Brake pad suggestions please
#1
Brake pad suggestions please
I don't know much about the different kinds/manufacturers of bake pads, so I need some suggestions. My mom's Toyota 4Runner needs new pads. It's just her daily driver, not lifted, not lowered, no towing, no racing, etc... I was just wondering what some moderately priced good pads for her would be. Thanks
#2
I don't know much about the different kinds/manufacturers of bake pads, so I need some suggestions. My mom's Toyota 4Runner needs new pads. It's just her daily driver, not lifted, not lowered, no towing, no racing, etc... I was just wondering what some moderately priced good pads for her would be. Thanks
#3
#4
Another vote for Wagner thermo quiet ceramics. Put them on my girlfriends truck and every time i drive it I almost make her hit her head on the windshield because I am not expecting them to work that good.
I am in the process of putting them on my truck now, have them in the rear but waiting a bit to put them on the front since I want to get new rotors and hubs while Im at it. but with just the rears it is much better
I am in the process of putting them on my truck now, have them in the rear but waiting a bit to put them on the front since I want to get new rotors and hubs while Im at it. but with just the rears it is much better
#7
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#9
I will put the wagners on my wife edge tomorrow then we are going for a drive. Somewhere where there is a lot of stop signs,,,,and train crossings,,,,,,,and school zones,,,,,,,and deer crossings
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#12
From page 15, Federal Mogul (Wagner) Troubleshooting guide:
"Disc Pad and Brake Shoe Burnish Procedure
An effective burnish cycle to seat the friction materials into the opposing rotor and drum surfaces requires approximately 200 stops. The 200 stops is consistent with the burnish procedure in the FMVSS 105. As a practical matter for installers, 200 stops probably will not happen since few installers have all day to make that number of stops. Therefore, we recommend the following burnish procedure:
• Make approximately 20 complete stops from 30-mph or 20 “slow downs” from 50-mph to 20-mph with light to moderate pedal pressure
• NO PANIC STOPS
• Allow at least 30 seconds between brake applications for the brake pads or shoes to cool down
• No high speed stops and/or braking under heavy loads that could
result in glazed or otherwise damaged linings Using these guidelines, the friction materials will have conformed to the surface of the rotors and drums for improved stopping performance. In addition, the thermal conditioning of the friction materials during this process will increase the stability of braking effectiveness over a greater range of temperatures compared to when they were first installed."
"Disc Pad and Brake Shoe Burnish Procedure
An effective burnish cycle to seat the friction materials into the opposing rotor and drum surfaces requires approximately 200 stops. The 200 stops is consistent with the burnish procedure in the FMVSS 105. As a practical matter for installers, 200 stops probably will not happen since few installers have all day to make that number of stops. Therefore, we recommend the following burnish procedure:
• Make approximately 20 complete stops from 30-mph or 20 “slow downs” from 50-mph to 20-mph with light to moderate pedal pressure
• NO PANIC STOPS
• Allow at least 30 seconds between brake applications for the brake pads or shoes to cool down
• No high speed stops and/or braking under heavy loads that could
result in glazed or otherwise damaged linings Using these guidelines, the friction materials will have conformed to the surface of the rotors and drums for improved stopping performance. In addition, the thermal conditioning of the friction materials during this process will increase the stability of braking effectiveness over a greater range of temperatures compared to when they were first installed."
#13
From page 15, Federal Mogul (Wagner) Troubleshooting guide:
"Disc Pad and Brake Shoe Burnish Procedure
An effective burnish cycle to seat the friction materials into the opposing rotor and drum surfaces requires approximately 200 stops. The 200 stops is consistent with the burnish procedure in the FMVSS 105. As a practical matter for installers, 200 stops probably will not happen since few installers have all day to make that number of stops. Therefore, we recommend the following burnish procedure:
• Make approximately 20 complete stops from 30-mph or 20 “slow downs” from 50-mph to 20-mph with light to moderate pedal pressure
• NO PANIC STOPS
• Allow at least 30 seconds between brake applications for the brake pads or shoes to cool down
• No high speed stops and/or braking under heavy loads that could
result in glazed or otherwise damaged linings Using these guidelines, the friction materials will have conformed to the surface of the rotors and drums for improved stopping performance. In addition, the thermal conditioning of the friction materials during this process will increase the stability of braking effectiveness over a greater range of temperatures compared to when they were first installed."
"Disc Pad and Brake Shoe Burnish Procedure
An effective burnish cycle to seat the friction materials into the opposing rotor and drum surfaces requires approximately 200 stops. The 200 stops is consistent with the burnish procedure in the FMVSS 105. As a practical matter for installers, 200 stops probably will not happen since few installers have all day to make that number of stops. Therefore, we recommend the following burnish procedure:
• Make approximately 20 complete stops from 30-mph or 20 “slow downs” from 50-mph to 20-mph with light to moderate pedal pressure
• NO PANIC STOPS
• Allow at least 30 seconds between brake applications for the brake pads or shoes to cool down
• No high speed stops and/or braking under heavy loads that could
result in glazed or otherwise damaged linings Using these guidelines, the friction materials will have conformed to the surface of the rotors and drums for improved stopping performance. In addition, the thermal conditioning of the friction materials during this process will increase the stability of braking effectiveness over a greater range of temperatures compared to when they were first installed."
#14