Your work on the Zuk looks GREAT... but COLD! I guess ya gotta take the good with the bad to see results!!!
Thanks, the Zuke is fun and not bad in the cold. It is the mud that really presents a fun angle. Unless you don't like mud. I don't really like mud.
Well, I have been busy but, the camera doesn't always follow me to the shop. I did take some comparison pictures of the zukination alter-ego lift with the stock set up. When I opened the boxes, there were a couple of components included that I felt were unnecessary but with everything installed it seems to be OK.
This little piece below is one of the items that I initially felt was unnecessary. They call it an upper knuckle relocation bracket (or something to that effect). The aluminum block goes in the strut where the knuckle would normally go and then the knuckle gets sandwiched to the front of the strut. It's main purpose is to correct the caster. Since the ball joint is moved forward, then they figure that the top of the knuckle should move forward and this is the easiest way to do that without moving the whole strut forward. Savvy.
When, you break it down, a line drawn through the strut in it's stock location passes through the outer CV joint and then through the balljoint. With the knuckle moved forward and the strut sandwiched behind it, this line now passes behind the CV joint. Since I was installing this on a bare frame, it was very easy to see the effects. When the spindle is turned from side to side, you can also see that this rotational movement of the top of the knuckle causes the CV to plunge in and out. Also, the strut swings in a funky arc. I called Geoff and asked him about not using it and he said that vehicles he has run that without relocating the knuckle have vibration??? I know that Muskegtracker moved his lower balljoint forward 2 inches or so and noticed no vibrations. Maybe the combination of the lift and everything...... Well, in the long run I decided to use the bracket mainly because it allows for more camber adjustment due to the offset of the holes in the aluminum. You still have to slot the upper strut hole but without it, you would also have to remove material on the knuckle between the strut and the top hole of the knuckle as it would bottom out on the body of the strut before the proper camber was achieved. Sorry, a picture would make more sense but alas.
With all of that said, if caster was the real issue, I would like to see a strut relocation bracket/strut spacer that moves the whole strut forward with the knuckle thus negating the need for said upper knuckle relocation bracket. I would also like to see it moved to a location that compensated for camber too. If you have to make a spacer, it just as well do something. To their credit, their spacer is offset a little. I'm guessing it makes up for the rest of the difference that the thickness of the knuckle does not. I'm sure that this makes no sense to anyone but me but I trying.
Now, with all of that said, my dad owns a sunrunner that we ordered a lift for at the same time. The lift is installed and it handles like a dream. It is relatively smooth through the fields and washboards and has gobs of articulation.
I also wish that the lift came with a little more new hardware. It came with all new bolts for the rear lower links (4 in total) but nothing for the front of the 3rd link (the creeper joint comes with a 9/16 bolt), the control arms, or the shocks. In our country, all of theses bolts required a little liquid wrench to be removed as they seize in the sleeves of the bushings. A few bolts are by no means a deal breaker but it does make the lift a little more complete.
Rear Springs
Front springs
Diff drop Brackets
Not sure what shocks these are but they are long. So long in fact, the springs have about 1.5inches of room on full droop. Not quite enough to fall out or off of the perches but they do flop around when given the freedom.
Control arms. Self explanatory. Balljoint moves forward 1.5 inches with some lift built into the control arms. One qualm I do have with the control arms is you do lose turn radius as the caliper will actually hit the spring on full lock. The rim will also hit the control arm if you are using stock rims. Not an issue if you are using big tires because they will probably hit the frame at around the same time. The steering stops have to be extended almost all of the way to avoid the calipers hitting the springs. In fact, on my application, the stops are not long enough.