2011 VOLKSWAGEN CC low oil pressure

The tires and wheels are essential parts of the vehicle's design. The
tires and wheels approved by Volkswagen are specially matched to
the characteristics of the vehicle for good road holding and safe han-
dling when in good condition and properly inflated.
Avoiding tire damage
If you must drive over a curb or other obstacle, drive very slowly
and as much as possible at a right angle to the curb with the tire tread
of both front wheels contacting the curb at the same time.
Regularly check tires for damage, such as punctures, cuts, tears
and blisters.
Remove embedded material in the tread profile that has not yet
penetrated the inside of the tire ⇒ Tire wear and damage.
Heed all warning messages from the Tire Pressure Monitoring Sys-
tem
Replace worn or damaged tires immediately ⇒  Tire wear and
damage.
Damage to tires and wheels is often not readily visible. If you notice
unusual vibration or the vehicle pulls to one side, this may indicate
that one of the tires is damaged. The tires must be checked immedi-
ately for hidden damage by an authorized Volkswagen dealer or an
authorized Volkswagen Service Facility. See also ⇒ Tire wear and
damage.
Never exceed the load and permissible maximum speed rating of
the tires ⇒ Tire labeling.
Always keep aggressive chemicals including grease, oil, gasoline
and brake fluid off the tires, including the spare wheel ⇒ .
Replace missing valve caps immediately.
Unidirectional tires
Unidirectional tires are designed to rotate only in one direction. Unidi-
rectional tires have arrows on the sidewalls that show the direction of
rotation ⇒ Tire labeling. Unidirectional tires must always be mounted
according to the specified direction of rotation in order to deliver their
best grip, braking performance, low road noise, and good wear as
well as good hydroplaning resistance.
If you have to mount a tire opposite to its proper direction of rotation,
you must drive more carefully, since the tire is no longer being used
as designed. This is particularly important on wet roads. You must

miles (kilometers) at low speeds in the 3 hour period before the tire
pressure is measured or adjusted.
Curb weight
The weight of a motor vehicle with standard equipment including the
maximum capacity of fuel, oil, and coolant, air conditioner, and addi-
tional weight of optional equipment.
Extra load tire
A tire designed to operate at higher loads and at higher inflation pres-
sures than the corresponding standard tire.
Gross Axle Weight Rating (GAWR)
The load-carrying capacity of a single axle system, measured where
the tire contacts the ground.
Gross Vehicle Weight Rating (GVWR)
The maximum loaded weight of the vehicle.
Groove
The space between 2 adjacent tread ribs.
Load rating (code)
The maximum load that a tire is rated to carry for a given inflation
pressure. You may not find this information on all tires because it is
not required by law.
Maximum load rating
The load rating for a tire at the maximum permissible inflation pres-
sure for that tire.
Maximum loaded vehicle weight
The total of:
Curb weight.
Accessory weight.
Vehicle capacity weight.
Production options weight.
Maximum (permissible) inflation pressure
The maximum cold inflation pressure to which a tire may be inflated.
Also called “maximum inflation pressure.”

There are limits to the load any vehicle or any tire can carry. A vehicle
that is overloaded will not handle well and is more difficult to stop.
Overloading can damage important parts of the vehicle. Overloading
can also lead to blowout, sudden loss of pressure or other tire failure
that can cause loss of control.
Your safety and the safety of your passengers depends on making
sure that load limits are not exceeded. Vehicle load includes every-
body and everything in and on the vehicle. These load limits are
technically referred to as the vehicle's Gross Vehicle Weight Rating
(GVWR).
The GVWR includes the weight of the basic vehicle, all factory-
installed and other accessories, a full tank of fuel, oil, coolant and
other fluids plus maximum load. The maximum load includes the
number of passengers that the vehicle is intended to carry (seating
capacity) with an assumed weight of 150 lbs (68 kg) for each passen-
ger at a designated seating position and the total weight of any lug-
gage in the vehicle. If you tow a trailer, the weight of the trailer hitch
and the tongue weight of the loaded trailer must be included as part
of the vehicle weight. At altitudes above 3000 ft (1000 m), combined
towing weight (vehicle plus trailer) must be reduced by 10% for every
3000 ft (1000 m).
The Gross Axle Weight Rating (GAWR) is the maximum load that
can be carried at each of the vehicle's 2 axles (by the front or rear
tires). GVWR and GAWR are listed on the safety compliance label on
the driver door jamb. Because there is an upper limit to your vehicle's
total weight (GVWR), the weight of whatever is being carried (includ-
ing the weight of a trailer hitch and the tongue weight of the loaded
trailer) is also limited. More passengers, or passengers who are heav-
ier than the assumed 150 lbs (68 kg), mean that less weight can be
carried as luggage or other cargo. The tire pressure label on your
Volkswagen also lists the maximum combined weight of all of the oc-
cupants and luggage or other cargo that the vehicle can carry.

Brake booster
The brake booster works only when the engine is running. It increas-
es the force on the brakes above and beyond the pressure put on the
brake pedal by the driver.
If the brake booster is not working, or if the vehicle has to be towed,
you will have to push the brake pedal harder to make up for the lack
of booster assistance and the resulting longer stopping distance ⇒ .
WARNING
New brake pads do not provide maximum braking performance.
New brake pads do not have the best stopping power for the
first 200 miles (320 km) and must be “broken in.” You can com-
pensate for the slightly reduced braking force by putting more
pressure on the brake pedal.
Drive with extra care while the new brake pads are being bro-
ken in. This reduces the risk of collisions and serious personal
injuries due to a loss of control over the vehicle.
Never follow other vehicles too closely or put yourself into
other situations that might require sudden, hard braking, espe-
cially when the brake pads have not been broken in.
WARNING
Overheated brakes will reduce the vehicle's stopping power
and increase stopping distances considerably.
When driving downhill, the brakes have to work especially
hard and heat up quickly.
Before driving downhill, especially on hills that are long or
steep, always reduce speed and shift into lower gear (manual or
automatic transmission). This will let the vehicle use engine
braking and reduce the load on the brakes. Otherwise, the
brake system could overheat and possibly fail. Only use the
brakes when you need them to slow the vehicle down more or
to stop.
A damaged front spoiler or a non-standard spoiler can re-
duce airflow to the brakes and make them overheat.

Adjust the tire pressure
The proper tire pressure helps reduce rolling resistance as well as
fuel consumption.
When purchasing new tires, always make sure that the tires are opti-
mized for lower rolling resistance.
Use low viscosity engine oil
Fully “synthetic,” low viscosity engine oils that expressly comply with
Volkswagen oil quality standards reduce fuel consumption. Low vis-
cosity engine oils reduce the frictional resistance on the engine and
are distributed more evenly and quickly, particularly when cold-
starting the engine. The effect is particularly apparent in vehicles that
frequently travel short distances.
Always ensure the right engine oil level is maintained and keep to the
scheduled service intervals (engine oil changes).
Make sure the engine oil that you purchase expressly complies with
Volkswagen oil quality standards and is the oil approved by
Volkswagen for your vehicle.
Avoid unnecessary weight
The lighter the vehicle, the more economical and eco-friendly it will
be. For example, an extra 220 lbs (100 kg) of weight increases fuel
consumption by up to 1 pint per 60 miles (0.3 l/100 km).
Remove all unnecessary items and unnecessary dead weight from
the vehicle.
Remove unnecessary aftermarket components
The more aerodynamic the vehicle, the less fuel it will consume. Af-
termarket components such as bicycle racks reduce its aerodynamic
performance.
Therefore, remove unnecessary structures and unused rack systems,
particularly if planning to drive at higher speeds.