infinitgkid wrote:So now when I drive my car I'm starting to hear a little squeak coming from my brakes when I come to a stop. Its just a small annoying squeak that happens every once in a while and lately it has been happening a little bit more.
I took my car to the local infiniti dealer to schedule an appointment for this upcoming Monday, and I asked the guy about how much it would cost and how indepth the job would be. He asked me how many miles were on the car and I told him a couple miles over 23k and he said the pads are to last to about 25k miles or so. My question is: Are the factory pads supposed to last that long?
Thanks for the help folks.
First of all, I flog my car and I was able to get 18K on the front brakes--it was almost gone and I was measuring the wear with each oil change. The squeek you hear is a clear sign that the brakes are worn and they are gone---check the manual--I think it says something to this effect. Make sure they turn the rotors. You maybe able to get no more than two turns on that rotor before you will need to buy a new one. So, 23K on front brakes, isn't bad at all.
As for my rear brakes, I still have the factory rear brakes and I now have 27K + on my car. And I flog my car routinely.
So, what i have discovered so far, is that it will take two front brake replacements before i replace the rear brakes. I still have about 35 - 40% brakes left on my rear brakes--almost zero brake dust on my rear wheels--sometimes I wonder if my rear brakes are even touching the rotors.
By the way, for this to occur, you will almost exclusively be driving with the VDC-OFF. I drive 99% of the time with VDC-OFF.
What is strange is that when I first bought my car, my rear brakes were wearing much faster than the front ones, which I thought was odd. However, after installing a few modifications to my car, which has led me to routinely drive my car like I stole it, The wear reversed----fronts now wear out much faster than the rear ones.
Another weird thing I have discovered about the G-35 Coupe is that the car sips or saves gas when moving at high speeds and high RPMS in twisties and curves, compared to when you go the same speed and RPMS on a straightline. I can't explain this---maybe fuel tank was agitated while going through twisties and when it settles on a strightline, it gives me a more accurate reading.