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HOW TO BUILD A SHED
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- Опубликовано: 24 ноя 2019
- This is part 3 of a 5 part video series on building a shed. In this episode I cover building and installing the rafters, installing the perlins, and I frame up the end-wall.
This shed was built in spring of 2019 and the total cost of materials was $3500
Here is the materials list.
Part 1
10- 4X8X16 concrete blocks (pads)
12- 2x6x12' treated (for runners/beams)
24- 2x4x12' treated (floor joist and girth boards)
8 pcs 4'x8'x3/4" ADVANTECH subfloor (available at lowes)
5 lbs 3" deck screws
5 lbs 2" deck screws
Part 2
14- 2x4x12 ’ regular (Top & bottom plates + perlins)
16- 2X4X10’ regular (Top & bottom plates + perlins)
42- 2x4x8’ regular (Studs + bracing)
2- 4x4x8’ Cedar-tone treated (porch header / loft floor) (Available at Menards)
3- 2x8x12’ Cedar-tone treated (porch header / loft floor) (Available at Menards)
1-2x8x8’ Cedar-tone treated (porch header / loft floor) (Available at Menards)
10 lbs 16 penny nails
2 lbs 3” deck screws
Part 3
26-2X4X8' (rafters)
2 pcs 4x8x7/16" O.S.B. (rafter plates)
6 - 2X4X12' (spacer perlins)
11-2x4x16' (roof perlins)
1 - 2x4x12' (roof brace)
5 - 2x4x10' (end-wall framing)
3 - 2x4x8' (end-wall framing
1 - 2x4x12' (end-wall perlins)
1 - 2x4x10' (end-wall perlins)
4 - 2x4x8' (end-wall perlins)
5 lbs 16 penny nails (framing)
3 lbs 8 penny nails (rafter plates)
Part 4
Roof and trim = (CHARCOAL Color)(crinkle texture)
16 pcs metal 66” (upper part of roof)
16 pcs metal 30” (lower part of roof)
4- 8’x3 ½” corners (Shed wall corners)
4-10’x3 ½” corners (ends of the roof)
6 pcs rat guard (bottom of sidewall metal)
8 pcs j-channel (around the doors)
5 pcs drip edge 4”x4” (bent for a 24/12 pitch) (roof eave)
5 pcs break trim 4”x4” (bent for a 10/12 pitch) (break between upper and lower roof)
3 pcs ridge cap (peak of roof)
1 bag of 2” Charcoal screws (250) (to fasten the roof metal)
1 bag of 1” Charcoal screws (250) (to fasten corners)
32 solid foam closures (under break trim and ridge cap)
1 - 4’x125’ roll of bubble-wrap (roofing underlayment)
Sidewall metal = (IVORY color)
2 pcs metal 120” (each side of garage door)
3 pcs metal 85” (each side of entry door)
14 pcs metal 83” (both sidewalls)
4 pcs metal 54” (2 center pieces on each gable end)
2 pcs metal 3’ (2 outer pieces on gable above porch)
2 bags 1” Ivory screws (500) (sidewall metal)
Garage door trim = white
1 pc 1 ½”x7”x10’ (hemmed on both sides) (bottom piece)
3 pcs 1 ½”x 4 ½”x10’ (sides and top pieces)
1 lb 1 ½” roofing nails (to nail trim on)
1 lb 1” white stainless steel trim nails (to nail garage door trim and seals)
Part 5
Deck
9 - 5 1/2 X 10’ treated decking
2lbs 2 1/2” deck screws
Loft
9- 5 1/2” X 10’ treated decking
Or 1 1/2 pcs 4’ X 8’ Advantech
2lbs 2 1/2” deck screws
8’ wide X 7’ tall Garage Door
2-7’ garage door seals
1-8’ garage door seal
Garage door latch
1-36” Entry door (left hand)
Doorknob/deadbolt combo
Pack of shims
2- 24” wide X 36” tall windows
1-18” wide X 24” tall (loft) window
1 lb 1 1/2 roofing nails
Secondary loft (light weight storage)
7-2x6x12’. (Loft Joists)
2-2x4x8’ (cut in 12” for blocks to support 2x6)
3 pcs 7/16” osb (Loft floor)
18- 7/16” h clips
1 lb 2 1/2” screws
1 lb 1 1/4”!screws
Electrical
3 single nail on boxes
2 light boxes
1 plug-in & cover
2 3way switches & 2 single covers
2 white lamp holders & bulbs
60’ 14-3 wire
10’ 14-2
Wire staples
MATERIAL LIST IS NOT GUARANTEED
FOR ENTERTAINMENT PURPOSES ONLY
One of the first video's I've seen to walk you thru the entire build. Down to all the right cuts to make for the roof line. Excellent Job.. Thanks so much
Thank you Dennis! I appreciate your recognition of the details.
