What's the best to use. 'best' being defined as 'will allow me to stop the best'. Not as concerned about how long they will last or if there is less/more 'environnmental' impact. (Just because I don't drive the car much anyways)
I would have just said wagner but I like your answer betterUnless you have upgraded your brakes, you likely have a single piston floating caliper up front and drums in the rear. Fluid should be replaced and any issues with the system addressed prior to a brake job. No leak, no matter how small, is acceptable in a brake system.
Because of the limitations of a stock system, modern pads and materials aren't always the best choice for our cars. How the car will be driven is a huge factor in your decision process.
Organic pads are original equipment. Semimetallic brake pads have sintered metal in the pad for improved performance and heat resistance, with the side effect being more noise and brake dust.
Carbon-metallic and ceramic pads are used in racing applications. These materials are not acceptable for most street use as they do best when they get hot. In street use, they rarely get hot enough to be effective and they tend to make a lot of noise and yield an extremely hard pedal. Now some modern vehicles do use ceramic pads and if you have upgraded your brakes, they may be acceptable for summer driving and spirited use. (I'm running organic with a rear disc brake conversion and slotted rotors)
Organic brake pads are the most affordable and the quietest, They absorb noise, vibration, and heat adequately in street use. Semimetallic pads do a better stopping job, but are noisier.
On drum brakes, use fresh springs and wheel cylinders and drums. Drums should not be turned multiple times, one and done. When the drums are at the maximum limit of wear, they are going to dissipate heat more slowly and the additional travel of the shoes will reduce braking power. Also, you may have a choice between riveted and bonded shoes. Riveted are preferred for superior heat transfer.
Hmm . . . did I forget anything?
As a lawyer, I am part of a profession that used to charge by the word.I would have just said wagner but I like your answer better
+1, I have hawk HPS pads on my daily driver and the stop very well for me. I'll probably upgrade the mustang to them as well.
LOL...and confusing the crap out of people in the process with all forthwith and whereas's.As a lawyer, I am part of a profession that used to charge by the word.I would have just said wagner but I like your answer better
lol
Well done!Unless you have upgraded your brakes, you likely have a single piston floating caliper up front and drums in the rear. Fluid should be replaced and any issues with the system addressed prior to a brake job. No leak, no matter how small, is acceptable in a brake system.
Because of the limitations of a stock system, modern pads and materials aren't always the best choice for our cars. How the car will be driven is a huge factor in your decision process.
Organic pads are original equipment. Semimetallic brake pads have sintered metal in the pad for improved performance and heat resistance, with the side effect being more noise and brake dust.
Carbon-metallic and ceramic pads are used in racing applications. These materials are not acceptable for most street use as they do best when they get hot. In street use, they rarely get hot enough to be effective and they tend to make a lot of noise and yield an extremely hard pedal. Now some modern vehicles do use ceramic pads and if you have upgraded your brakes, they may be acceptable for summer driving and spirited use. (I'm running organic with a rear disc brake conversion and slotted rotors)
Organic brake pads are the most affordable and the quietest, They absorb noise, vibration, and heat adequately in street use. Semimetallic pads do a better stopping job, but are noisier.
On drum brakes, use fresh springs and wheel cylinders and drums. Drums should not be turned multiple times, one and done. When the drums are at the maximum limit of wear, they are going to dissipate heat more slowly and the additional travel of the shoes will reduce braking power. Also, you may have a choice between riveted and bonded shoes. Riveted are preferred for superior heat transfer.
Hmm . . . did I forget anything?
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