RotaryLove
Active member
Hello everybody! Its been five or six years since I posted on here last. The wife and I closed on our first property together recently, and I'm looking to setup our shop for building project cars. We're beyond grateful for being able to afford this caliber of property so close to town at such a young age! I'm coming from a 28x32x10 garage shared with household belongings, moving into our new to us dedicated shop. Can you all help with some tips for getting this building looking and functioning much better for working on cars and trucks?
While this shop is fairly low on her list of priorities it'll be where I spend most of my free time. For a little bit of back story it was used to house all sorts of property maintenance and gardening related tools and equipment for the 3 acre plot. The building is quite large for my needs, with a small bump out off the back which houses a water heater I presume is for radiant heat in floor heat circuits. It appears to be stick-framed, tin sided, insulated with fiberglass insulation, walls finished with painted OSB, ceiling finished with white tin, and has two sub panels inside. The main panel is poorly installed, missing covers, and not well trimmed. There are many bare/unsheathed wires stapled to the walls/ceiling. A couple spots of water damage evident throughout the building. a relatively small broken window that has been completely covered from the inside, and a dividing wall which doesn't suit our needs.
My main concerns are the water damage spots, and verifying the electrical is safe for now. Maybe finding a way to pretty up the OSB and hide the seams better. That said, I would like to remove the dividing wall and add in a doorway/steps to access the attached shed from the inside. I couldn't get the pilot lit for the water heater, which I'd like to verify works ASAP as fall is coming and we're on the outskirts of St Paul. If it indeed does have functioning radiant heat I need to see if I can get a FLIR camera in there, it would be lovely to get a 2-post installed down the road.








This image below shows the attached shed off the back with the water heater inside. I need to remedy the cause of the water damage, and I'd like to replace the opening near the floor with a proper door.

This image is to the left upon walking into the only service door to the building. Between the concrete slab and the walls is an exposed perimeter of what appears to be 2" pink foam insulation. Any ideas on how to finish this?

Thanks everyone!
While this shop is fairly low on her list of priorities it'll be where I spend most of my free time. For a little bit of back story it was used to house all sorts of property maintenance and gardening related tools and equipment for the 3 acre plot. The building is quite large for my needs, with a small bump out off the back which houses a water heater I presume is for radiant heat in floor heat circuits. It appears to be stick-framed, tin sided, insulated with fiberglass insulation, walls finished with painted OSB, ceiling finished with white tin, and has two sub panels inside. The main panel is poorly installed, missing covers, and not well trimmed. There are many bare/unsheathed wires stapled to the walls/ceiling. A couple spots of water damage evident throughout the building. a relatively small broken window that has been completely covered from the inside, and a dividing wall which doesn't suit our needs.
My main concerns are the water damage spots, and verifying the electrical is safe for now. Maybe finding a way to pretty up the OSB and hide the seams better. That said, I would like to remove the dividing wall and add in a doorway/steps to access the attached shed from the inside. I couldn't get the pilot lit for the water heater, which I'd like to verify works ASAP as fall is coming and we're on the outskirts of St Paul. If it indeed does have functioning radiant heat I need to see if I can get a FLIR camera in there, it would be lovely to get a 2-post installed down the road.








This image below shows the attached shed off the back with the water heater inside. I need to remedy the cause of the water damage, and I'd like to replace the opening near the floor with a proper door.

This image is to the left upon walking into the only service door to the building. Between the concrete slab and the walls is an exposed perimeter of what appears to be 2" pink foam insulation. Any ideas on how to finish this?

Thanks everyone!











