วีดีโอ

Thanks! It’s a family favorite! And I love my salt and pepper shaker. Got them on Amazon! Thanks for watching!!

@@JasonFreyaldenhoven-l2z it is! Give it a shot! Thanks for watching and your kind words!

Thanks!! I made the change. hope you enjoyed the video. Cheers!

@@aga5979 I’m not quite sure the capacity but it’s plenty sturdy. I was able to stand on the edge while I put the roof on and it was solid. I weighed about 230lb at the time.

@@R_Barz thanks for watching and your comments. The cost for materials when I built this in 2021 was about 4k. The cantilever design gets its lateral stability from the friction on the posts from the ground. That is why you need to go five feet down. If you bolt to concrete it will not work as mine was built.

@@Mikayla-v5h NOV 11th!

Ha!! Thanks for watching!

@@gunkanjima3408 glad it helped. Thanks for the commemts

@@HonestbudSadegh thanks for the watch and positive feedback!

@@thomasfamily5730 I’m sorry. I don’t have any plans other than what’s in the video. I just took it slow and one step at a time.

@@gsmoneygsmoney1479 my posts are about 9’-6” apart.

@@gsmoneygsmoney1479 thanks for the positive feedback! I appreciate you watching!

@@UGrove16 awesome. Glad it helped!!

Thanks for the kind words. Mortise and tenon is next level skills!! Best of luck on your build. Let me know how it turns out. Better yet, make a video and post it!

Column depth is what provides lateral stability to cantilevered structures. When you dig the post holes you should bell out the bottom for additional friction on the column base. 5’ depth has provided the stability and strength I wanted and I have had no issues in high wind. If you have concerns you can always consult a structural engineer to confirm the column depth for your soil and weather zone.

Thank you Sir! Unfortunately, I don’t have drawings anymore. The sketch in the video is what I used mostly. I had some measurements once but those are long gone. We are located in Austin, Tx so no snow load. Just the occasional thunderstorms and wind gusts. You could increase the slope of the roof to shed snow quicker. The strength of the structure comes from the column depth in the ground and the out riggers. The plywood also provides added lateral stability. It’s really sturdy so minus a hurricane I would feel pretty good about just about anywhere.

Thanks for watching. I’m glad you liked it!

Thanks for the positive vibes my friend! I appreciate you watching and I love thenfeedback

@@chriswinnek7200 I just subscribed to your channel🤙🏼 I’d like to see more videos of this content. I’m in the construction industry here in Miami. I always like to see different building ideas. Thanx🙏🏼

Yeah. Good catch they are 2x8x10. I realized I said that after I posted the video and was too lazy to fix it. lol. You are the first person to catch that so take that as a complement that you were paying attention! Best of luck with your build. Let me know how it turns out. Better yet video it and post it!

Thanks! I watched it quite a few times lol. I just finished mine this weekend, was for a customer and came out great. Went with an open design and used a nice material for the underside of the roof. I wish I was able to post pictures here! But yeah maybe a video one day. But thanks again for posting really enjoyed this

@@EpicByte91 That looks amazing! It looks well built and extremely sturdy! It also is very pleasing estheticly. Very nice proportions and scale. I hope you make millions on these!

Thanks for the kind words!

Thanks! I’m glad it helped!

I’m sorry to say that I don’t. The only thing I used was the section sketch that is in the video. I did do some research to verify The materials used would meet the spans between the 6x6 posts. Those posts are about 10’ apart and the 2x6x16s overhang the outside of the beams about 3’. The roof is 8x16. 4 sheets of plywood on 2x6x16 rafters and 2 2x6x8 rim joists. The rest is covered in the video. Look at the angles on my sketch and you should be able to figure it out. Best of luck with your build. Let me know if you have any questions and I will help anyway I can.

Thank you Chris. Starting the work this weekend. Will let you know how it will turn out.

Thank you for the feedback! And thanks for watching!

Thanks for taking the time to comment. I’m glad you liked it!

I haven’t. If your truck is parked it should be fine. PVC shouldn’t scratch your tailgate. I wouldn’t use it while driving tho.

Thanks for watching and for the kind words!

Wow! Thanks for the kind words! I appreciate the feedback. It has been a real pleasure to receive comments from folks. I never would have dreamed this video would be so watched!

Glad it was helpful!

Gracias!

Wow! I’m So glad it helped! Please let me know how your project turns out!

How did your project turn out?

Thanks for the kind words!

Thanks for the kind words! If understand your question correctly, you are asking if it is possible to build a deeper roof than the 8’ I used. I think it is absolutely possible. I recommend that you keep the roof overhang on the high side no more than two thirds of the total roof depth. Also I recommend you increase your columns from 6x6 to 8x8. That will give you more lateral stability for the increased surface area and wind load of the larger roof. As always you should consult an engineer to ensure safety.

Hahaha. Yes. The depth is what gives a cantilevered structure it’s lateral stability.

If it can handle a roof and Cedar tongue and groove ceiling I would feel confident that it could support the vines. But if you have concerns you can always consult an engineer. Good luck! Let me know how it turns out!

Awesome! Glad it helped

No brackets on the posts and footing. The cantilever design requires the post to be sunk into the ground and secured with concrete to provide lateral stability to the structure. The friction of the ground on the posts actually holds structure in place.

The come in 10ft lengths n

Wow! That’s crazy!!

Thanks for the kind words!

That’s for the comments! The column depth is important and there are specific math formulas that you can use but in general the deeper post goes down the more lateral stability it creates. I did some research and determined that 5’ depth would be sufficient for my 6’ front side overhang with a 2’ back side over hang. The 17 degree angle of the roof also shifts the center of gravity back towards the post. The depth of the column footing required to support a cantilevered beam depends on various factors, including the type of soil, the weight and dimensions of the beam, and the specific load and structural requirements. If you are building a heavy structure you should consult a structural engineer or a qualified professional to determine the appropriate footing depth for your specific situation. They will consider all relevant factors to ensure the safe and stable support of the cantilevered beam. As far as getting the dirt out of the hole, I actually rented a commercial grade shop vac from Home Depot. I chipped away with the dig bar and vacuumed out the loose dirt. It worked great for me because the soil in my area is dry and rock free.

I saved a ton of money by building it myself and planning out the most economic design with modular sizes that had minimal material waste.