If you really want the headlights to last and you are happy with the way they look spray them with a good quality UV resistant Clear coat or take them to a body shop so they can spray them with good clear coat. They will last another 10 years without maintenance.
No.. actually I am not happy with it after all.. In the sun, it looks foggy still. I might give another go with a power buffer or something.
So I promised a picture dump a few days ago, but I realized it was nothing you guys hadn't seen, so I didn't do it. lol
Now, I have stuff to show again. I never really drove it after i fixed it, I just verified that it ran and cooled itself.. I have the FMIC from cxRacing to install. It didn't take long for me to realize that I wasn't going to be able to complete this install, because I didn't do my homework well enough to pre order a 2.0 - 2.5, a 2.25 - 2.5 coupler, a 2.0, and 2.25 clamps.. I also ordered an extra 45* 2.5-2.5 coupler, and two 2.75" - 2.5" reducers, w/ clamps.. (damn this s*** bleeds you, lol) There was plenty I could do now, so I figured I'd get as much done as possible. I formulated a plan to cut the crash bar.. I hadn't looked though the forums about FMIC pipe routing until after I finished up today.. turns out NOT looking on the forums can make you a little more creative.. (and I love fabricating) My plastic cold pipe was broken and duct taped together, and being as that its literally just a pipe, I figured I would knock that out.
I DO NOT like FMIC installs that show a bumper bar.. I think that looks terrible.. like it WASN'T meant to be there. To me, the ONLY option is to cut. I see that a lot of people do not want to cut them, because they are worried or whatever, but I have access to a MIG welder, and plan on reinforcing places where I cut (When I do the rest of the routing) I'll be doing THAT at the shop where I work, cause I am spoiled and s***. lol
I started by tracing the inside of the styrofoam bumper piece.. whatever you call it. I used that line as a template and did my first cut..
As many people already know, this metal is pretty thick. Cutting it reminded me of the first time I welded. It stinks. I did all the cutting with 3 cutting wheels (which is under par from what I understand), but I burnt out my angle grinder, so I finished +3 for the course. lmao.
Anyways, that bumper bar has another horizontal row inside, for extra support, I imagine. After you cut this bar, if you get under the car, you can see where the seam weld is.. I ended up trimming up to the point where the 1 layer of metal transitions into to (right at the seam) .. i figured that is the best of both worlds, clearance, and structural integrity wise..
Here you can see the "roof" of the middle (layer 2) of metal in that support. I also decided to cut the bottom part all the way back, and grind it smooth.. turning a square tube into an "L-bracket, essentially)
After gaining that clearance, I encountered these. They are those little plastic fasteners you find all over the place, but this is the side (normally unseen) where they "do their work". I kept bumping them and they pissed me off and I had to do something. I tried cutting the excess off the ends, which is what you see here, but it wasn't enough. I had to figure out something.
SO, I have had some experience with plastic welding, and I am not afraid to pull out the torch and soldering iron, if necessary. I decided to turn this into a plastic rivet, by hitting it with a blow torch and then using something to smoosh it flat.. I noticed, however, the "male" half of the connector is not the same type of material as the "female" part of the connector. I am not even sure if its plastic at all.. lol. It wouldn't burn / melt hardle at all.. and the plastics don't bond together, under heat. This was surprising. I keep various rulers hanging by thumbtacks, so it dawned on me that I have a really nice, flat, insulated(ish) tool witha hole in it, that was exactly the same size as the male part of the connector.
(this is on fire, but the camera doesn't really capture it)
And voila
I trimmed the middle part flush and gained another 1/2" (you have to fight for clearance, I've noticed)
Now that I had the clearance I wanted, I mocked up and came up with a cleaver way to mount the top bolts (I"ll show that next) I held the bumper as close as possible with painters tape. I trimmed the bottom center grill tabs and not the top ones, exactly like I found a lot of you guys doing.. after the fact.. lol I guess I am not reinventing the wheel here. But I thought that was funny. (will do the top ones too then next time the bumper is off.
I think it looks way better up higher.. the bottom is nearly flush, and you can see the couplers much more. I also like the slight angle it has, following the bumper contour..
SO here is how I mounted my top bolts.. basically, I held the intercooler with a 2x4 and a jack. I lined up where I wanted it to be and marked the middle of the bungs.. I looked at it from the side and marked that center point. Then I moved everything out of the way and made an X approximately where the holes go and drilled them out from underneath. I made a good enough guess where the top holes would go and drilled them out.. I used a christmas tree drill bit to open this hole up just enough to fit a 12mm socket down there, and made a couple tiny adjustments, and mounted it with short bolts, recessed into the bumper
I had scraps from that bumper bar.. and it being so thick.. and already in a long strip, I decided to "cannibalize" the car in a sense..
