Just imagine it like this, the part of the swaybar that bolts to the LCA is, what, 6" long and takes X amount of force to twist from one side to another. Then, you bolt the bar to the LCA's and effectively add 6"-8" more to the swaybar. Now, it takes less force due to more leverage to twist the bar. Remedy? Make the bar larger to reduce that flex. Result? More weight and more binding and less articulation.
Here's the same bar from Spohn. Spohn and SC&C supposedly developed this bar together.
http://www.spohn.net/shop/1978-1987-GM- ... -Body.html
Want the ultimate rear setup? http://www.scandc.com/wattslink.htm
Here's the same bar from Spohn. Spohn and SC&C supposedly developed this bar together.
http://www.spohn.net/shop/1978-1987-GM- ... -Body.html
Want the ultimate rear setup? http://www.scandc.com/wattslink.htm