Hey guys, I know i'm going to get flamed for asking or even CONSIDERING this.....but I thought maybe someone has attempted this before me.
My '79 Malibu has a rather small driveshaft (in my opinion) for the power i'm making. I've yet to take the car to the dragstrip, but will be doing so in a couple of weeks. I do plan on replacing the shaft, just not in the next two weeks and with only 2 races left this year, I really want to get some passes on the new combo before the year closes out for good.
My stock driveshaft appears to be slightly larger than 2 1/4" at best. It's rather tiny.
Anyone have some experience as to just how far HP or maybe 60' wise you can push the stocker?
My combo is a turbocharged GEN 4 6.0L LS motor on 9psi (currently). Estimated 550+ RWHP.
https://www.youtube.com/watch?v=RcJWwyoceDY&list=UUr7LaomBm-XfDG53sCh6tcw
I'm just not sure how it will do on a sticky track with drag radials launching on boost....
My '79 Malibu has a rather small driveshaft (in my opinion) for the power i'm making. I've yet to take the car to the dragstrip, but will be doing so in a couple of weeks. I do plan on replacing the shaft, just not in the next two weeks and with only 2 races left this year, I really want to get some passes on the new combo before the year closes out for good.
My stock driveshaft appears to be slightly larger than 2 1/4" at best. It's rather tiny.
Anyone have some experience as to just how far HP or maybe 60' wise you can push the stocker?
My combo is a turbocharged GEN 4 6.0L LS motor on 9psi (currently). Estimated 550+ RWHP.

https://www.youtube.com/watch?v=RcJWwyoceDY&list=UUr7LaomBm-XfDG53sCh6tcw
I'm just not sure how it will do on a sticky track with drag radials launching on boost....