Great Forum! I'm learning lots. I could use some initial advice on my planned building.
My plan is to build a 40x60x16 garage beside the existing carport (which I will enclose also).
Main areas of the garage:
> Parking for bus/motorhome, 15 x 60 with 12w x 14h door (another car might fit in this area too)
> Parking for 10'h van, and another vehicle, 25 x 25
> Shop, finished, 17 x 25
> Gym, finished, 17 x 25
(Only the bus parking needs the full height, so might have some loft/office/storage space above some other areas)
Initial sketch attached.
I assume the most cost-effective way is a standard size steel building--I've been reading reviews here for vendors.
A few questions...
1. With 40' of width on the end, is one 12' wide door and one 20' wide door the best way to get the most parking? I don't see how three doors would help and it would cost more, right?
On the doors, it seems that regular garage doors waste the space above them when they are much shorter than the ceiling. Are roll-up doors cost effective, or other option?
2. I want a door from the attic above the carport into the new garage. Is there anything special I should do to allow for a door off the ground in the side of the garage?
3. Since parts of the garage will be finished, is there anything I should do to prepare for insulation and finished wall surfaces (drywall or plywood) on those parts?
4. Windows. In the shop, gym or even parking areas, what's your advice on windows, perhaps high ones for light and ventilation?
5. Concrete pad. I build a house on a slab on which I needed to park similar vehicles. There the engineering spec was '4" slab - 3000 psi concrete with wwf 6x6xw1.4xw1.4 on 6 mil poly vapor barrier and clean, well-compacted sand' -- for this garage, would I use a similar spec for the entire thing, or would it vary, since only part of the garage needs to support a 22 ton bus?
I'm guessing the concrete might be the most expensive part of the whole thing. Any tricks to getting the best deal?
Thanks much for your thoughts!
My plan is to build a 40x60x16 garage beside the existing carport (which I will enclose also).
Main areas of the garage:
> Parking for bus/motorhome, 15 x 60 with 12w x 14h door (another car might fit in this area too)
> Parking for 10'h van, and another vehicle, 25 x 25
> Shop, finished, 17 x 25
> Gym, finished, 17 x 25
(Only the bus parking needs the full height, so might have some loft/office/storage space above some other areas)
Initial sketch attached.
I assume the most cost-effective way is a standard size steel building--I've been reading reviews here for vendors.
A few questions...
1. With 40' of width on the end, is one 12' wide door and one 20' wide door the best way to get the most parking? I don't see how three doors would help and it would cost more, right?
On the doors, it seems that regular garage doors waste the space above them when they are much shorter than the ceiling. Are roll-up doors cost effective, or other option?
2. I want a door from the attic above the carport into the new garage. Is there anything special I should do to allow for a door off the ground in the side of the garage?
3. Since parts of the garage will be finished, is there anything I should do to prepare for insulation and finished wall surfaces (drywall or plywood) on those parts?
4. Windows. In the shop, gym or even parking areas, what's your advice on windows, perhaps high ones for light and ventilation?
5. Concrete pad. I build a house on a slab on which I needed to park similar vehicles. There the engineering spec was '4" slab - 3000 psi concrete with wwf 6x6xw1.4xw1.4 on 6 mil poly vapor barrier and clean, well-compacted sand' -- for this garage, would I use a similar spec for the entire thing, or would it vary, since only part of the garage needs to support a 22 ton bus?
I'm guessing the concrete might be the most expensive part of the whole thing. Any tricks to getting the best deal?
Thanks much for your thoughts!

