Good instructions. You could probably also make threaded galvanized pipe L's with flanges to mount to both wall and ceiling. Each stud/truss gets 2 lag bolts in the flange and the other two could be set with anchors for additional strength.
Great detailed instructions! I've been looking for a solution, all of them have been pretty expensive. Your solution is very economical and easy to build. Thank you very much!
I like this a little more compared to your other garage shelves with 2x4s only, but I don't have the bandsaw and vise. Wish I did, but I think I'll stick to 2x4s for this one.
great idea! Thanks for sharing! Looks like I will be buying a hand held pipe cutter. Feel like you don't waste near as much storage space as you would hanging with all wood. Plus it is just a cleaner look overall.
What a great design. I'm curious why you used lag bolts at the two EMT connections to the 2x3. Are those lag screws intended for load bearing? Are those connections load bearing? Could you use regular woods screws at the bottom?
It’s just what I decided to use. I would think they handle some load but I don’t know how much. You could probably get away with a regular wood screw but I know that a lag screw will hav a much higher sheer strength compared to a regular screw.
Would this suffice in a single car garage, would like to build ot over my workbench. 9feet wide perhaps 3 or 4 feet deep,able to mount into the 2 side and back walls, then awesome metal hangers for front. Is my desired build after seeing this video
Hmm... I do not have the tools for cutting and pressing the tubes. This project seems more labor intensive. I like the idea of using a metal rod coming down from the ceiling. I'm considering using 1/2" threaded rods with 3x2's.
This is a great idea!!!! I'm planning to do some of this in my garage/shop. I have a question though, how far apart are you mounting those brackets that support the conduit? 2 joist lengths apart?
Thank you! The three supports in the middle are at 48" spacing. (every other rafter) I had to move both end supports in to 24" spacing because of the bevel I made on both ends of the shelf.
I have used the same method in the past for hanging rods. But when I moved into my current home, they have a similar shelf, but with chains. I thought the chain method was expensive way to do it.
Thanks! That may be true for someone who is just getting started in DIY projects. Someone who frequently does DIY projects will likely already have the tools needed to build this shelf IMO.
The unresolved issue in all of these types of installations is the connection being made to the ceiling rafter. In this case, the installer refers to them as trusses. If in fact, it is a roof truss then the bottom cord of the truss is not typically designed for any additional weight to be applied and therefore may not be able to carry the loads imposed by the shelving system being attached to it. I would caution anyone to consult with a knowledgeable person regarding the ability of the ceiling rafter to carry the load to be imposed by each connection.
I totally get what you’re saying but why then do they sell these hanging shelves everywhere such as Home Depot, Amazon, etc etc. meant for your garage.
The unresolved issue in all of these types of installations is the connection being made to the ceiling rafter. In this case, the installer refers to them as trusses. If in fact, it is a roof truss then the bottom cord of the truss is not typically designed for any additional weight to be applied and therefore may not be able to carry the loads imposed by the shelving system being attached to it. I would caution anyone to consult with a knowledgeable person regarding the ability of the ceiling rafter to carry the load to be imposed by each connection.
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Good instructions. You could probably also make threaded galvanized pipe L's with flanges to mount to both wall and ceiling. Each stud/truss gets 2 lag bolts in the flange and the other two could be set with anchors for additional strength.
Thanks for the idea!
Great detailed instructions! I've been looking for a solution, all of them have been pretty expensive. Your solution is very economical and easy to build. Thank you very much!
You're welcome and thanks for stopping by! Semper Fi brother!
Thanks!
Thanks for stopping by!
This is the same way they hang the garage door rails. If it works to hold up a 400lbs+ garage door, No problem for a simple shelf. Nice job..:)
Thanks for stopping by!
Great ideas I like your style! I really like the conduit trick that adds strength and increases useable access!
Thanks for the kind words!
great build. I appreciate you including all the details of creating the brackets. brilliant use of EMTs. thank you.
Thank you for watching!
I like this a little more compared to your other garage shelves with 2x4s only, but I don't have the bandsaw and vise. Wish I did, but I think I'll stick to 2x4s for this one.
Using EMT this way is genius! Thank you!
I appreciate that! I really like this design too.
My garage ain’t high enough for this, but I still dig the whole design, awesome video man ❤
Appreciate it!
Nice job i would just use the angle iron for hangers instead of pipes less work and they are adjustable with holes in them.
