Tires/Wheels - Can-Am Renegade 500 Operator's Manual

Tires/Wheels

WARNING
When the tires are replaced, nev-
er install a bias tire with a radial
tire. Such a combination could
create handling and/or stability
problems.
Do not mix tires of different size
and/or design on the same axle.
Front and rear tire pairs must be
the identical model and manufac-
turer.
For unidirectional tread pattern,
ensure that the tires are installed
in the correct direction of rotation.
The radial tires must be installed
as a complete set.
Severe injury or death can result
if you do not follow these instruc-
tions.
Tire Pressure
WARNING
Tire pressure greatly affects vehi-
cle handling and stability. Under-
pressure may cause tire to deflate
and rotate on wheel. Overpres-
sure may burst the tire. Always
follow recommended pressure.
Since tires are low-pressure types,
a manual pump should be used.
Check pressure when tires are "cold"
before using the vehicle. Tire pres-
sure changes with temperature and
altitude. Recheck pressure if one of
these conditions has changed.
For your convenience, a pressure
gauge is supplied in tool kit.
_____________________
120
TIRE PRESSURE
UP to
MAX.
141 kg
(310 lb)
MIN.
Although the tires are specifically de-
signed for off-road use, a flat may still
occur. Therefore, it is recommended
to carry a tire pump and a repair kit.
Tire/Wheel Condition
Check tire for damage and wear. Re-
place if necessary.
Do not rotate tires. The front and rear
tires have a different size. The tires
are directional and their rotation must
be kept in a specific direction for prop-
er operation.
Wheel Removal
Loosen nuts then lift vehicle. Place a
support under vehicle. Remove nuts
then remove wheel.
At installation, it is recommended to
apply antiseize lubricant on threads.
The tires are directional and their rota-
tion must be kept in a specific direc-
tion for proper operation.
Torque wheel nuts in accordance with
the following illustration.
Torque to 100 N•m (74 lbf•ft).
FRONT REAR
48 kPa 48 kPa
(7 PSI) (7 PSI)
34.5 kPa 38 kPa
(5 PSI) (5.5 PSI)