trustdestruction
Well-Known Member
The play isn't really noticeable until you replace the bushings and feel the difference. The entire shifter assembly moves a little bit because of the stock rubber bushings. This is not to say it feels loose, because it doesn't; it feels slightly squishy at the end of the throw, but hardly noticeable. But it does move a little bit and switching to solid aluminum bushings makes you notice the difference in a much bigger way.
If you take the stock shifter at the end of its throw and then push or pull a little bit on the lever in the direction of the gear that it is in, you will feel the shifter assembly slightly squish the base bushings. Changing the bushings tightens up the play, making the shift throw feel more precise.
The bushings are rubber. There is play regardless of whether you are noticing it or not. Aluminum is much harder than rubber and therefore there is less play (virtually none) with the aluminum bushings. This is undeniable fact. If there was no difference, then why would car manufacturers even bother putting bushings in the suspension when they could just bolt pieces directly together?... suspension parts require the play that rubber (or polyurethane) bushings provide.
If you take the stock shifter at the end of its throw and then push or pull a little bit on the lever in the direction of the gear that it is in, you will feel the shifter assembly slightly squish the base bushings. Changing the bushings tightens up the play, making the shift throw feel more precise.
The bushings are rubber. There is play regardless of whether you are noticing it or not. Aluminum is much harder than rubber and therefore there is less play (virtually none) with the aluminum bushings. This is undeniable fact. If there was no difference, then why would car manufacturers even bother putting bushings in the suspension when they could just bolt pieces directly together?... suspension parts require the play that rubber (or polyurethane) bushings provide.
Last edited: