Jammin
Registered Member
Interested to see if anyone has a 2wd conversion they flipped the rear on the 4wd hangers? Trying to determine what it dropped the rear? Longer shackles? Notch? Thanks in advance!
Thank you.I did a 4 inch shackle flip and 7 inch shackles. I don't know how much lift I have but it worked out good. Your pinion angle is going to be all out of wack and will require work.
It's a long bed c10Thank you.
any pics? This was for a 2wd k5?
I think someone didn't understand the question.Interested to see if anyone has a 2wd conversion they flipped the rear on the 4wd hangers? Trying to determine what it dropped the rear? Longer shackles? Notch? Thanks in advance!
Reading this again, are you putting a 2wd hanger on a 4wd to lower it and making it 2wd?I think someone didn't understand the question.
You want to lower your 2wd by using 4wd parts?
I know you can lower the rear by putting longer shackles and you will not need to notch the frame until you have more than 4" drop.
So I did get it right on the second try.Sorry - let me start over.
the truck and frame is a 4wd blazer. It has 4wd rear hangers on already. It will be undergoing a 2wd conversion and cross member swap out front. Before I swapped the rear hangers on the back I wanted to know if anyone had done the conversion (4wd to 2wd) and left the rear 4wd hangers and used a flip kit to lower it. I haven’t seen it but have read people were keeping them with a drop shackle. Curious to know if any one had info on it.
Thanks again and hope that clears up the question.
So I did get it right on the second try.
So yes a 2wd hanger will lower it, and a longer shackle will lower it more.
Good luck with this here it's all about lifts.yes. Thank you! Was hoping someone had some pics to see.
Makes sense. Thank youflip kit = axle on top of leaf spring gets you the axle tube dia + spring perch height + spring pack thickness = x amount of drop
so yes it could be a cheep way to do the swap over . then if you need a little more go drop shackles to suck it down more .
also this much moving around check the pinion angles they might need worked to line up and be vibration free .