"WeezLift" Diary. (Slow connections beware) | Ford Explorer Forums

  • Register Today It's free!

"WeezLift" Diary. (Slow connections beware)

Iron Weasel

Well-Known Member
Joined
March 22, 2010
Messages
605
Reaction score
3
City, State
Belen, New Mexico
Year, Model & Trim Level
1994 XLT 4x4
Being the cheap guy that I am, I originally opted to try and track down a set of F150 coil seats. They were discontinued by Ford and only existing stock is being sold, but at a greatly increased rate. Hitting up the junkyard wasn't really a viable option when I began contemplating how else to come up with a similar lift on the cheap.

I began researching by disassembling the front suspension of our (my wife and I) 94 Explorer and taking measurements of everything. After about an hour and a half I had the dozen or so measurements I needed and the vehicle was back together. I then contacted several machine shops around town for a quote on a custom designed coil spring spacer and I was greeted with prices ranging from $300 - $500. For that price, I could get a whole 4" kit - but that would defeat the purpose of a small lift built cheap so I continued my quest.

Armed with my measurements I scoured Google for hours looking at other ideas and considering other options. Ebay turned out to be a futile effort as most of the spacers I found were just the polyurethane units made by Daystar that were being sold at or slightly higher than retail. At this point, I figured I may as well make my own.

Several hours later, I had devised a plan and started further research. What I finally settled on was a series of washers that would eventually be welded and coated and would utilize the stock spring seat and isolator. The fun part was figuring out what kind of washers I would need since Home Depot / Lowes / etc. didn't carry anything I could use. Back to Google I went and I finally ran across something called a "dock washer". Being out in the desert, there aren't any marine supply houses or any place that carries such washers. Eventually, I found a nifty site right here that sells dock washers. I also ordered a pair of lift shackles from these guys.

Cost for ten 1-1/4" flat washers, ten 5/8" dock washers, and shipping from New Hampshire to New Mexico: $34.63
Cost of the shackles including shipping from Nevada to New Mexico: $59.
Total so far: $93.63

I know Fat Bob's Garage sells a 2" "kit" that includes the Daystar spacers and an Add-A-Leaf, but I've read many reports of the polyurethane squishing out over as little as 3 months, so I didn't really want to go that route. For comparison, the price on that kit is $94.95 with shipping costing $15.43 for a total of $110.38. So far, I'm up almost $17.

I fully plan on getting an alignment after I'm done, and I may or may not need new camber bushings, but I won't know for sure until I get the "lift" on and up on the alignment rack. I've already talked to a shop here that works with lifted trucks and they gave me a quote of $70 for an alignment if different bushings are needed and I supply them. If I do need some, Napa has up to 3° bushings for $30 / pair.


This is what it looks like right now on 31" BFG AT's.
exbefore.jpg


Day 1 - Component Preparation

I finally had my hands on all the pieces that I need to construct my Frankenstein lift that I have affectionately dubbed "WeezLift".


In this picture, you can see the washers that I'm working with. On the left is the 1-1/4" USS grade 8 flat washer. It's 3" in diameter and about 0.165" tall. On the right is the 5/8" dock washer. It is also 3" in diameter and they range from 0.25" - 0.35" tall. The 3" diameter on the washers is important because the stock spring seat and isolator are also 3" in diameter, so these will take exactly as much room on the radius arm as the stock setup. The 1-1/4" washer will sit on the radius arm around the existing stud. It will provide a larger base to spread force out over the radius arm rather than being concentrated on the nut of the existing stud.
washers.jpg


The shackles I ordered from Copperhead Fabrication. They're made from 1/4" flat stock and used 2" round stock for support. They're bare steel, so I may paint them before I put them on.
shackles.jpg



The dock washers are hot dip galvanized for corrosion resistance, so there were some "defects" from the dip and I had to remove those before they'll sit correctly. I used this handheld sander with 100 grit aluminum oxide sand paper.
sanding.jpg


First measurement while test fitting showed this combination to be a little too tall at 1.527".
testmeas.jpg


After a few minutes sanding the 4 dock washers and trying different flat washers I managed to get it damn near perfect at 1.501".
testmeas2.jpg


Here are the partially complete spacers. There is a little bit of a gap between a couple of the dock washers on each spacer, but I took measurements with a 6" C-clamp compressing the washers and the spacer on the left is 1.501" tall and the spacer on the right is 1.504" tall. They will be fully compressed and re-measured before they are welded together and possibly coated.
stacks.jpg
 



Join the Elite Explorers for $20 each year or try it out for $5 a month.

Elite Explorer members see no advertisements, no banner ads, no double underlined links,.
Add an avatar, upload photo attachments, and more!
.











Day 2 - Test Fitting Phase

Early this morning, but not too early, I went out and took the front suspension apart so that I could check how the spacers would fit before they are welded together. Being out in the desert means no rust, so everything came apart nice and easy. Had to use my 1-1/8" wrench to loosen the nut a couple turns but I took it off by hand the rest of the way.


