lca and relocation brackets
lca and relocation brackets ive heard that tubular lcas and the relocation brackets will make a hugh difference on take off and wheel hop. i can understand y the lcas would but how does relocating them really help. thought they were just for lowering the car.
I guess think of it like holding your arm straight out in front of you and trying to push down on something or taking your arm at your side and trying to push down on something.....you can put more force pushing at a higher angle
i see what u are sayin, thanx for the help. i am goin to get those whenever i get the money together for sure. never can have to much traction and wheel hop is a killer
Trending Topics
LS1 Tech Stories
The Best V8 Stories One Small Block at Time
6 Common C5 Corvette Failures and What's Involved In Repairing Them
Pouria Savadkouei
Retro Modern Bandit Pontiac Trans AM Comes With Burt Reynolds' Autograph
Verdad Gallardo
Top 10 Greatest Cadillac V Series Performance Models Ever, Ranked
Pouria Savadkouei
Top 10 Most Powerful Chevy Trucks Ever Made!
Hennessey's New Supercharged Silverado ZR2 Has 700 HP
Verdad Gallardo
Coachbuilt N2A Anteros Is an LS2-Powered C6 Corvette In Italian Clothes
Verdad Gallardo
Awesome K5 Blazer Restomod Comes With C7 Corvette Power
Verdad Gallardo
10 Camaros You Should Never Buy
10 LS Engine Myths That Refuse to Die
Verdad Gallardo
Originally Posted by whitesmoke00
ive heard that tubular lcas and the relocation brackets will make a hugh difference on take off and wheel hop. i can understand y the lcas would but how does relocating them really help. thought they were just for lowering the car.
The relocation brackets were original designed for a lowered car, they correct the control arm angle once the vehicle is lowered and put the instant center back into the correct place. However on a non-lowered car they will also work well. They move the instant center back by lowering the rear of the control arm. They are pretty much a lift bar but re-designed and re-named. They help to plant the tires harder into the ground on a launch. I highly recommend them on virtually any car looking for improved traction, esp. if the vehicle is a low to mid Horse-power car.
If I can help anymore please ask and I am glad too. Thank you!
Ryan
The combination of brackets and LCA elimanted my wheel hop. Not to hijack, but I have some BMR brackets for my 10-bolt I need to sell. I just stripped them and repainted, PM me if you want details. I will be purchasing a 9" and UMI brackets.
Brian
Brian
Originally Posted by 00PewterSS
The combination of brackets and LCA elimanted my wheel hop. Not to hijack, but I have some BMR brackets for my 10-bolt I need to sell. I just stripped them and repainted, PM me if you want details. I will be purchasing a 9" and UMI brackets.
Brian
Brian
Lee Spicher
lee@bmrfabrication.com
(813)986-9302
I just got a lot of my suspension from BMR and i bought some relocation brackets. I will be installing them tonight. I was going to go with the UMI stuff but ive had nothing but great experience dealing with tiffany and when ever i needed tech help lee was there for me.
Ive seen the relocation brackets on other cars and i highly reccomend them
Trent
Ive seen the relocation brackets on other cars and i highly reccomend them
Trent
Originally Posted by Datzneat
Does anyone have a good picture of where the relocation brackets go?
theres pictures on UMI and a video that takes you through the UMI shop. I'm not being biased cause i also have BMR SFC but i had just installed the UMI PHB and LCA W/ bolt in relocation brackets and im very happy with them.
Originally Posted by Datzneat
Does anyone have a good picture of where the relocation brackets go?
Weld-In- www.umiperformance.com/2010
Bolt-In- www.umiperformance.com/2012
Hope that helps!
Ryan
i threw together a little diagram in MS Paint to illustrate how LCA relocation brackets help.....hope it's useful for you and others. it's not real pretty, but hopefully you'll get the idea.
the left side is the front of the car and the right side is the rear....pretend you're looking at the passenger's side of the car as it would appear when standing on the driver's side, if the car were cut in half length-wise
as the wheels turn forward on launch, the rear end will naturally try to raise, so the more downward angle you have (within reason) on the LCA's, the less it will be able to do so. this translates into more "weight" being placed on the rear wheels, improving the amount of "bite" they have.
as you can see in the 3rd pic (lowered without brackets), the LCA's will be somewhere around either perfectly level, or at an upward angle, going in the opposite direction from what they should be (this all depends on the amount of drop...the more it's dropped, the more of an upward angle it will have). in this configuration, the rear end will be able to raise more when launching, which means the tires won't "bite" as well, which causes the whole rear to bounce around (wheelhop) instead of being firmly planted to the ground:
the left side is the front of the car and the right side is the rear....pretend you're looking at the passenger's side of the car as it would appear when standing on the driver's side, if the car were cut in half length-wise
as the wheels turn forward on launch, the rear end will naturally try to raise, so the more downward angle you have (within reason) on the LCA's, the less it will be able to do so. this translates into more "weight" being placed on the rear wheels, improving the amount of "bite" they have.
as you can see in the 3rd pic (lowered without brackets), the LCA's will be somewhere around either perfectly level, or at an upward angle, going in the opposite direction from what they should be (this all depends on the amount of drop...the more it's dropped, the more of an upward angle it will have). in this configuration, the rear end will be able to raise more when launching, which means the tires won't "bite" as well, which causes the whole rear to bounce around (wheelhop) instead of being firmly planted to the ground: