The benefit to aftermarket traction bars is the solid bearing rather than soft rubber. With the factory rubber there is deflection and thus changes in geometry. In theory moving to all spherical bearings will keep the suspension geometry stable during load like acceleration as well as cornering forces. Now, the question becomes will it be noticeable considering how you use your car vs. the possible increase in NVHâŠIf you like to launch your car quite a bit or youâre taking it to the track, then you can put me down as a vote in favor!
The benefit to aftermarket traction bars is the solid bearing rather than soft rubber. With the factory rubber there is deflection and thus changes in geometry. In theory moving to all spherical bearings will keep the suspension geometry stable during load like acceleration as well as cornering forces. Now, the question becomes will it be noticeable considering how you use your car vs. the possible increase in NVHâŠIf you like to launch your car quite a bit or youâre taking it to the track, then you can put me down as a vote in favor!
Do the diff bushings make a difference with acceleration? I have the 9AT so the torque converter introduces some slop, wonder if the bushings would help.If youâre getting wheel hop then they will help. Also sub frame bushing inserts and Diff bushings.
I donât see any way that bushings will help with that. When you say that the Tq converter introduces slop, can you describe what youâre feeling and when it happens? Maybe Iâm not picking up what youâre putting downâŠDo the diff bushings make a difference with acceleration? I have the 9AT so the torque converter introduces some slop, wonder if the bushings would help.