Are you looking for a carport, garage, workshop, or guest house plans? Look no further! This 24×24 shed roof outbuilding can serve many purposes! With 576 square feet, there is plenty of room for whatever you have in mind- a garage, carport, workshop, or guest quarters. At the standard 3:12 pitch, the ceiling rises to over 16 feet, but we include variations for 4:12 and 5:12 pitches to give you some options. Increase the ceiling height and add a loft for storage or sleeping! Either way, windows in the upper section will create a light-filled space.
Show off your timber framing skills with this design- along with mortise and tenons, you will cut scarf and spline joints. This will be a structure you want to show off to friends and family!
The 28-sheet set of plans includes 3-dimensional renderings and plan, elevation, and sectional drawings. We include detailed drawings showing each cut on every timber, so no guesswork is involved. We also provide a timber list and fastener schedule, so you know what you need when purchasing your materials. The plan set is formatted to 8/12” x 11”, and you can easily print it from home or your neighborhood copy shop.
Is this 24×24 Shed roof outbuilding, compatible with metal CONNEX fastners.?.
What makes this specifically for an outbuilding and not for a dwelling?
The exposed timbers in the overhang, but it certainly can be used for a dwelling.
Could this be expanded to 36′ x 24′ with two levels and used as a home?
Yes! You can either do those changes in the shop or we can create a custom plan for you. If the latter interest you please reach out to me at brice@timberframehq.com.
Would it be possible to remove the front center post so there is a unblocked 24 foot wall in the front of the structure?
https://i.ibb.co/xXh3Lr9/24×24-Shed-Roof-Plan-1-3.jpg
That way I can pull a 14-16ft wide trailer inside.
It is possible, but it would need to carry a lot of loads as this frame has a load-bearing ridge.
Hello, is there a way to remove the center post space (perhaps shortening it to 20×24 or 16×24 so it is an open space with no center post?
Thank you,
Helen
guddfellow@gmail.com
Yes, you can span that distance with a parallel chord, take a look at the plan at https://timberframehq.com/lean-to-shed-plan/ it utilizes that clear span in the middle wall section. Depending on your location you may be able to span the 24′. Contact us at support@timberframehq.com for more information.
Hi, can you tell me what the longest length beam I would need for this plan? I’m guessing 12’ but wanted to check for sure.
Ryan, click here for the timber list.
What would it cost to adapt this to a 48′ x 24′ structure with the roof peaked in the center and be suitable to add straw bale walls? I am planning a large workshop so center posts would not be a problem if needed.
Beth, the best way for you to get a price to do that would be to visit our Custom Design page and fill out the questionnaire- thank you!
Is this plan editable in Sketch-Up? I want to change the post heights to 18-16-14, and I also need to change the building footprint to 24×22…
Let me know. Thanks . SB
Steve, we do not provide the sketchup files for our plans.
Hello I would like to buy the plans for my future garage (24’deep x 32′ wide) do you have a plan similar to:
https://timberframehq.com/24×24-shed-roof-outbuilding
But for a footprint of 24’deep x 32’wide. ?
We don’t have a 24×32 plan but you can head to our custom design page to find out about the services we offer: https://timberframehq.com/custom-design/
How much is it to get architectural drawings with the plans?
Ruben, we can help you with that through our custom design department. In order to get in communication with our team and receive an estimate for the work, please go to this page and fill out the questionnaire
You need some plans for solar carports for condo associations. In my case it would be 8 cars, with solar panels facing south, 8:12 rise.
Our Custom Design Department could help you with that.
Can this building be built on a pre- existing stem slab foundation?
Yes, provided that the footings where the posts are are strong enough for the point loads coming down on them.