Do you need anti-rattle clip?
Driving without the anti-rattle clip is not dangerous. You may experience strange noises. Prolonged driving without the clip may also cause weird pad wear.
Where does the anti-rattle clip go?
Place the anti-rattle clip between the new brake pads. Align the holes on the brake pads’ metal backing plates with the loops on the anti-rattle clip.
What are abutment clips?
Abutment clips reside on the caliper bracket lands on most vehicles. They create a uniform surface for the pads to make contact with. New abutment clips are being used on some new vehicles that help to push the pads back from the rotor to reduce drag and allow for less wear on the pads and rotors. …
Do brake pads come with clips?
New brake pads usually come with new retaining clips. The clips may be specific to either the left or right side of the vehicle, so make sure that you are using the appropriate clip. Remove the old clips and replace them with new ones. They will easily snap into place.
How do anti-rattle clips work?
The clips are designed to push the pad away from the rotor. This can keep the brakes cooler, reduce noise and extend the life of the pad. The clips fit between the pads and rotor and push the pads away from the rotor.
What is the purpose of the anti-rattle clip?
Raybestos disc brake anti-rattle clips are an easy solution to excessive brake vibration and noise. Anti-rattle clips prevent brake pads from being loose in the caliper. This helps to reduce accelerated brake pad wear from unwanted pad contact with brake rotors.
How do anti rattle clips work?
Why do my brake pads rattle?
When the brakes make a rattling or clicking noise, this is an indication that your brake pads need replacing. The rattling and clicking is caused by the vibration of loose components which damages the brake pad.
What is an anti-rattle bolt?
Anti-rattle hitch bolt kit for standard 50mm square tow bar receivers. Reduces the annoying rattle and clunking noise of your hitch or accessories. Simple to install. Zinc plated for corrosion resistance.