G
Guest
·JRV,
I am doing a little 34
JRV,
I am doing a little 348 flywheel experiment. I have the dual disc latest version. I have an extra FW so I took it apart and took out all the pieces dropping a few pounds out of the Fly wheel assembly. Then I took the spider looking thing which now spins in the FW housing and drilled it to fit the retaining bolts that normally house the little spacers that the spider normally bang back and forth against to absorb drive line shock. So now I have a defacto solid FW since the spider now cannot rock back and forth. I am testing the durability of this at the racetrack next week. In street driving there is no problem and I have noticed no driveline vibrations issues. Shifts are more crisp. I do not understand why Ferrari uses this design in the first place. Do you know a better (stronger) way to pin down the spider in the FW housing or do you know someone who has "been there done that" making a simple solid 348 FW housing at reasonable cost.
I am doing a little 34
JRV,
I am doing a little 348 flywheel experiment. I have the dual disc latest version. I have an extra FW so I took it apart and took out all the pieces dropping a few pounds out of the Fly wheel assembly. Then I took the spider looking thing which now spins in the FW housing and drilled it to fit the retaining bolts that normally house the little spacers that the spider normally bang back and forth against to absorb drive line shock. So now I have a defacto solid FW since the spider now cannot rock back and forth. I am testing the durability of this at the racetrack next week. In street driving there is no problem and I have noticed no driveline vibrations issues. Shifts are more crisp. I do not understand why Ferrari uses this design in the first place. Do you know a better (stronger) way to pin down the spider in the FW housing or do you know someone who has "been there done that" making a simple solid 348 FW housing at reasonable cost.