What is the standard tire pressure of Toyota Camry?

In practical use, the range of Toyota Camry is 2.2 or 2.3bar, but it is no problem to adjust it to 2.5bar. If the vehicle is fully loaded and the trunk is heavily loaded, the rear tire pressure can be increased to 2.5bar.

The recommended air pressure in the garage can usually be found in the following places:

1, vehicle owner's manual, label next to cab door (near B-pillar), drawer next to vehicle driver's seat, fuel tank door.

2. The recommended tire pressure of the vehicle factory refers to the cooling tire pressure. The definition is as follows: at least three hours after parking or the tires are not more than 2 kilometers. If the tire pressure can only be measured when the tire is hot, please subtract about 0.3 bar (=4psi) from the measured tire pressure to obtain the tire cooling inflation pressure.

Extended data:

Importance of maintaining normal tire pressure

Harm of high tire pressure

A. The friction and adhesion of tires will be reduced, which will affect the braking effect;

B, steering wheel vibration deviation, reduce driving comfort;

C, accelerating the local wear of the central tread pattern of the tire and prolonging the service life of the tire;

D. The vibration of the car body becomes larger, which will indirectly affect the life of other parts;

E. The tire cord will be excessively stretched and deformed, and the elasticity of the carcass will decrease, which will increase the load when the car is running;

F. and reduce the rolling resistance. When you meet sharp objects such as nails and glass on the road, it is easy to plunge into the tire, and the impact will produce internal cracks and explosions, leading to a puncture.

Harm of low tire pressure

A. The friction coefficient with the road surface will increase and the fuel consumption will increase;

B factors that are not conducive to driving safety, such as overweight steering wheel and easy deviation;

C. Increase the amount of exercise in all parts of the tire. Excessive rolling will cause abnormal heating of the tire;

D, the function of cord and rubber is reduced, resulting in cord breakage and delamination or excessive friction between rims, resulting in tire bead damage and abnormal wear;

E. The friction between the tire and the ground is multiplied, the tire temperature rises sharply, the tire becomes soft, and the strength drops sharply. Vehicles driving at high speed may cause tire leakage;

F. Too low tire pressure will increase the deformation of tire carcass, and the tire sidewall is prone to crack, and at the same time, it will produce buckling movement, which will lead to excessive heating, promote rubber aging, tire cord fatigue and cord breakage, increase tire contact area and accelerate shoulder wear.

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