Dood this is pretty sweet. I've wnated to try something like this but don't have the time, money, or space to do it.
RazoE;1467945 said:hate the tails, I would have used late model tacoma taillights, but otherwise, looks good!
Clip;1468199 said:that's hilarious
honestabe;1468933 said:Very nice. Are you going to modify the rear fenders so you can fit really wide tires under the fenders (since you'll have very little weight on them), say 315's??? I love your ambition, and the work done so far seems pretty awesome. Definitely subscribed.
IJ.;1469000 said:Cool project, perhaps bellcranks and mount the shocks horizontal would have kept the tray usable?
honestabe;1468978 said:You can always have the MKIV TT rims widened so they still retain the look. With the lack of weight in the rear, you're going to need some serious beefy tires. You could always run the TT rims with 285's in the rear, and just swap them out for slicks when you go to the track. Look in my build thread, in the recent posts, for a cheap upgrade on your traction bars.
suprahilux;1470179 said:I have to get a driveshaft made eventually. Steel or aluminum. and why?
flateric said:aluminium ones because they handle power better than steel ones and they have a better critical speed rating.
Do some googling and you'll find guys who are dragging big blocks who all justify the extra expense of an aluminium shaft not because of performance gains but because of the insurance that having an aluminium shaft gives them against failure.
Apparently 99% of shaft failures happen on the big end of the strip where they approach the critical speed. Aluminium shaft have a much higher critical speed and also are designed to give just a little along their entire length rather than be "stiff" and un forgiving which eventually leads to catastrophic failure. It also has been noted that if failure occurs anyone would rather have an aluminium fail becuase then far less damage to the vehicle is sustained.
The best shaft is a carbon shaft because when it fails it simply turns into cloth under the car and has almost no risk of damaging anything.
I remembered doing this research when I was buying my alu driveshaft and just rechecked to be sure, but there ya go. Everything indicateds you infact want the aluminium shaft in higher power applications, not a steel one.