Your comments don't make any sense. EBC Reds are a ceramic brake pad.
My comments clearly favor semi-metallics for street use, and that's what I use. Plain old generic semi-metallics. Which means I'm not running EBC reds (ceramic) or yellows (aramid fiber), because I really do believe what I posted. Also, I don't know why you think the Redstuff pads are supposed to be worse for dust or rotor wear. EBC actually claims the exact opposite. Straight from EBC "Make EBC Redstuff ceramic brake pads your low-dust replacement option. Redstuff pads reduce dust approximately 80 percent compared to OEM pads—and less dust also means less rotor wear!" So, is EBC lying about the performance of the Redstuff pads? Because according to EBC my semi-metallics tear up rotors faster and make more dust.
I run semi-metallics because they suit what I do with my car best. Average street use with occasional hard driving. The hard driving I do is enough to fade most organic pads, but not enough to fade the semi-metallics I run and definitely not enough to need "race pads" or EBC Yellows. And the boring street driving I do the majority of the time doesn't favor race pads. Honestly, there are probably organic pads that would work better for me for most of the driving I do.
I take it from your comments that you've literally tested every brake pad on the market? You've personally compared all the stopping distances? Which is how you know for a fact that the EBC's are "better than anything on the market for stopping power". Do you have the test parameters you used? Year/make/model and weight of the vehicle used, speed used for the braking test, number of stops that were used to come up with the average stopping distance for each brake pad, that sort of stuff. Was your testing published anywhere? Can I see the coefficient of friction numbers for every brake pad on the market that you came up with during your testing? I'd like to know the brake temperatures for the tests as well, if that's not too much trouble.
Or, are EBC's just best in your opinion? Because that's not what you said. So lets see the data to prove it.