Here's what I'm starting with today, the bare radius arm.
bareradius.jpg


First thing I did was to check and make sure that my measurements were correct. They were and the 1-1/4" washer fits around the nut with very little room to spare. :thumbsup:
bigwasher.jpg


Next, I added the rest of the 1-1/4" washers as well as the 5/8" dock washers along with the stock spring seat and isolator.
spacertest.jpg


Everything on how it would be in the final completed stage. See if you notice a problem in that picture. Go ahead, I'll wait. :popcorn:
threaduhoh2.jpg


Just in case you didn't - I have a closeup. Turns out that with the stock seat and isolator, there is only enough thread left to get the nut about halfway on. :rant:
threaduhoh.jpg


I was able to top out my torque wrench at 200 lb/ft on that nut even though it wasn't grabbing on all the threads. While it might be OK, I don't think I want to risk having the nut pull off, so I'm going to have to figure out something else to use in place of the stock coil seat.

The stock seat is 3/4" tall overall and 1-3/4" diameter on the "top hat" section, so I'm thinking I may be able to get a hold of some 1-3/4" round stock, cut it into 1/2" pieces and then drill a 5/8" hole down the center of it. That piece would slide over the stud and still allow the coil spring holder to clamp down on the washers, would be large enough to prevent the isolator from sliding around, and would be 1/4" shorter which should allow the nut to grab on with all the threads. If that's the case, I'll throw some red Loc-Tite on there just for a little extra insurance.

It'll probably be a few days before I'm able to do that, but I'll post up here again when I come up with a solution to the "not enough thread" problem. :hammer:
 






Day 3 - Welding the spacers.

I think I came up with a solution to the problem of not having enough thread once the spacers are on. It's the retaining nut for 4 1/2" & 5" Makita angle grinders. It's 5/8" - 11 UNC thread which is what the bolt on the radius arm is and the retaining nut is 1.65" in diameter and .50" tall, so it'll hold the stock spring isolator in place and allow for .25" more thread which should be enough to fully seat the nut on the bolt. I won't be able to pick any up until Monday or Tuesday though.

image_12383.jpg


Anyway, started off today by firing up this bad boy. Don't know why the picture came out blue like that. :crazy:
welder.jpg


Clamped down the spacers to make sure they were fully compressed then stuck a 13mm socket through the dock washers to keep them aligned and then slapped a weld bead on it. It's not pretty, but the slag pool hasn't been chipped off yet.
yuckyweld.jpg


Chipped the slag off and hit it with the angle grinder to clean it up a little bit.
Still not pretty, but it's not entering a beauty contest, so it's OK. :D
cleanweld.jpg


My wife decided I needed my picture taken while doing this. :cool: There's an F250 and a Bronco II behind me.
mewelding.jpg


Finally, the two welded spacers. Yeah, the one on the left looks like crap, but it was almost 90° outside when I did those and they were done in a hurry. :burnout:
I'll paint them with some engine enamel or some other kind of coating before I install them so the welds don't start to rust.
welded.jpg
 


















Day 4 - Installation

My wife and I (yes, she helps) actually put all the stuff on yesterday, but we didn't get it down to the shop until 3pm and they weren't able to do everything before they closed. They did manage to get an alignment done, tire balance all the way around, and put a new tire on to replace one that separated.

There was a 2 1/4° camber bushing on the passenger side already, so that side was able to be adjusted. The driver side only had a 1° camber bushing, so they swapped it out for another 2 1/4° bushing. Total out the door for the balance, tire, alignment, and bushing was $141.26.

On to the pics.

Here you can see the spacer sitting on the radius arm and the Makita retaining nut fastened to the radius arm stud. The stud and nut are both 5/8" - 11 so it was a perfect fit. Holds the spacer on and also keeps the isolator from sliding around.
spacernut.jpg


Same angle, but with the isolator sitting on top of the spacer.
isolator.jpg


Over on the passenger side, we stuck the coil spring back on just to make sure there was enough thread to tighten the nut down. Don't worry, we didn't leave the spring at that angle.
springmock.jpg


I had painted the shackles before I put them on, but the shackles I got from Copperhead didn't have large enough holes to use the stock hardware. A trip to the drill press and a 9/16" drill bit fixed that, but it took off the paint.
meshackles.jpg


Side shot after we got it back from the shop.
sideafter.jpg


Grand total: $263.64
Washers, shackles, Makita retaining nuts, alignment, tire balancing, camber bushing, tire.
 






Yes I did help, I like wrenching. I don't notice any difference in the ride and it is easier for us tall folks to get it.
 












this is awesome weael. :thumbsup: once again you amaze me with ingenutiy :notworthy: i would love to do this to mine (if i had access to a lift and welder) :thumbdwn:
 






this is awesome weael. :thumbsup: once again you amaze me with ingenutiy :notworthy: i would love to do this to mine (if i had access to a lift and welder) :thumbdwn:

I wouldn't really call it "ingenuity"...more like "being cheap". I couldn't justify spending $120 or more on a set of polyurethane spacers considering that there is a strong possibility that the material might degrade and fall apart within a short time period. I also intended to use as much of the stock hardware as I could, but that went out the window as soon as I had the spacer in place with the stock spring seat.

I just happened to have a Makita grinder laying around and I remembered that the shank size is 5/8", so I took the retaining nut off and figured I'd give it a shot. Damn thing fit perfectly on the threads and was actually the exact same diameter as the spring seat so it kept the isolator from moving around just like the stock seat does.

All in all, I only came out ahead about $50, but I'm much more confident with the steel in there than I would be with a bunch of glorified plastic.
 






Hi, realy nice build! That is my style too, low budget and do it yourself!
I wonder what is the size of the rear spring shackles??
I would like to make one for my truck .. but i can't just increase the size in 1.5"
because it have and angle...
I know the stock shackles have 5.490" x 3.250"
Thanks
 






Featured Content

Back
Top