SUPER lightweight Carbon fiber rotors, interested?
dave, Yes...
I'm in. I was going to do the AMS wilwoods however i need to keep my stock E-brake.
I would really like the rears to be done also. I wouldn't want "unproportional" braking.
Would be cool if front/rear could be done for like 2500
I'm in. I was going to do the AMS wilwoods however i need to keep my stock E-brake.
I would really like the rears to be done also. I wouldn't want "unproportional" braking.
Would be cool if front/rear could be done for like 2500
Last edited by ONRAILS; Mar 13, 2008 at 10:25 PM.
I would def be interested. I mean if you look how much a GOOD set is for two piece rotors now, it wouldnt be too too much more. Especially if they are going to last say twice as long.
dave why not just build lighter stronger rotors then the gyrodisk not in c/f im saying????? im soon to be picking up rotors. and gyrodisk or however its spelt is where my eyes are for f/r unless something better strong and lighrter come out
Yes, the project is still a "go" at this point.
I have spoken to him further on this and we may make a set of very light weight thinner blade type iron rotors for the car. If these were made the fronts would weigh in at only about 10 pounds and be considerably cheaper than a carbon ceramic rotor. Both are styles are still being considered.
As for the rear e-brake. There are other ways of keeping the e-brake without having to keep the internal drum brake/shoe. I eliminated mine but still have full use of the e-brake by converting it to hydraulic, lost a little weight in the process and eliminated any possible drag.
I have spoken to him further on this and we may make a set of very light weight thinner blade type iron rotors for the car. If these were made the fronts would weigh in at only about 10 pounds and be considerably cheaper than a carbon ceramic rotor. Both are styles are still being considered.
As for the rear e-brake. There are other ways of keeping the e-brake without having to keep the internal drum brake/shoe. I eliminated mine but still have full use of the e-brake by converting it to hydraulic, lost a little weight in the process and eliminated any possible drag.
Yes, the project is still a "go" at this point.
I have spoken to him further on this and we may make a set of very light weight thinner blade type iron rotors for the car. If these were made the fronts would weigh in at only about 10 pounds and be considerably cheaper than a carbon ceramic rotor. Both are styles are still being considered.
As for the rear e-brake. There are other ways of keeping the e-brake without having to keep the internal drum brake/shoe. I eliminated mine but still have full use of the e-brake by converting it to hydraulic, lost a little weight in the process and eliminated any possible drag.
I have spoken to him further on this and we may make a set of very light weight thinner blade type iron rotors for the car. If these were made the fronts would weigh in at only about 10 pounds and be considerably cheaper than a carbon ceramic rotor. Both are styles are still being considered.
As for the rear e-brake. There are other ways of keeping the e-brake without having to keep the internal drum brake/shoe. I eliminated mine but still have full use of the e-brake by converting it to hydraulic, lost a little weight in the process and eliminated any possible drag.
I think CF rotor are cool but it be even better if you can make the rotors bigger.
There's a company in Japan called Outlawed and they make this 2 piece rotor for the Evo that's 355mm and it's compatible with the stock calipers. The kit comes with an adapter bracket that it possible for the stock calipers to work with the larger rotors.
I think it would be great if you can do the same thing with CF rotors.
The only down side is that you'll have to run 18's and up rim.
There's a company in Japan called Outlawed and they make this 2 piece rotor for the Evo that's 355mm and it's compatible with the stock calipers. The kit comes with an adapter bracket that it possible for the stock calipers to work with the larger rotors.
I think it would be great if you can do the same thing with CF rotors.
The only down side is that you'll have to run 18's and up rim.
You cannot make a small, super light, long lasting tiny rotor out of anything but Ceramics, normal metal tiny *** discs will get raped by rough braking exercises where as the Ceramics do an amazing job managing heat and resisting wear.
Scorke
Yes, the project is still a "go" at this point.
I have spoken to him further on this and we may make a set of very light weight thinner blade type iron rotors for the car. If these were made the fronts would weigh in at only about 10 pounds and be considerably cheaper than a carbon ceramic rotor. Both are styles are still being considered.
As for the rear e-brake. There are other ways of keeping the e-brake without having to keep the internal drum brake/shoe. I eliminated mine but still have full use of the e-brake by converting it to hydraulic, lost a little weight in the process and eliminated any possible drag.
I have spoken to him further on this and we may make a set of very light weight thinner blade type iron rotors for the car. If these were made the fronts would weigh in at only about 10 pounds and be considerably cheaper than a carbon ceramic rotor. Both are styles are still being considered.
As for the rear e-brake. There are other ways of keeping the e-brake without having to keep the internal drum brake/shoe. I eliminated mine but still have full use of the e-brake by converting it to hydraulic, lost a little weight in the process and eliminated any possible drag.
.I might be more intrested in a set of the thinner blade rotors than the carbon ceramic. 2k is a lot



