Abitibi
Explorer
Poptop V.2
Some might recall my 1st poptop on my previous ambo (AmbuLand).
It was simply a fiberglass RTT that I had cut the floor to create a pass-through. Worked well enough, much cheaper than other options (CCV...). One thing that I didn't like with that design was closing it back to travel mode. Not as easy as, let's say, a Westy.
Now that I'm building another ambo it is time to get the 2nd bedroom going!
This time I'm building from scratch! Clamshell type, all aluminum & fully insulated. Total cost will be similar to my 1st one but quite a lot more involved.
Outside box is 108" long by 62" wide. Habitable dimension will be 96" x 52"
1st was to bend and shear two 8x4 aluminum sheets (6061, 1/8"), cut some ends and get welding.
I made 2 frames, 1" x 4".
The lower frame will be welded inside the giant hole in the roof and will act as reinforcement for the box structure. It will expend 2" above the roof, stop water ingress and the canvass will attach on the outside.
The upper frame is welded to the poptop part and again acts as reinforcement plus mount for the canvass. Inside the frame I welded side to side U channels and glued in some 3/4" plywood. It will be the thermal barrier for the inner ceiling.
Some pictures to better explain and last picture to show why a poptop was likely a better idea... lol
Some might recall my 1st poptop on my previous ambo (AmbuLand).
It was simply a fiberglass RTT that I had cut the floor to create a pass-through. Worked well enough, much cheaper than other options (CCV...). One thing that I didn't like with that design was closing it back to travel mode. Not as easy as, let's say, a Westy.
Now that I'm building another ambo it is time to get the 2nd bedroom going!
This time I'm building from scratch! Clamshell type, all aluminum & fully insulated. Total cost will be similar to my 1st one but quite a lot more involved.
Outside box is 108" long by 62" wide. Habitable dimension will be 96" x 52"
1st was to bend and shear two 8x4 aluminum sheets (6061, 1/8"), cut some ends and get welding.
I made 2 frames, 1" x 4".
The lower frame will be welded inside the giant hole in the roof and will act as reinforcement for the box structure. It will expend 2" above the roof, stop water ingress and the canvass will attach on the outside.
The upper frame is welded to the poptop part and again acts as reinforcement plus mount for the canvass. Inside the frame I welded side to side U channels and glued in some 3/4" plywood. It will be the thermal barrier for the inner ceiling.
Some pictures to better explain and last picture to show why a poptop was likely a better idea... lol
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