the Creature from the Mossy Lagoon. I think he is happier now
and will get more respect out in public.
We have completed most of the framing inside the truck including the toilet, the galley, the closet, the "pantry", the overhead storage, the benches and the bed. I still have to make the tabletop-- it is going to drop down to bench level so the bench will become a bed.
So I haven't been posting because I live in the mountains now and the internets are broken (dial-up, no less). And my cell gets no signal out there.
So I had to pay $1400 for the fuel injector pump, $350 for a new rear axle/ring and pinion, $1000 for a new drive shaft and some other bits and pieces. My truck has decided it wants to be mechanically sound, which I guess is a good thing, right?
I start school in two days and I will be basically living in an insulated plywood box. No solar, plumbing, electrical etc. At least not yet...
So... when you last tuned in, the window openings had been made in the walls of the truck. We now move on to window installation.
We sprayed more insulation into the space between the outer and inner walls of the truck. At first we tried Great Stuff which wasn't so great and probably caustic and polluting. Luckily, the TIGER FOAM! still had some juice and once again worked stupendously. I heart the TIGER FOAM! Can you tell?
Because the windows were made for lesser (and less insulated) vehicles the inside and outside frames had about a 3" gap between them. I decided to use aluminum flashing (the kind that is used around the chimney on the roof) to cover the innards. Very easy to work with-- measure, score with a utility knife, then fold along the score line and it will snap. I measured around the window cutouts to get the length of the flashing strip. We stapled it into place (and of course this took several cursing tries to get it right).
I ground the old caulk of the windows with a motorized grinder and cleaned the outside surface around the windows with denatured alcohol. We applied new caulk and fit the windows into place using self-tapping sheet metal screws to attach the frames together. Unfortunately, whoever assembled the windows in their previous life put the screws in wherever and didn't evenly space them, which sucks cause they are all crooked and random. Something to fix in the finishing stage.
And we still didn't get to the damn roof vent which is still not done. Dammit.
...then we cut them out with a jigsaw.
The interior portion of the windows after the cutouts were made.
Using the plywood cut-out from the inside as a stencil on the outside.
Recliner that is donating material to re-cover my seat
(it is sitting in the recliner's lap).
And notice the TIGER FOAM box in the background.
On August 5, we built the interior box in the truck. We used 3/4" ply for the floor and 5/8" ply for the walls, all FSC-certified.
First we had to scrape off any excess insulation from the 2x4 structure to allow the plywood to sit flush against the framework (which was very easy). Then we measured and cut the plywood-- we had to cut notches for the wheel wells and other little weird structural variations. The circular saw was shit so we used a jigsaw to make the cuts, which wasn't optimal. We then screwed it down with drywall screws.
We got to wear Tyvek suits and spray the TIGER-FOAM on-- very fun, I must say. The only drawback is that it wasn't as thick as I would have liked. We are going to end up adding Homasote to the ceiling for extra insulation.
2x4 structure on the floor. All the little cross pieces help make the floor squeak-proof!
Box of trash and rotten food next to the driver's seat
(I won't say whose it is lest I lose my vital help on this project)
I cleaned out the truck yesterday. It was filthy disgusting.
In the driver's area, there was mildew and garbage everywhere, including rotten food. At one point, I had to run out of the truck because I thought I was going to barf. Good times! There was probably a lot of nice composted topsoil in there, on top of all the rust.
The box was better. It had years of cardboard plastered to the bottom that I had to scrape out with a flat shovel. But nothing was rotten and it's made out of aluminum so there's no rust.
Then I removed the aluminum headliner. I want to keep it because it's pretty cool and it will lighten up the interior. It was held on with like 5000 pop rivets that had a kind of screw/nail with a flathead slot punched through a nylon rivet. So I had to try to unscrew the pin (even just a little) back it out more with pliers and then yank it out. Over my head. In 80%-plus humidity. All of this nasty moldy fiberglass insulation fell out. But otherwise it's pretty clean up there.
Then I scrubbed the inside down with this anti-bacterial industrial strength cleaner that Seamus' parents use for their dog runs. And then I got to hose down the entire interior. Black dirt and debris poured out. I still need to prepare the aluminum walls and floor for primer and then apply the spray insulation.
Equipment | amps@12v | x | hours/day | amp hours used | |
2 bed xenon lights (10-watt) | 2.40 | x | 4 | 9.60 | |
1 kitchen florescent light | 1.40 | x | 1 | 1.40 | |
1 toilet florescent light | 1.40 | x | 0.5 | 0.70 | |
2 couch xenon lights | 2.40 | x | 4 | 9.60 | |
3 ceiling flourescent lights (30-watt) | 4.20 | x | 1 | 4.20 | |
Cooling/Heating ceiling vent fan | 5.00 | x | 2 | 10.00 | |
Forced-air furnace | 5.00 | x | 2 | 10.00 | |
2 oscillating fans | 3.00 | x | 2 | 6.00 | |
Microwave oven | 125.00 | x | 0.1 | 12.50 | |
Juicer | 15.00 | x | 0.1 | 1.50 | |
Toaster oven | 120.00 | x | 0.1 | 12.00 | |
Laptop charger | 1.50 | x | 1 | 1.50 | |
Phone charger | 0.20 | x | 0.2 | 0.40 | |
Battery charger | 1.00 | x | 0.2 | 0.20 | |
Inverter loss | 1.15 | x | 8 | 9.20 | |
Total amp hours used | 79.44 |
Cork tiles glue down to the sub floor to create a completely natural flooring that's extremely pleasant to walk on. Cork is warm to the touch and cushy underfoot.
Cork tiles are suitable for any room in a house, even full bathrooms, as the cork itself does not absorb moisture because it consists of millions of tiny closed cells filled with air. Cork tile (solid or veneered) in general is suitable for bathrooms. Ideally one would install unfinished material to be finished in place to help seal joints. However, if prefinished cork tile is being used (a good choice for most residential situations), a coat of liquid wax cleaner over it optimal. Laminated cork planks are not suitable for bathrooms or other wet spaces.
Cork tiles are constructed in a solid or veneer style. In the solid style, the pattern goes all the way through. In the veneer style, the pattern is a thin cork veneer over a cork base. Solid cork tiles are the best choice for higher traffic areas (hallways and entryways) because it is easiest to repair the finish on these tiles.
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