spohn and bmr lca question
spohn and bmr lca question i was wondering if anyone who has seen both the spohn and bmr version of their poly/poly lca's could tell me if the inner diamater of where the poly bushing mounts in the lca is the same?
the reason I ask is because i am trying my hardest to create a rubber/heim joint lca. BMR wont make custom stuff anymore simply because they are too busy. They said that they are not sure if there is enough interest for such a product but have considered making them before. I want to buy a spohn Poly/Rod end lca and take the poly mount out of it and replace it with a bmr rubber mount.
I want this setup because when i got my poly/poly bmr unit the straight line performance was great however i did not like the way the car handled. I then got the LG poly/rod setup and the handling was OUTSTANDING along with good straight line performance. These made way to much noise for me so i am back running stock again. ugh, they suck! I also hear that rubber polly gives a good straight line gain but i would be back to the same problem of the poly/poly binding issue. This just seems like the perfect compramise.
Thanks for the help,
Jason
the reason I ask is because i am trying my hardest to create a rubber/heim joint lca. BMR wont make custom stuff anymore simply because they are too busy. They said that they are not sure if there is enough interest for such a product but have considered making them before. I want to buy a spohn Poly/Rod end lca and take the poly mount out of it and replace it with a bmr rubber mount.
I want this setup because when i got my poly/poly bmr unit the straight line performance was great however i did not like the way the car handled. I then got the LG poly/rod setup and the handling was OUTSTANDING along with good straight line performance. These made way to much noise for me so i am back running stock again. ugh, they suck! I also hear that rubber polly gives a good straight line gain but i would be back to the same problem of the poly/poly binding issue. This just seems like the perfect compramise.
Thanks for the help,
Jason
