weight NISSAN ARMADA PLATINUM 2017 Owner's Guide

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 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. Additionally, 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 cannot 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.
A weight-distributing hitch system (Class IV) is
recommended if you plan to tow trailers with a
maximum weight over 5,000 lbs (2,267 kg) .
Check with the trailer and towing equipment
manufacturers to determine if they recommend
the use of a weight-distributing hitch system. NOTE:
A weight-distributing hitch system may
affect the operation of trailer surge brakes.
If you are considering use of a weight-
distributing hitch system with a surge
brake-equipped trailer, check with the
surge brake, hitch or trailer manufacturer
to determine if and how this can be done.
Follow the instructions provided by the manu-
facturer for installing and using the weight-
distributing hitch system.
General set-up instructions are as follows:
1. Park unloaded vehicle on a level surface.
With the ignition switch in the ON position
and the doors closed, allow the vehicle to
stand for several minutes so that it can level.
2. Measure the height of a reference point on the front and rear bumpers at the center of
the vehicle.
3. Attach the trailer to the vehicle and adjust the hitch equalizers so that the front bumper
height is within 0 - .5 inches (0 - 13 mm) of
the reference height measured in step 2.
The rear bumper should be no higher than
the reference height measured in step 2.
Technical and consumer information10-23

WARNING
Properly adjust the weight distributing
hitch so the rear of the bumper is no
higher than the measured reference
height when the trailer is attached. If
the rear bumper is higher than the
measured reference height when
loaded, the vehicle may handle unpre-
dictably which could cause a loss of
vehicle control and cause serious per-
sonal injury or property damage.
Sway control device
Sudden maneuvers, wind gusts and buffeting
caused by other vehicles can affect trailer
handling. Sway control devices may be used to
help control these affects. If you choose to use
one, contact a reputable trailer hitch supplier to
make sure the sway control device will work with
the vehicle, hitch, trailer and the trailer’s brake
system. Follow the instructions provided by the
manufacturer for installing and using the sway
control device.
Class I hitch
Class I trailer hitch equipment (receiver, ball
mount and hitch ball) can be used to tow trailers
of a maximum weight of 2,000 lb (907 kg) .
Class II hitch
Class II trailer hitch equipment (receiver, ball
mount and hitch ball) can be used to tow trailers
of a maximum weight of 3,500 lb (1,588 kg).
Class III hitch
Class III trailer hitch equipment (receiver, ball
mount and hitch ball) can be used to tow trailers
of a maximum weight of 5,000 lb (2,267 kg).
Class IV hitch
Class IV trailer hitch equipment (receiver, ball
mount and hitch ball) can be used to tow trailers
of a maximum weight of 10,000 lb (4,545 kg) . A
weight distributing hitch should be used to tow
trailers that weigh over 5,000 lb (2,267 kg) .
Your vehicle may be equipped with Class IV
trailer hitch equipment that has a 10,000 lb
(4,545 kg) maximum weight rating, but your
vehicle is only capable of towing the maximum
trailer weights shown in the “Towing Load/
Specification” chart earlier in this section.

CAUTION
If you move the shift lever to 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. After the wheel blocks are in place, slowly release the brake pedal until the blocks
absorb the vehicle load.
4. Apply the parking brake.
5. Shift the transmission into P (Park) .
6. Four-Wheel Drive (4WD) models:
Make sure that the 4WD shift switch is
engaged in the AUTO, 4HI or 4LO position
and the Automatic Transmission (AT) park
warning light is turned off.
7. Turn off the engine.
To drive away:
1. Apply and hold the brake pedal.
2. Start the engine.
3. Shift 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.
. While going downhill, the weight of the
trailer pushing on the tow vehicle may
decrease overall stability. Therefore, to
maintain adequate control, reduce your
speed and shift to a lower gear. Avoid long
or repeated use of the brakes when
descending a hill, as this reduces their
effectiveness and could cause overheating.
Shifting to a lower gear instead provides
“engine braking” and reduces the need to
brake as frequently.
. If the engine coolant temperature rises to a
high temperature, see “If your vehicle over-
heats” (P.6-14) .
. Trailer towing requires more fuel than normal
circumstances.
. Avoid towing a trailer for your vehicle’s first
500 miles (800 km).
. Have your vehicle serviced more often than
at intervals specified in the recommended
maintenance schedule shown in the "9.
Maintenance and schedules" section. .
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 adversely
affect vehicle/trailer handling, possibly caus-
ing vehicle sway. When being passed by
larger vehicles, be prepared 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 orapplying 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 as described earlier in this section.
. 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
Technical and consumer information10-27

