the transmission into gear.
4. Release the parking brake.
5. Drive slowly until the vehicle and trailer are clear from the blocks.
6. Apply and hold the brake pedal.
7. Have someone retrieve and store the blocks.
Technical and consumer information10-29
Page 627 of 647
• While going downhill, the weight of thetrailer pushing on the tow vehicle may
decrease overall stability. Therefore, to
maintain adequate control, reduce your
speed and shif t to a lower gear. Avoid
long or repeated use of the brakes when
descending a hill, as this reduces their
effectiveness and could cause overheat-
ing. Shif ting to a lower gear instead pro-
vides “engine braking” and reduces the
need to brake as frequently.
• If the engine coolant temperature rises to a high temperature, see “If your vehicle
overheats” (P. 6-13).
• Trailer towing requires more fuel than normal circumstances.
• Avoid towing a trailer for your vehicle's first 500 miles (805 km).
• For the first 500 miles (805 km) that you do tow, do not drive over 50 mph (80
km/h).
• Have your vehicle serviced more of ten than at intervals specified in the recom-
mended maintenance schedule in the
“Maintenance and schedules” section of
this manual. • When making a turn, your trailer wheels
will be closer to the inside of the turn than
your vehicle wheels. To compensate for
this, make a larger than normal turning
radius during the turn.
• Crosswinds and rough roads will ad- versely affect vehicle/trailer handling,
possibly causing vehicle sway. When be-
ing passed by larger vehicles, be pre-
pared for possible changes in crosswinds
that could affect vehicle handling.
Do the following if the trailer begins to
sway:
1. Take your foot off the accelerator pedal to allow the vehicle to coast and steer as
straight ahead as the road conditions
allow. This combination will help stabilize
the vehicle.
– Do not correct trailer sway by steering or applying the brakes.
2. When the trailer sway stops, gently apply the brakes and pull to the side of the
road in a safe area.
3. Try to rearrange the trailer load so it is balanced. For additional information,
see “Pre-towing tips” (P. 10-28). • Be careful when passing other vehicles.
Passing while towing a trailer requires
considerably more distance than normal
passing. Remember, the length of the
trailer must also pass the other vehicle
before you can safely change lanes.
• Downshif t the transmission to a lower gear for engine braking when driving
down steep or long hills. This will help
slow the vehicle without applying the
brakes.
• Avoid holding the brake pedal down too long or too frequently. This could cause
the brakes to overheat, resulting in re-
duced braking efficiency.
• Increase your following distance to allow for greater stopping distances while tow-
ing a trailer. Anticipate stops and brake
gradually.
• NISSAN recommends that the cruise control not be used while towing a trailer.
• Some states or provinces have specific regulations and speed limits for vehicles
that are towing trailers. Obey the local
speed limits.
• Check your hitch, trailer wiring harness connections, and trailer wheel lug nuts
af ter 50 miles (80 km) of travel and at
every break.
10-30Technical and consumer information
Page 628 of 647
• When launching a boat, don't allow thewater level to go over the exhaust tail
pipe or rear bumper.
• Make sure you disconnect the trailer lights before backing the trailer into the
water or the trailer lights may burn out.
When towing a trailer, differential gear
oil, transfer fluid and transmission oil/
fluid should be changed more fre-
quently. For additional information, see
the “Maintenance and schedules” sec-
tion of this manual.
Tow mode
Using tow mode is recommended when
pulling a heavy trailer or hauling a heavy
load. Push or turn the Drive Mode Selector
switch to activate tow mode. Push or turn
the Drive Mode Selector switch again to
turn tow mode off. Tow mode is automati-
cally canceled when the ignition switch is
turned off.
Tow mode disables the Idling Stop System.
Driving the vehicle in the tow mode with no
trailer/load or light trailer/light load will
not cause any damage. However, fuel
economy may be reduced and the
transmission/engine driving characteris-
tics may feel unusual. When towing a trailer, differential gear
oil, transfer fluid and transmission oil/
fluid should be changed more fre-
quently. For additional information, see
the “Maintenance and schedules” sec-
tion of this manual.
