After several months of having next to no turning radius, I had enough and decided to try a different drop spindle in an attempt to regain my "u-turn capabilities". Through some extensive research on here and gmfs I came to the conclusion that the mcg 16+ spindles would be the best choice, that is if you clearenced them using a grinder. However I had absolutely no desire to deal with the rivets holding the lower balljoint in place nor did i want to grind some brand new spindles, I just wanted to "bolt on" and forget about them. So after some more research and some help from norcal ss I decided to give the Belltech 2508 spindles a try. Here are some pictures of the mcg 17+ and bell tech 2508 spindles side by side.
and a rough video on turning radius on the mcg 17+
Mcghaughys 17+ turning radius - YouTube
then the belltechs
Belltech 2508 turning radius - YouTube
Overall I did regain some turning radius. Although I can't accurately compare the bell tech radius to stock because I don't quite remember stock, I would say that it is pretty close to if not the same as the stock turning radius. There was no noticeable bump steer with either set of spindles, however you do have to grind the lower bj down more with the bell tech 2508s.
and a rough video on turning radius on the mcg 17+
Mcghaughys 17+ turning radius - YouTube
then the belltechs
Belltech 2508 turning radius - YouTube
Overall I did regain some turning radius. Although I can't accurately compare the bell tech radius to stock because I don't quite remember stock, I would say that it is pretty close to if not the same as the stock turning radius. There was no noticeable bump steer with either set of spindles, however you do have to grind the lower bj down more with the bell tech 2508s.