I've had an ongoing issue since December when I bought a set of Audi TT brakes from a forum member.
The brake pads rattle when going over uneven road (so pretty often). When I apply the brakes, the noise goes away.
I've tried applying various substances to the back of the brake pads, but after some kms, the piston pushes / melts the sustance away and I'm left with the rattling.
The Pads are OEM and the inside ones have 3 little prongs to help them locate / stay connected to the piston.
So I believe the noise is the pad rattling against the Rotor or against some part of the calliper / carrier.
I'm struggling to understand why I am experiencing this issue. The callipers / carriers I bought were in reasonable condition, new pads, new rotors.
I had a look at a new set of Audi TT pads today and they had a thick almost fabric backing on the pad, mine don't have this, just a thin rubbery film which does not last long where the piston contacts the pad.
Any ideas? I don't fully understand how there is enough room for the parts to move around, hard to find good info, but from what I've read the hydrolic system should only allow very small movement between all the parts (i.e. enought to allow the pad / rotor to still touch but not enough to bounce around).
Fun Fun Fun...
The brake pads rattle when going over uneven road (so pretty often). When I apply the brakes, the noise goes away.
I've tried applying various substances to the back of the brake pads, but after some kms, the piston pushes / melts the sustance away and I'm left with the rattling.
The Pads are OEM and the inside ones have 3 little prongs to help them locate / stay connected to the piston.
So I believe the noise is the pad rattling against the Rotor or against some part of the calliper / carrier.
I'm struggling to understand why I am experiencing this issue. The callipers / carriers I bought were in reasonable condition, new pads, new rotors.
I had a look at a new set of Audi TT pads today and they had a thick almost fabric backing on the pad, mine don't have this, just a thin rubbery film which does not last long where the piston contacts the pad.
Any ideas? I don't fully understand how there is enough room for the parts to move around, hard to find good info, but from what I've read the hydrolic system should only allow very small movement between all the parts (i.e. enought to allow the pad / rotor to still touch but not enough to bounce around).
Fun Fun Fun...
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