Slick idea. Love your vice and band saw
Thank you
great idea! Thanks for sharing! Looks like I will be buying a hand held pipe cutter. Feel like you don't waste near as much storage space as you would hanging with all wood. Plus it is just a cleaner look overall.
Very true!
Nice design 👍🏻
Thank you! Cheers!
Very nice custom work! Great video.
Thanks! It was a fun project.
A grinder with a cutting wheel can also cut the angle iron. Can get both at harbor freight for under $20.
Yes that would work just fine too. Thanks for the suggestion!
Congrats!
Looks really good and you have used some good imagination!
Many thanks for sharing.
All the best,
mike-barcelona
Thanks, you too!
Obrigado pelas dicas!!!!
You are very welcome!
Thanks for video, great build \o
Thanks for stopping by!
What a great design. I'm curious why you used lag bolts at the two EMT connections to the 2x3. Are those lag screws intended for load bearing? Are those connections load bearing? Could you use regular woods screws at the bottom?
It’s just what I decided to use. I would think they handle some load but I don’t know how much. You could probably get away with a regular wood screw but I know that a lag screw will hav a much higher sheer strength compared to a regular screw.
This is awesome man! Great engineering!
Glad you like it!
Thanks for posting, I was looking for something like this to use in my garage.
I wish you the best!
That was pretty awesome I love it
Thank you, I really like this shelf design too!
Great video Bruce! Inspiring! You make it look easy!
Thank you P, I appreciate that!
Would this suffice in a single car garage, would like to build ot over my workbench. 9feet wide perhaps 3 or 4 feet deep,able to mount into the 2 side and back walls, then awesome metal hangers for front. Is my desired build after seeing this video
Hmm... I do not have the tools for cutting and pressing the tubes. This project seems more labor intensive. I like the idea of using a metal rod coming down from the ceiling. I'm considering using 1/2" threaded rods with 3x2's.
I've seen videos of people using threaded rods and I think they will work just fine. I wish you the best with your project!
Thx for your video
Glad you found it helpful!
Just what I was looking for.
Excellent
Thanks
This is a great idea!!!! I'm planning to do some of this in my garage/shop. I have a question though, how far apart are you mounting those brackets that support the conduit? 2 joist lengths apart?
Thank you! The three supports in the middle are at 48" spacing. (every other rafter) I had to move both end supports in to 24" spacing because of the bevel I made on both ends of the shelf.
Could metal strapping be used as effectively as the metal pipe?
I can’t answer that because I have never tried metal strapping.
Great garage storage tips! Nice clean work!
Thank you and I appreciate the nice comment! I wish you the best with your project.
I have used the same method in the past for hanging rods. But when I moved into my current home, they have a similar shelf, but with chains. I thought the chain method was expensive way to do it.
I agree, the chain method is too pricey IMO. I felt that the conduit was the most economical option and I’m pleased with the look and strength.
Great video, but you need a lot of equipment to purchase for just this project!
Thanks! That may be true for someone who is just getting started in DIY projects. Someone who frequently does DIY projects will likely already have the tools needed to build this shelf IMO.
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But thank you. At least I got some ideas from your video.🙂
The unresolved issue in all of these types of installations is the connection being made to the ceiling rafter. In this case, the installer refers to them as trusses. If in fact, it is a roof truss then the bottom cord of the truss is not typically designed for any additional weight to be applied and therefore may not be able to carry the loads imposed by the shelving system being attached to it. I would caution anyone to consult with a knowledgeable person regarding the ability of the ceiling rafter to carry the load to be imposed by each connection.
How much does that sheet rock weigh? 5/8” fire rock is pretty heavy itself.. I don’t think a Christmas tree and decorations etc are gonna be a concern
I totally get what you’re saying but why then do they sell these hanging shelves everywhere such as Home Depot, Amazon, etc etc. meant for your garage.
Blah blah
verhead garage storage rack
But much more affordable
The unresolved issue in all of these types of installations is the connection being made to the ceiling rafter. In this case, the installer refers to them as trusses. If in fact, it is a roof truss then the bottom cord of the truss is not typically designed for any additional weight to be applied and therefore may not be able to carry the loads imposed by the shelving system being attached to it. I would caution anyone to consult with a knowledgeable person regarding the ability of the ceiling rafter to carry the load to be imposed by each connection.