FLAT TOWING FOR 4–WHEEL DRIVE
VEHICLE (if so equipped)
Towing your vehicle with all four wheels on
the ground is sometimes called flat towing.
This method is sometimes used when
towing a vehicle behind a recreational ve-
hicle, such as a motor home.
CAUTION
• Failure to follow these guidelines can
result in severe transmission
damage.
• Never flat tow your 4-wheel drive
(4WD) vehicle.
• DO NOT tow your 4-wheel drive (4WD)
vehicle with any wheels on the
ground. Doing so may cause serious
and expensive damage to the
powertrain.
• For emergency towing procedures,
see “Towing recommended by
NISSAN” (P. 6-15).
FLAT TOWING FOR FRONT WHEEL
DRIVE VEHICLE (if so equipped)
Towing your vehicle with all four wheels on
the ground is sometimes called flat towing.
This method is sometimes used when
towing a vehicle behind a recreational ve-
hicle, such as a motor home.
CAUTION
• Failure to follow these guidelines can
result in severe transmission
damage.
• Whenever flat towing your vehicle,
always tow forward, never backward.
• Never tow your front wheel drive ve-
hicle with the front tires on the
ground. Doing so may cause serious
and expensive damage to the
powertrain.
• DO NOT tow your front wheel drive
automatic transmission vehicle with
all four wheels on the ground (flat
towing). Doing so WILL DAMAGE inter-
nal transmission parts due to lack of
transmission lubrication.
• For emergency towing procedures,
see “Towing recommended by
NISSAN” (P. 6-15).
Technical and consumer information10-31
Page 629 of 647
Automatic transmission
To tow a vehicle equipped with an auto-
matic transmission, an appropriate vehicle
dollyMUST be placed under the towed ve-
hicle's drive wheels. Alwaysfollow the dolly
manufacturer's recommendations when
using their product.
NOTE:
If the battery is completely drained the
transmission will not manually shif t to
other positions. DOT (Department of Transportation) Qual-
ity Grades: All passenger car tires must
conform to federal safety requirements in
addition to these grades.
Quality grades can be found where appli-
cable 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 rat-
ing based on the wear rate of the tire when
tested under controlled conditions on a
specified government test course. For ex-
ample, 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 the 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
characteristics 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 controlledconditions on specified government test
surfaces of asphalt and concrete. A tire
marked C may have poor traction
performance.
WARNING
The traction grade assigned to this tire
is based on straight-ahead braking
traction tests, and does not include ac-
celeration, cornering, hydroplaning, or
peak traction characteristics.
Temperature A, B and C
The temperature grades are A (the high-
est), B, and C, representing the tire’s resis-
tance to the generation of heat, and its
ability to dissipate heat when tested under
controlled conditions on a specified indoor
laboratory test wheel. Sustained high tem-
perature can cause the material of the tire
to degenerate and reduce tire life, and ex-
cessive 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 Mo-
tor Safety Standard No. 109. Grades B and A
represent higher levels of performance on
the laboratory test wheel than the mini-
mum required by law.
UNIFORM TIRE QUALITY GRADING
10-32Technical and consumer information
Page 632 of 647
WARNING
A vehicle equipped with Four-Wheel
Drive (4WD) should never be tested us-
ing a two wheel dynamometer (such as
the dynamometers used by some
states for emissions testing), or similar
equipment. Make sure you inform the
test facility personnel that your vehicle
is equipped with 4WD before it is placed
on a dynamometer. Using the wrong
test equipment may result in transmis-
sion damage or unexpected vehicle
movement which could result in seri-
ous vehicle damage or personal injury.
Due to legal requirements in some states
and Canadian Provinces, your vehicle may
be required to be in what is called the
“ready condition” for an Inspection/
Maintenance (I/M) test of the emission
control system.
The vehicle is set to the “ready condition”
when it is driven through certain driving
patterns. Usually, the ready condition can
be obtained by ordinary usage of the
vehicle. If a powertrain system component is re-
paired or the battery is disconnected, the
vehicle may be reset to a “not ready” condi-
tion. Before taking the I/M test, check the
vehicle's inspection/maintenance test
readiness condition. Place the ignition
switch in the ON position without starting
the engine. If the Malfunction Indicator
Light (MIL) comes on steady for 20 seconds
and then blinks for 10 seconds, the I/M test
condition is “not ready”. If the MIL does not
blink af ter 20 seconds, the I/M test condi-
tion is “ready”. It is recommended that you
visit a NISSAN dealer to set the “ready con-
dition” or to prepare the vehicle for testing.
