hey guys,
how much of differece do these calipers make vs. the stock 11"?
cheers,
Bryan
how much of differece do these calipers make vs. the stock 11"?
cheers,
Bryan
Quote, originally posted by 89gtiguy » |
Alright my Girling 60s are gonna be on as soon as I refurbish my G60 spindles. I have another question though. Will everything from the A-arms, k frame and all the things from the Corrados front fit on a MK 2? Modified by 89gtiguy at 10:44 PM 10-19-2004 |
Quote, originally posted by 94Dub2.0 » |
Yea there is a Difference even compared to Girling 54s which are stock Corrado G60 Calipers the difference is from a Monopiston system to a Dual Piston setup it has almost a 50% braking Difference even though it weights more that dont matter cause both the Calipers are still lighter then 1 of your seats. If you have it i suggest you do it. http://****************.com/smile/emthup.gif |
Quote, originally posted by Black92EightValve » |
Corrado is a mkII, so yes. As for the previous persons comment about the weight, unsprung weight is bad for handling, the overall weight of the car is not a concern when discussing the weight of the calipers. |
Quote, originally posted by timmy5150 » |
seats are unsprung weight just like the calipers. Sprung weight is something that makes the car go...i.e. motor. I don't remember the last time that my seats helped my car to move.
![]() Modified by timmy5150 at 1:46 AM 10-31-2004 |
Quote, originally posted by 2002maniac » |
Actually, sprung weight is anything that rests its weight on the springs(Like seats,body,engine,transaxle,etc) The wheels, spindles, brake rotors and calipers are all "unsprung" they rest on the ground. Well, that probably makes no sense cuz Im retarded, but thats how it is. |
Quote, originally posted by timmy5150 » |
seats are unsprung weight just like the calipers. Sprung weight is something that makes the car go...i.e. motor. I don't remember the last time that my seats helped my car to move.
![]() |
Quote, originally posted by timmy5150 » |
Opps my bad...I was thinking of rotational weight. Sorry. |