Mike's brother
Elite Explorer
- Joined
- September 11, 2011
- Messages
- 167
- Reaction score
- 2
- City, State
- Ithaca, NY
- Year, Model & Trim Level
- 2001 Explorer Sport
OK, the arrival of a set of those rock-crushing shock/u-bolt skid plates from Brian1 here has my rig up on stands in the garage, and that of course reminds me that I never finished the write-ups from the last round of upgrades.
So, trying to keep it just to the stuff someone might find useful, here's my effort to catch-up.
The last task that was on deck, and I did back this up to within 12 hours of heading out for a weekend of trail driving, was trimming to make room for the Goodyear Duratracs 33x12.5 on 15x10 steelies. Rim and tires fit great in the back, and cleared the larger Sport brake calipers up front. If I had nothing to do but go in a straight line, and maybe turn on a radius measured on 50-yard increments, that would have been fine. Taking the front wheels lock-to-lock, however, was impossible. With a 3-inch body lift and about 1 1/2 inches of total TT action, there was still no way to clear these meats without firing up the sawzall. Driver and passenger side were the same, so here's how I went at the passenger well (always remembering to cut instead of pound, since there a lot of electronic goodies on the other side of that tub).
With the tires on and the suspension loaded a little thanks to two days of trail gear and my daughter in the passenger seat, I turned the rear of the front tire into the back of the wheelwell and traced a line 1/2-inch around where the tire hit. The plastic (both the well and the side trim) will cut with a sharp utility knife, which makes it easy to follow the curve. Dropping that plastic away, however, showed that the cutting wasn't done.
A welded seam for the tub and two more panels from the fender come together right there, and they seem like a perfect tire-shredding accessory. I cracked out the sawzall, used a fine metal blade, and took my time. Using the curve in the plastic as a guide, I cut away the metal within the curve along that plane, and adjusted for the curse of the wheel as well (meaning the lower edge of the cuts had to curve back and get wider, just like the wheel does). Watch that inner tub seam, it's a corner weld point. If you're carefull, you can cut off the bolt in the very corner that attaches the fender bottom and still preserve the weld between the two interior shell pieces. There's another fender bolt a few inches back, so this one can go with no worries.
Here's the end result. I used a ball-peen hammer to gently mushroom the seams a bit and take the cutting edge off them, then coated the heck out of everything with primer and Eastwood rubberized undercoating.
The front of the tire was tight as well, but this one was easier since it's just the Tupperware nose we're talking about.
Here, a good razor knife and some wrist finesse gets the job done. I took larger and larger arcs out of both the wheelwell and the nose bottom until it was clear even a good stuff wasn't going to bring that 33-inch rubber grinding wheel into contact with the very shreddable plastic. The only thing to note is the cut was deep enough on the bottom that I had to trim away the screw that attaches the two pieces at the corner.
No worries, A few 3/8 holes and heavy-duty zip ties got things locked together again in less than a few minutes. I does open up the factory bumper light to a little more wheel splash -- especially if you're spinning backwards in the mud -- but there's plenty of places for any slop to just run back out. So far, it's been almost a year, and a few embarrassing mud-pit fails on my part, and there hasn't been a problem.
I will note that the rear cut, where it exposed the inside of the fender and the side body trim, seemed like a bad thing to leave hanging out there catching whatever road and trail flotsam the wheel spins their way. With a few hours left to get out of the garage, I filled both spaces with some of that expanding-foam from the big-box store. By dawn it was kind-of firm, so I trimmer it flush with a drywall saw. It air dried on the drive to Rausch Creek, and I let the tire do the rest of the trimming as it got stuffed on the trails. The wheels carved a stunningly smooth and gentle curve into that yellow foam. After I got home and it dried out, I coated the foam with a good layer of undercoating, and it hasn't come out or shown any deterioration since -- nor have I seen any deterioration in the metal under and behind the area.
Of course, it would be great if I could say the same for the metal that makes up the rest of the body of this Ex, but I think that's too much to ask for a salted-roads rig. Maybe I can just foam up the whole thing?
So, trying to keep it just to the stuff someone might find useful, here's my effort to catch-up.
The last task that was on deck, and I did back this up to within 12 hours of heading out for a weekend of trail driving, was trimming to make room for the Goodyear Duratracs 33x12.5 on 15x10 steelies. Rim and tires fit great in the back, and cleared the larger Sport brake calipers up front. If I had nothing to do but go in a straight line, and maybe turn on a radius measured on 50-yard increments, that would have been fine. Taking the front wheels lock-to-lock, however, was impossible. With a 3-inch body lift and about 1 1/2 inches of total TT action, there was still no way to clear these meats without firing up the sawzall. Driver and passenger side were the same, so here's how I went at the passenger well (always remembering to cut instead of pound, since there a lot of electronic goodies on the other side of that tub).
With the tires on and the suspension loaded a little thanks to two days of trail gear and my daughter in the passenger seat, I turned the rear of the front tire into the back of the wheelwell and traced a line 1/2-inch around where the tire hit. The plastic (both the well and the side trim) will cut with a sharp utility knife, which makes it easy to follow the curve. Dropping that plastic away, however, showed that the cutting wasn't done.
A welded seam for the tub and two more panels from the fender come together right there, and they seem like a perfect tire-shredding accessory. I cracked out the sawzall, used a fine metal blade, and took my time. Using the curve in the plastic as a guide, I cut away the metal within the curve along that plane, and adjusted for the curse of the wheel as well (meaning the lower edge of the cuts had to curve back and get wider, just like the wheel does). Watch that inner tub seam, it's a corner weld point. If you're carefull, you can cut off the bolt in the very corner that attaches the fender bottom and still preserve the weld between the two interior shell pieces. There's another fender bolt a few inches back, so this one can go with no worries.
Here's the end result. I used a ball-peen hammer to gently mushroom the seams a bit and take the cutting edge off them, then coated the heck out of everything with primer and Eastwood rubberized undercoating.
The front of the tire was tight as well, but this one was easier since it's just the Tupperware nose we're talking about.
Here, a good razor knife and some wrist finesse gets the job done. I took larger and larger arcs out of both the wheelwell and the nose bottom until it was clear even a good stuff wasn't going to bring that 33-inch rubber grinding wheel into contact with the very shreddable plastic. The only thing to note is the cut was deep enough on the bottom that I had to trim away the screw that attaches the two pieces at the corner.
No worries, A few 3/8 holes and heavy-duty zip ties got things locked together again in less than a few minutes. I does open up the factory bumper light to a little more wheel splash -- especially if you're spinning backwards in the mud -- but there's plenty of places for any slop to just run back out. So far, it's been almost a year, and a few embarrassing mud-pit fails on my part, and there hasn't been a problem.
I will note that the rear cut, where it exposed the inside of the fender and the side body trim, seemed like a bad thing to leave hanging out there catching whatever road and trail flotsam the wheel spins their way. With a few hours left to get out of the garage, I filled both spaces with some of that expanding-foam from the big-box store. By dawn it was kind-of firm, so I trimmer it flush with a drywall saw. It air dried on the drive to Rausch Creek, and I let the tire do the rest of the trimming as it got stuffed on the trails. The wheels carved a stunningly smooth and gentle curve into that yellow foam. After I got home and it dried out, I coated the foam with a good layer of undercoating, and it hasn't come out or shown any deterioration since -- nor have I seen any deterioration in the metal under and behind the area.
Of course, it would be great if I could say the same for the metal that makes up the rest of the body of this Ex, but I think that's too much to ask for a salted-roads rig. Maybe I can just foam up the whole thing?