Brakes Pads
#1
Brakes Pads
I wanted to know if the front brakes pads and rear brake pads were interchangeable, because i am interested in buying EBC green stuff compound brake pads for the front, and wanted to know if I could just throw the front pads that I have on now (which are new) onto the back.
#2
Nope... they're 2 different sizes... also it's pointless.
The usual time that the rear brakes actually do stoping is on light applications and parking brake. When you slam on the brakes, the front goes into work. You want to stop faster all around... Slots
edit:
Here I'll help you with a couple of other choices. I run Brembo slots all the way around, with normal pads, and they work great.
If you're looking for something more aggressive... BLEHMCO Our resident engineer and he has some Big brake kits.
The usual time that the rear brakes actually do stoping is on light applications and parking brake. When you slam on the brakes, the front goes into work. You want to stop faster all around... Slots
edit:
Here I'll help you with a couple of other choices. I run Brembo slots all the way around, with normal pads, and they work great.
If you're looking for something more aggressive... BLEHMCO Our resident engineer and he has some Big brake kits.
#5
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Posts: n/a
Originally Posted by kcidmil
The usual time that the rear brakes actually do stoping is on light applications and parking brake. When you slam on the brakes, the front goes into work.
#6
It depends upon the system design. Usually the brakes are used in a X pattern. The F/L and R/R work off one branch, and F/R and R/L work off the other. The actual percentage for the brakes are around the following
Stop Front Rear
Light 40-50 60-50
Hard 60-70 40-30
That's why there's usually a nose dive on a hard brake. The valve keeps pressure on the rear to keep the front end from hitting the ground. But a majority of the braking comes from the front.
Stop Front Rear
Light 40-50 60-50
Hard 60-70 40-30
That's why there's usually a nose dive on a hard brake. The valve keeps pressure on the rear to keep the front end from hitting the ground. But a majority of the braking comes from the front.
#7
Guest
Posts: n/a
Hm, interesting. Thanks. So how about drums? Do drum brakes work the same way, or are they only applied during hard braking?
Originally Posted by kcidmil
It depends upon the system design. Usually the brakes are used in a X pattern. The F/L and R/R work off one branch, and F/R and R/L work off the other. The actual percentage for the brakes are around the following
Stop Front Rear
Light 40-50 60-50
Hard 60-70 40-30
That's why there's usually a nose dive on a hard brake. The valve keeps pressure on the rear to keep the front end from hitting the ground. But a majority of the braking comes from the front.
Stop Front Rear
Light 40-50 60-50
Hard 60-70 40-30
That's why there's usually a nose dive on a hard brake. The valve keeps pressure on the rear to keep the front end from hitting the ground. But a majority of the braking comes from the front.
#8
Originally Posted by Vadim-93GXE
Hm, interesting. Thanks. So how about drums? Do drum brakes work the same way, or are they only applied during hard braking?
Theres also a load valve actuated by rear ground clearance: more rear load, more rear brakes.
Edit:
ActuAlly maxima has got Twin Load Sensing Valves... The load sensing valves should be periodically lubricated to function properly (use lithium grease or smtg)
They are to be adjusted with added rear axle load to 1323lb, rear & front bleeder valves open and twin press gauge attached...
Setting/adjusted pressure is 1. low pedal press, 2. high pedal press.
1. front: 711psi - rear 555-697psi
2. front: 1422psi - rear 739-939psi
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