slimbozy
Member
I would like to start by saying thank you to this site and all the members who have given tons of advice (unknowingly), inspiration and ideas to this build.
This is my first post but I have been in the process of gathering ideas and such from here for some time now and would like to formally ask for help and to share what I am trying to accomplish.
My brother, dad and I are in the planning stages of building our dream shop to work on farm equipment and restore older tractors. We want to upgrade from the trusty sky shelter!
Our plans so far are to construct a steel building:
50' wide x 75' long x 18' high
2:12 pitch
24'x16' insulated sectional door centered on front gable end
14'x14' insulated sectional door centered in middle bay along right wall
3" insulation in roof and walls
2 man doors
2 windows
Gutters and downspouts
Wainscot
8' interior liner panels
5" concrete floor 4000psi
PEX in floor heat with rigid insulation and vapor barrier
There are a ton of details that we are trying to work out before we commit to signing a contract.
We have quotes from multiple people in our general area, North East NC.
We have them from 40x60 to 60x60 and have found that the best bang for the buck was to go with the 50x75.
These are without the 2 doors, electrical, floor heat components, wainscot, liner panels, and a 1:12 pitch
50x50 = $20.19/sqft
50x60 = $19.10/sqft
50x75 = $17.66/sqft
These are without the 2 doors, electrical, floor heat components
50x50 = $21.93/sqft
50x60 = $20.71/sqft
50x75 = $19.13/sqft
These are without electrical, floor heat components
50x50 = $26.32/sqft
50x60 = $24.35/sqft
50x75 = $22.06/sqft
These are without floor heat components but with a generic quote for electrical from the builder
50x50 = $31.88/sqft
50x60 = $30.02/sqft
50x75 = $26.79/sqft
Here is a few renderings of what we would like to see.
The side man door is on the wrong side of the 14x14 door, I couldn't get it to move it to the other side. I would like for it to be on the left side of the 14x14 when looking into the building from the outside.
I have multiple questions:
Where would the best place to setup the manifold and boiler for the heated floor be?
The main service for the building will be at the left wall near the large front door end.
How many loops/zone would work best?
Currently there is plans to stub in plumbing for a bathroom and future kitchenette/living quarters up against the back gable wall.
Here is a rendering that my brother created on the floorplanner website:
*The left wall in the current view is the "back" wall.
The small room with the 2 hot water heaters is the spot we were thinking of placing the controls for the in floor heat. If this is not the ideal location please let us know. We would like to get it as close to right the first time.
Here is a 3D view of the corner that I would consider to be the main work area with a work bench along the wall, toolboxes and a movable metal table for projects.
In the plan view of the shop there is a truck facing the "bottom" wall. We are planning to install a 2 post car lift in that area. My question is how far back should we plan on the main uprights being anchored to the floor so that before the concrete pour we can have that area dug down a bit more for extra strength and piece of mind?
I know we need enough space to have a work bench or toolbox against the wall and room to walk around the front of the vehicle but I have never had the luxury of using one so I am unsure and want to have it in the right area.
The next question is that of the electrical for the building.
We want to have an outlet for welding purposes at each of the large openings and one near the lift. Does the auto lift take 240 or 120? The boiler for the floor heat does it take 240 or 120? The air compressor will be on a pad outside by the electrical service point so that one shouldn't be a long run.
When doing the general electrical outlets on a building of this size how many should be in one circuit?
I have read in the past that at main work areas to have them spaced closer together so you have plenty of options so I know we want to do that at the lift area and at the main work area.
What other things should I be taking into consideration when planning for the electrical?
I know this is a lot and probably needs to be divided up and put into separate topics but I wanted to start here and take any suggestions as they come. Thank you in advance.
This is my first post but I have been in the process of gathering ideas and such from here for some time now and would like to formally ask for help and to share what I am trying to accomplish.
My brother, dad and I are in the planning stages of building our dream shop to work on farm equipment and restore older tractors. We want to upgrade from the trusty sky shelter!
Our plans so far are to construct a steel building:
50' wide x 75' long x 18' high
2:12 pitch
24'x16' insulated sectional door centered on front gable end
14'x14' insulated sectional door centered in middle bay along right wall
3" insulation in roof and walls
2 man doors
2 windows
Gutters and downspouts
Wainscot
8' interior liner panels
5" concrete floor 4000psi
PEX in floor heat with rigid insulation and vapor barrier
There are a ton of details that we are trying to work out before we commit to signing a contract.
We have quotes from multiple people in our general area, North East NC.
We have them from 40x60 to 60x60 and have found that the best bang for the buck was to go with the 50x75.
These are without the 2 doors, electrical, floor heat components, wainscot, liner panels, and a 1:12 pitch
50x50 = $20.19/sqft
50x60 = $19.10/sqft
50x75 = $17.66/sqft
These are without the 2 doors, electrical, floor heat components
50x50 = $21.93/sqft
50x60 = $20.71/sqft
50x75 = $19.13/sqft
These are without electrical, floor heat components
50x50 = $26.32/sqft
50x60 = $24.35/sqft
50x75 = $22.06/sqft
These are without floor heat components but with a generic quote for electrical from the builder
50x50 = $31.88/sqft
50x60 = $30.02/sqft
50x75 = $26.79/sqft
Here is a few renderings of what we would like to see.
The side man door is on the wrong side of the 14x14 door, I couldn't get it to move it to the other side. I would like for it to be on the left side of the 14x14 when looking into the building from the outside.
I have multiple questions:
Where would the best place to setup the manifold and boiler for the heated floor be?
The main service for the building will be at the left wall near the large front door end.
How many loops/zone would work best?
Currently there is plans to stub in plumbing for a bathroom and future kitchenette/living quarters up against the back gable wall.
Here is a rendering that my brother created on the floorplanner website:
*The left wall in the current view is the "back" wall.
The small room with the 2 hot water heaters is the spot we were thinking of placing the controls for the in floor heat. If this is not the ideal location please let us know. We would like to get it as close to right the first time.
Here is a 3D view of the corner that I would consider to be the main work area with a work bench along the wall, toolboxes and a movable metal table for projects.
In the plan view of the shop there is a truck facing the "bottom" wall. We are planning to install a 2 post car lift in that area. My question is how far back should we plan on the main uprights being anchored to the floor so that before the concrete pour we can have that area dug down a bit more for extra strength and piece of mind?
I know we need enough space to have a work bench or toolbox against the wall and room to walk around the front of the vehicle but I have never had the luxury of using one so I am unsure and want to have it in the right area.
The next question is that of the electrical for the building.
We want to have an outlet for welding purposes at each of the large openings and one near the lift. Does the auto lift take 240 or 120? The boiler for the floor heat does it take 240 or 120? The air compressor will be on a pad outside by the electrical service point so that one shouldn't be a long run.
When doing the general electrical outlets on a building of this size how many should be in one circuit?
I have read in the past that at main work areas to have them spaced closer together so you have plenty of options so I know we want to do that at the lift area and at the main work area.
What other things should I be taking into consideration when planning for the electrical?
I know this is a lot and probably needs to be divided up and put into separate topics but I wanted to start here and take any suggestions as they come. Thank you in advance.