WARNING
.It is extremely dangerous to
ride in a cargo area inside the
vehicle. In a collision, people
riding in these areas are more
likely to be seriously injured or
killed.
.Do not allow people to ride in
any area of vehicle that is not
equipped with seats and seat
belts.
.Be sure everyone in your ve-
hicle is in a seat and using a
seat belt properly.
TERMS
It is important to familiarize yourself with
the following terms before loading your
vehicle:
. Curb Weight (actual weight of your
vehicle) - vehicle weight including:
standard and optional equipment,
fluids, emergency tools, and spare tire assembly. This weight
does not
include passengers and cargo.
. GVW (Gross Vehicle Weight) - curb
weight plus the combined weight of
passengers and cargo.
. GVWR (Gross Vehicle Weight Rat-
ing) - maximum total combined
weight of the unloaded vehicle, pas-
sengers, luggage, hitch, trailer tongue
load and any other optional equip-
ment. This information is located on
the F.M.V.S.S./C.M.V.S.S. label.
. GAWR (Gross Axle Weight Rating) -
maximum weight (load) limit specified
for the front or rear axle. This informa-
tion is located on the F.M.V.S.S./C.M.
V.S.S. label.
. GCWR (Gross Combined Weight
Rating) - The maximum total weight
rating of the vehicle, passengers,
cargo, and trailer.
. Vehicle Capacity Weight, Load limit,
Total load capacity - maximum total
weight limit specified of the load
(passengers and cargo) for the vehi- cle. This is the maximum combined
weight of occupants and cargo that
can be loaded into the vehicle. If the
vehicle is used to tow a trailer, the
trailer tongue weight must be in-
cluded as part of the cargo load. This
information is located on the Tire and
Loading Information label.
. Cargo capacity - permissible weight
of cargo, the weight of total occu-
pants weight subtracted from the
load limit.
Technical and consumer information10-13
VEHICLE LOADING INFORMATION

4. The resulting figure equals the avail-able amount of cargo and luggage
load capacity. For example, if the XXX
amount equals 1400 lbs. and there
will be five 150 lb. passengers in your
vehicle, the amount of available cargo
and luggage load capacity is 650 lbs.
(1400 í750 (5 x 150) = 650 lbs) or
(640 í340 (5 x 70) = 300 kg.)
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 trailer will be trans-
ferred to your vehicle. Consult this
manual to determine how this re-
duces the available cargo and lug-
gage load capacity of your vehicle.
Before driving a loaded vehicle, confirm
that you do not exceed the Gross Vehicle
Weight Rating (GVWR) or the Gross
Axle Weight Rating (GAWR) for your vehicle. (See “Measurement of weights”
(P.10-16) .)
Also check tires for proper inflation
pressures. See the Tire and Loading
Information label.

.Maximum Trailer towing capacity from “Tow-
ing Load/Specification” chart - 8,500 lb.
(3,856 kg) .
7,300 lb. (3,311 kg) GVWR
í 5,822 lb. (2,641 kg) GVW
= 1,478 lb. (670 kg) Available for tongue
weight
14,700 lb. (6,668 kg) GCWR
í 5,822 lb. (2,641 kg) GVW
= 8,878 lb. (4,027 kg) Capacity available for
towing
1,478 lb. (670 kg) / Available tongue weight
8,878 lb. (4,027 kg) Available capacity
= 11 % tongue weight
The available towing capacity may be less than
the maximum towing capacity due to the
passenger and cargo load in the vehicle.
Remember to keep trailer tongue weight be-
tween 10 - 15% of the trailer weight or within
the trailer tongue load specification recom-
mended by the trailer manufacturer. If the tongue
load becomes excessive, rearrange the cargo to
obtain the proper tongue load. Do not exceed
the maximum tongue weight specification shown
in the “Towing load/specification” chart even if
the calculated available tongue weight is greater
than 15%. If the calculated tongue weight is less than 10%, reduce the total trailer weight to
match the available tongue weight.
Always verify that available capacities are within
the required ratings.
TOWING LOAD/SPECIFICATION

.Maximum Trailer towing capacity from “Tow-
ing Load/Specification” chart - 8,500 lb.
(3,856 kg) .
7,300 lb. (3,311 kg) GVWR
í 5,822 lb. (2,641 kg) GVW
= 1,478 lb. (670 kg) Available for tongue
weight
14,700 lb. (6,668 kg) GCWR
í 5,822 lb. (2,641 kg) GVW
= 8,878 lb. (4,027 kg) Capacity available for
towing
1,478 lb. (670 kg) / Available tongue weight
8,878 lb. (4,027 kg) Available capacity
= 11 % tongue weight
The available towing capacity may be less than
the maximum towing capacity due to the
passenger and cargo load in the vehicle.
Remember to keep trailer tongue weight be-
tween 10 - 15% of the trailer weight or within
the trailer tongue load specification recom-
mended by the trailer manufacturer. If the tongue
load becomes excessive, rearrange the cargo to
obtain the proper tongue load. Do not exceed
the maximum tongue weight specification shown
in the “Towing load/specification” chart even if
the calculated available tongue weight is greater
than 15%. If the calculated tongue weight is less than 10%, reduce the total trailer weight to
match the available tongue weight.
Always verify that available capacities are within
the required ratings.
TOWING LOAD/SPECIFICATION