I clamped a strip of it to a 2x4 and shaped it into brackets... I do not recommend this type of work to anyone, ever. Its extremely dangerous. I've had pieces of s*** come flying off the angle grinder and hit me in the face.. to the point where you are bleeding and you have to go inside and find out "how bad it is"..wondering if you ****** yourself up "plastic surgery bad".. not cool. Be safe. Don't copy me. This time was fine.. but accidents happen when you are "shadetree fabricating"
That being said.. get a christmas tree drill bit. I have 4 or 5 in various sizes. They are the best thing, drill bit related.. ever.
This metal is springy. You need force multipliers to bend it permanently. I used two sets of vise grips and made the angles.. the intercooler isn't 90* up and down, so the bracket needs that angle.. I am kind of proud of these, they are mounted in the 2 main bumper mount holes, and will end up mounted under the bumper itself, so you can't see anything at all once its all back together. I am also kind of stoked on this because, with these brackets, the FMIC is installed so rigidly, you can rock the whole car, pushing on it. ****.. yes.
So I can't really do anything else at this point... but I had a broken plastic cold pipe.. This was a problem because, if I am unable to hook up to the turbo, I am unable to "fix" this, going to the FMIC. I didn't remove my SMIC, or any pipes yet, so after a bowl.. it hit me. to mock up a single cold pipe to the SMIC, just to get me rolling this week... (now we're cooking with fire)
Its duct taped. LMAO. maybe holds a pound or tow.. MAYBE (I doubt it)
If I am not mistaken, the SMIC hooks up to the cold pipe with a 2.25. This 2.25 and 2.0 are the whole reason I can't finish the FMIC! Son of a b****! (I don't have those couplers OR clamps)
However.. this is bulged.. and I suspected (and was right) that a 2.5 would fit over that nicely).. lol and it did.
I was hesitant to cut it, until I was sure I could make the other pipes fit.. I had to cut one of the pipes, there was no other way. Please keep in mind this is only a week long solution.. this is not long term.. That being said, I used a 2.5-2.5 90* coupler off the TB, to a 18" 45* 2.5 pipe. (I had to cut it), a 2.5-2.5 straight coupler, to a 18" (uncut) 90* pipe.. I believe this pipe is more important to leave whole than the 45* pipe.. (since this setup is for a week and I need to build the PROPER routing later) That is why I cut the 45*.. we'll see if I was right later.. The cut off 2.25", with a 2.5 over it actually works perfect. It is TIGHT. Not going anywhere.
I cut this little mounting tab out of the plastic cold pipe.
I needed to mount it somehow. I decided more melting plastic was the ticket.
Ran a torch over it really quick, to melt away all those white scratches.
LOL.. FACTORY FINISH. hahaha
SO to finish the story of tonight, I went and drove it for a while and was boosting all over the place and I am in like 3rd gear @ 6000ish.. and I hear "pop shhhh". Like.. WTF.. don't lose power, but the CEL and oil warnings come on, and rpms go to zero. I am doing like 80 down this stretch (thank god) I put the car in neutral and coasted about a half a mile to an intersection with parking lot and street lights.
I have NOTHING in this car.. except a bottle of water, my phone, and cigarettes. Gas station a half mile up the road.. I pop the hood and I don't "see" anything wrong.. I thought it was the "zoom zoom boom".
I looked and looked and then I see it. The hot pipe blew off the turbo. WHY?
Because I loosened the clamps like 2 weeks ago when I thought I was taking the radiator out. The turbo connection was being stubborn and I moved on and never retightened it.
I drove that b**** for like 20 miles boosting all over and it FINALLY popped at 6K. lol.. that "gunk" connection was pretty gnarly.
I walked a mile to walmart (instead of calling a wrecker or a friend.. call it shame, or persistence, or whatever.. lol)
I bought a $0.67 flat head screwdriver and another bottle of water. (I also bought a roll of gorilla tape "just in case", but lets pretend I didnt.)
I walked another mile, stopped at the gas station I passed on the way that didn't have a screwdriver and got some paper towels. I finally got back to the car, cleaned up a little oily grime.. and yes my turbo is probably toast, maybe just needs new oil line gaskets. I mean, it still boosts, obviously.. but it is probably almost dead.
Anyways, it started right back up and everything is good to go now. I washed it and vacuumed it and treated it like the money grubbing ***** that it is. LMAO.
I love it again though.