Squeaking pads can be caused by poor fitting in relation to the disc, resulting in the pad vibrating and making a strange sound. Squeaks can also result from poor selection of pad accessories. This problem can be solved as follows: – make sure the accessories are suitable for the application, – do not brake sharply…
The brake pads should be replaced with new ones if the friction material thickness is reduced to 2 mm or if the brake pads on the same axle are worn unevenly. In addition, they should be replaced when the pad wear indicator light comes on.
There are pads designed specifically for racing cars. We recommend this type of material only for this type of car. The coefficient of friction depends on the temperature. Racing pads work well at temperatures above 300°C, which is unattainable in normal city driving. Therefore, we do not recommend these pads for everyday use.
Standard brake pads should be bed-in for at least 300 km, not braking sharply but rather progressively and softly. In pads where scorching (heat treatment of the friction material) is used, bed-in is not necessary as this process eliminates the fading phase, i.e. the loss of effectiveness when the brakes are hot.
When replacing brake pads and shoes, the thickness of the friction material should be the primary consideration. Standard aftermarket brake pads should wear out after 35,000 km. However, this depends on the driving style and cycle.
The braking force on the vehicle is distributed in a ratio of 70% front axle and 30% rear axle. Each time the front axle brake pads are replaced, the condition of the rear axle brake should be checked. It is assumed that the rear axle brakes should be replaced every second time the front axle…
Yes, it is absolutely mandatory. When replacing one side, where the thickness and braking performance can vary, the steering wheel and brake pedal can vibrate and, worse, the driver can lose control of the vehicle while braking.
Yes, but they should not be used in commercial vehicles. These pads have completely different properties, primarily due to the extremely high disc temperatures generated by the frictional force. Such pads are manufactured specifically for this type of competition, they are softer and adapted precisely to high temperatures, so they wear out very quickly.
