Driving On Wet Roads - Chevrolet SS Sedan 2017 Owner's Manual

222 Driving and Operating
Rear Axle
Axles must have 885 km (500 mi)
before being used in track driving
The rear axle fluid temperatures
may be higher when driving in
severe conditions. Drain and refill
with new fluid after the first racing or
competitive driving event, and then
after every 24 hours of racing or
competitive driving. See
Recommended Fluids and
Lubricants 0 358.
Caution
During a first time track or racing
event, high rear axle
temperatures can occur. Damage
could be caused to the rear axle
and would not be covered by the
vehicle warranty. Do not drive as
long or as fast the first time the
vehicle is driven on the track or
raced.
For extended track use, GM
recommends installing a rear
differential cooler to protect the
rear axle.
Wheel Alignment
For racing and competitive driving,
the vehicle load should be limited to
the driver only and no cargo. The
tires should be inflated cold to at
least 250 kPa (36 psi).
Caution
Using these wheel alignment
settings may cause excessive tire
wear. Only use these wheel
alignment settings for racing or
competitive driving. Excessive tire
wear is not covered under the
vehicle warranty.
Front Alignment Specification
. Caster: 6.0 +/- 1.25 degrees
.
Camber: -0.9 +/- 0.1 degrees
.
Total or Sum Toe: 0.17 +/-
0.17 degrees
Rear Alignment Specification
. Camber: -0.4 +/- 0.10 degrees
. Total or Sum Toe: 0.2 +/-
0.20 degrees
Thrust Angle: 0 +/- 0.20 degrees

Driving on Wet Roads

Rain and wet roads can reduce
vehicle traction and affect your
ability to stop and accelerate.
Always drive slower in these types
of driving conditions and avoid
driving through large puddles and
deep-standing or flowing water.
{
Warning
Wet brakes can cause crashes.
They might not work as well in a
quick stop and could cause
pulling to one side. You could
lose control of the vehicle.
After driving through a large
puddle of water or a car/vehicle
wash, lightly apply the brake
pedal until the brakes work
normally.
Flowing or rushing water creates
strong forces. Driving through
flowing water could cause the
vehicle to be carried away. If this
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