far-away as practical from the steer-
ing wheel or instrument panel. Al-
ways use the seat belts.
. The driver and front passenger seat
belt buckles are equipped with
sensors that detect if the seat belts
are fastened. The Advanced Air Bag
System monitors the severity of a
collision and seat belt usage then
inflates the air bags. Failure to
properly wear seat belts can in-
crease the risk or severity of injury
in an accident.
. The front passenger seat is
equipped with occupant classifica-
tion sensors (weight sensors) that
turn the front passenger air bag
OFF under some conditions. This
sensor is only used in this seat.
Failure to be properly seated and
wearing the seat belt can increase
the risk or severity of injury in an
accident. See “Front passenger air
bag and status light” (P.1-60) .
. Keep hands on the outside of the
steering wheel. Placing them inside
the steering wheel rim could in-
crease the risk of injury if the front air bag inflates.

JVR0399X
1. Crash zone sensor
2. Supplemental front-impact air bag modules(NISSAN Advanced Air Bags)
3. Roof-mounted curtain side-impact and rollover supplemental air bag inflators
4. Front seat-mounted side-impact supplemental air bag modules 5. Roof-mounted curtain side-impact and rollover
supplemental air bags
6. Door satellite sensors
7. Seat belt pretensioners
8. Satellite sensors
9. Diagnosis sensor unit
10. Occupant classification sensors (weight sen- sors) 11. Occupant classification system control unit
NISSAN ADVANCED AIR BAG SYS-
TEM (front seats)

.If a forward facing child restraint is
installed in the front passenger
seat, do not position the front
passenger seat so the child restraint
contacts the instrument panel. If the
child restraint does contact the in-
strument panel, the system may
determine the seat is occupied and
the passenger air bag may deploy in
a collision. Also the front passenger
air bag status light may not illumi-
nate. See “Child restraints” (P.1-31)
for information about installing and
using child restraints.
. Confirm the operating condition
with the front passenger air bag
status light.
. If you notice that the front passen-
ger air bag status light is not
operating as described in this sec-
tion, it is recommended you visit a
NISSAN dealer to check the passen-
ger seat Advanced Air Bag System.
. Until you have confirmed with your
dealer that your passenger seat
advanced air bag is working prop-
erly, position the occupants in the
rear seating positions. This vehicle is equipped with the NISSAN
Advanced Air Bag System for the driver and
front passenger seats. This system is designed
to meet certification requirements under U.S.
regulations. It is also permitted in Canada.
All of
the information, cautions and warnings in
this manual apply and must be followed.
The driver supplemental front-impact air bag is
located in the center of the steering wheel. The
passenger supplemental front-impact air bag is
mounted in the instrument panel above the glove
box. The front air bags are designed to inflate in
higher severity frontal collisions, although they
may inflate if the forces in another type of
collision are similar to those of a higher severity
frontal impact. They may not inflate in certain
frontal collisions. Vehicle damage (or lack of it) is
not always an indication of proper front air bag
operation.
The NISSAN Advanced Air Bag System moni-
tors information from the Air bag Control Unit
(ACU) , seat belt buckle sensors and the
occupant classification sensors (weight sen-
sors) . Inflator operation is based on the severity
of a collision and seat belt usage for the driver.
For the front passenger, the occupant classifi-
cation sensors are also monitored. Based on
information from the sensors, only one front air
bag may inflate in a crash, depending on the
crash severity and whether the front occupants are belted or unbelted. Additionally, the front
passenger air bag may be automatically turned
OFF under some conditions, depending on the
information provided by the occupant classifica-
tion sensors. If the front passenger air bag is
OFF, the front passenger air bag status light will
be illuminated (if the seat is unoccupied, the
light will not be illuminated, but the air bag will
be off) . (See “Front passenger air bag and
status light” (P.1-60) for further details.) One
front air bag inflating does not indicate improper
performance of the system.
If you have any questions about your air bag
system, it is recommended you visit a NISSAN
dealer to obtain information about the system. If
you are considering modification of your vehicle
due to a disability, you may also contact
NISSAN. Contact information is contained in
the front of this Owner’s Manual.
When a front air bag inflates, a fairly loud noise
may be heard, followed by release of smoke.
This smoke is not harmful and does not indicate
a fire. Care should be taken not to inhale it, as it
may cause irritation and choking. Those with a
history of a breathing condition should get fresh
air promptly.
Front air bags, along with the use of seat belts,
help to cushion the impact force on the head
and chest of the front occupants. They can help
Safety — seats, seat belts and supplemental restraint system1-59