This vehicle is equipped with an Event Data
Recorder (EDR). The main purpose of an
EDR is to record, in certain crash or near
crash-like situations, such as an air bag
deployment or hitting a road obstacle, data
that will assist in understanding how a ve-
hicle's systems performed. The EDR is de-
signed to record data related to vehicle dy-
namics and safety systems for a short
period of time, typically 30 seconds or less.
The EDR in this vehicle is designed to re-
cord such data as:
• How various systems in your vehicle were
operating;
• Whether or not the driver and passenger safety belts were buckled/fastened;
• How far (if at all) the driver was depress- ing the accelerator and/or brake pedal;
and,
• How fast the vehicle was traveling.
• Sounds are not recorded.
READINESS FOR INSPECTION/
MAINTENANCE (I/M) TEST EVENT DATA RECORDERS (EDR)
Technical and consumer information10-35
Page 638 of 647
Front air bag system (See supplemental
restraint system)...............1-68Front and rear sonar system.......5-183Front power seat adjustment........1-4Front seats....................1-2Front-door pocket..............2-101FuelCapacities and recommended
fuel/lubricants
...............10-2Fuel economy...............5-171Fuel gauge..................2-10Fuel octane rating.............10-6Fuel recommendation..........10-4Fuel efficient driving tips..........5-170Fuel gauge...................2-10Fuel-filler door.................3-29Fuses.......................8-21Fusible links..................8-22
G
Garage door opener, HomeLink® Universal
Transceiver.......2- 118, 2-119, 2-121, 2-122Gauge
Engine coolant temperature gauge. . .2-9Fuel gauge..................2-10Odometer................. .2-8Speedometer..............2-6, 2-7Tachometer.................2-8Trip odometer................2-8General maintenance.............9-2Glove box...................2-104Glove box lock................2-104
H
Hazard warning flasher switch........6-2Head restraints.................1-12Head Up Display (HUD)............2-90Headlight and turn signal switch.....2-78Headlight control switch...........2-78Headlights...................8-27Heated 2nd row seat switches.......2-87Heated seat switches............2-86Heated seats................. .2-85Heated steering wheel switch.......2-88Heater
Heater and air conditioner controls. .4-33Heater operation.............4-34Hill descent control switch.........2-89Hill descent control system........5-181Hill start assist system...........5-182HomeLink® Universal
Transceiver.......2- 118, 2-119, 2-121, 2-122Hood.......................3-21Hook
Luggage hook...............2-109Horn...................... .2-85
I
Idling Stop System..............5-189Ignition switch
Push-button ignition switch.......5-13Immobilizer system..........2-72,5-16Important vehicle information label. . .10-12
In-cabin microfilter..............8-18Increasing fuel economy..........5-171IndicatorNISSAN Intelligent Key® battery discharge
indicator
...................5-15Indicator lights and audible reminders
(See warning/indicator lights and audible
reminders)
...................2-12Inside automatic anti-glare mirror. . . .3-33Instrument brightness control.......2-83Instrument panel.............0-6, 2-4Instrument panel dimmer switch.....2-83Intelligent Around View Monitor......4-10Intelligent Blind Spot Intervention
(I-BSI)...................... .5-62Intelligent Cruise Control (ICC)
(for vehicles with ProPILOT Assist). . . .5-102Intelligent Driver Alertness (I-DA).....5-165Intelligent Forward Collision Warning
(I-FCW).....................5-149Intelligent Key system
Key operating range............3-8Key operation................3-9Mechanical key................3-3Remote keyless entry operation. . . .3-13Troubleshooting guide..........3-16Warning signals...............3-16Intelligent Lane Intervention (I-LI).....5-42Intelligent Trace Control (I-TC).......5-180Interior light..................2-116ISOFIX child restraints.............1-36
11-3