Do you plan on adding any windows? If so, maybe hold off on changes to the roof until after the windows are installed. With light coming in, you may feel differently.It was just standing in a cold dark box feeling and my hair warning me I was about to hit me noggin. In the others I’d been in I hadn’t felt it as much, yes they were taller, but maybe because they had fiberglass roofs and letting light in.
Yes, I was thinking that too. And look into skylights. I know there’s a leak factor there too, but much better seals and such for install. I don’t know if there are better windows/skylights for this type of application with aluminum or not. Maybe a used marine with new seals? Or if RV ones will do. Also having a white ceiling will help, I also saw one where there was up lighting around the top perimeter?Do you plan on adding any windows? If so, maybe hold off on changes to the roof until after the windows are installed. With light coming in, you may feel differently.
That was pretty much exactly what I had envisioned, just not all the terminology and specifics. Thank you so much, I learned a lot just from your reply. And consider the logistics needed to pull it off. Definitely would want to have an indoor shop.P42.. Like Workhorse ? The modern version of the Grumman ? I wouldn't be afraid to cut it. Though, I would only lift the rear section and not mess with the cab area and windshield area because they all taper back.
Right behind the cab area.. right behind the roof cross member behind the drivers seat, I'd cut straight across with a circle saw, then down each side.
The grummans and Workhorse had an extrusion along the top edge so you may need to cut that with a sawzall. I'd go down just under the extrusion or top riveted on section by an inch.
Cut all the way around the sides and back, simply propping up the who roof with 2x4's so the saw gap does not close on you. Clamps, brackets and screws should be used that once cut, it does not shift.
Of course ahead of cutting, you should have prepared a mechanism to lift, which ideally needs to be four jacks, one in each corner. There are a handful of jacks that could be used here, even four old bumper jacks. The thing is you need to control it so it can only go straight up.
Once up, you can extend the interior vertical beams/braces (I know older trucks had them every 16" but new ones as much as 48" apart), and tie in the raised section.
I'd only fill the new gap however with the same thickness of aluminum as what was there. You can rivet it onto the existing vertical studs.
The two new cuts you have all the way around where the new sheets are put in can simply be overlaid with a strip of aluminum 1-1/2" wide. Fastening is up to you as there are body adhesives and 3M tapes that would be plenty adequate when combines with a few mechanical rivets.
Then you have to turn your attention to that new big front facing gap. Here, I would form/roll up some nice round corners with flanges top and bottom to tie into the original parts, and a flat section across the middle, all angled down towards the windshield. It could be angled such that you build yourself a new storage area up on top of the front cab roof like those Areo cab fiberglass sections on some Van front box trucks.
Depending on how much time you have to go hunting, you might even find a fiberglass front you can use.
Leaks ? Not with todays fancy urethane caulks. But you do need to think ahead with flanging your sheet materials accordingly to avoid problem areas. And, your working with aluminum... way different than the school bus guys. Always use aluminum and stainless fasteners.
Certainly a doable job. But as always, you have to personally ask if it is worth it, can you afford it, can you do it yourself, and are you willing to see it thru ? NOTHING is impossible if you just stick to it. Keep throwing money at it.... eventually, it could get done.
It sounds like quite a bit of work, but I don't see why it wouldn't work, after all school bus roofs are curved. Would you actually gain any headroom though?Has anyone tried to put a curved roof on? Like with Shepherds Huts (“G*psy Wagons”).
They are stronger, need less framework, curved which helps with wind load. The existing roof supports could stay, or at least some. What is the biggest weakness of cutting into the roof ribs for placing fans, skylights, ect?
I’m just curious if anyone has tried it, thought of it, seen it?
It’s basically just removing the skin, and building trusses. It would not be cutting into any of the supports, and Curved construction is stronger. And would it not help with wind?
Yes, there is a matter of installing solar panels and such, which for many is a big factor. There are ways to secure them on curved roofs. But that aside.
Sure, depending on the curve, the radius, obviously not on the sides, but in the center, plus the visual draw upwards will make it appeared taller, not a flat board pressing down on your head. Even if I didn’t take any of the crossbars down.It sounds like quite a bit of work, but I don't see why it wouldn't work, after all school bus roofs are curved. Would you actually gain any headroom though?
You can’t recommend any of the roof modifications? Boo.I can't recommend any of this roof modification, but the story about your grandmother and Cora is epic! That whole journey for sure would need it's own thread! You're so lucky to have a journal like that!
Umm … you don’t recommend it ..I can't recommend any of this roof modification, but the story about your grandmother and Cora is epic! That whole journey for sure would need it's own thread! You're so lucky to have a journal like that!
If you left the existing supports, it would look cool if the outer roof was translucent. Then you could use the existing supports for storing lightweight things at one, or both ends, of the roof. Or storing insulation panels for when it is really cold. Slide them over the supports.The existing roof supports could stay, or at least some.
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