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I'm curious about how many pistons are necessary before the law of diminishing returns kicks in. Also, the pistons must get smaller to fit more of them into a finite space, correct? Does the distribution of the pistons provide more even force on the brake pad than a 2 or 4 pot system? Is the actual braking force more linear than it is with stock brakes?
Just curious.
That's an excellent question! Hopefully some of the information that I'm expecting from the manufacturer will help me answer that. In the meantime, someone in CL can probably shed some light...
Let's just say that I know a guy. However, the MSRP is available on the ksportusa.com website. The company is relatively new (10 yrs), and doesn't have the same rep as other established makes. Therefore, the price isn't as mind-blowing as you'd expect.
I doubt they will grip as hard as the IS-F brakes. 12 pistons or not, look how tiny each piston is.
Smaller pistons means more pressure (Pressure = Force/Area), however having too many pistons leaves less fluid pressure for each one of them so they may not clamp as hard.
I'm curious about how many pistons are necessary before the law of diminishing returns kicks in. Also, the pistons must get smaller to fit more of them into a finite space, correct? Does the distribution of the pistons provide more even force on the brake pad than a 2 or 4 pot system?
All it takes is 1-piston before you get to the point of diminishing return. If most 1-piston calipers can already lock up the wheels, then anything more than that is just wasted. However that is not to say 1-piston is sufficient for every car. The brake feel may change as you go from 1 piston to 4, 6, etc. The Toyota Supra's brakes are some of the world strongest (even more so than most super cars), yet it uses only 4 pistons.