Still watching.. here.... from the philippines...JOSE
Awesome one-man build. Make a bird house for that mocking bird. -:)
Thanks man! Building my trusses now. Awesome videos!
Amazing! I can't believe that you complete the complex all by yourself!
Thank you! Was a fun project for sure!
I like to thank you because you have inspired me to go ahead and build my building that I've been putting off
And I’d like to thank you for watching. Appreciate your support. Good luck with your building!
All good but the roof construction is particularly impressive 👍🇺🇸🇬🇧
Awesome job!!! Now I want to build a shed next to my existing shed. I can't wait for the 4th video. Thx 4 an informative and easy watching video!
I have really been enjoying this series, thank you, and Happy Thanksgiving.
Thank you Matt! Happy Thanksgiving to you as well. Appreciate your support!
great series...looking forward to next part.
Thank you Mark! Appreciate the support!
You are very skilled .Great video
Q: What's a "tu ba for"?
A: Layin' down that sweet bass line!
Great video, fun to watch and educational.
Haha. Haven’t heard that one yet.
Gotta use all those tuba force😂
@@DaBrute If you think that's a good one, when I was in high school I worked at a hardware store. One day a guy that was in a huge hurry came in and said "Can you show me your cock?" I was kind of shocked and half laughing asked "WHAT???!!!" Then he raised his hand in the air and started to squeeze and open it and yelled "Your cock, your cock, show me your cock!" I was like "what the hell" but after a few more seconds I finally figured it out..."Oh, CAULK!"
Awesome clips. Thank you 🙏
Man thank you for the mockingbird. I havent heard one in years. And i just rememebered i missed it. 😃
Awesome. Very cool bird for sure.
Great Tutorial! Thanks!
Mocking birds are so cool.
Awesome video like always always full of lots of information thank you for sharing and have a happy Thanksgiving
Thank you, Scott! Happy thanksgiving to you as well!
fun to watch Pro,great job
Thanks Gregory!
I don’t know any bird in my region that has such a complex sing\call. VERY impressive, having said that, sometimes it’s a bit much. You can holler at them and they leave. Lol
I enjoyed it, actually.
U make this look easy thatd take me months to do.
First off I want to say I love the video boss thank you for the information I just had a question how do you find the measurement for each piece of gamble? For example I had a 10’ wide wall and was wondering how to find those dimensions.
Thank you. That’s a great question but unfortunately the answer is very complicated and would be difficult to explain here. I will put it in the list of video tutorials I need to make.
Looking good
Unbelievable, great work!
Thank you!
Exelent Job
Well done
@0:05 Never reliealized until a friend told me about mocking birds. Notice that sound pattern? Good ol back in the day car alarms... haha. Fun fact
Beau travaille .
You should make a show you do good work I do this kind of work to
Thanks Cody! I will do more of these videos as I can for sure. Finding the time to do it is my biggest hurdle.
Not bad for a first attempt 👍👍🇬🇧🇬🇧
Really enjoyed this, but I’ve never seen a roof like that shape before!
It’s called a Gambrel roof. A lot of old barns have it.
I love Gambrell roofs. Classy style. Great job man
Thanks Raymond!
In Europe they call it a Dutch barn roof
They’re very popular in my region (Oklahoma). I like the traditional yet steeper pitches roofs but (I may be mistaken) these roofs offer a significant amount of more loft space. And if you’re like me you need every possible usable square foot of space.
Hi there, great job , i also decided to build one just like urs , ur videos are been so much useful , just would like to ask u for the sides and degree cut for ur trusses? Thanks ,
Thank you. I gave the length and angles in the videos when I cut out the trusses. I believe it was part 3.
Geeze brilliant. That’s not a shed man that’s a personal gym for me.
Nice job
Thanks Paul!
Genial saludos cordiales desde Patagonia Chile.
¡Gracias! Es bueno saber de chile!
Lindo trabajo mi amigo.. Tengo que hacer una pequeña ampliación y con tu video creo poder hacerlo.. Saludos cordiales desde Patagonia Chile.. Mi ciudad Coyhaique región 11..
Gracias. ¡Lo mejor de lamer con tu construcción!
Impressive and you didn't need any help wow!
Just a question. I see your floor and cealing ate done with 2x4. When should 2x6 or 2x8 be used?
Just curious. Is it possible to keep the wood from splitting at the end as it had when you installed the rafters? Or is it just the way it is and the additional nailing is will help to hold the rafter in place?
And I’m loving the building series. Thanks for sharing your build. 🤗
Depends on the wood. More smaller nails are usually better than fewer large nails. Like using 6 8penny vs 4 16 penny.
You can put a nail in with a hammer, but first you need to flatten the tip of the nail, or the pointed part. This flattening of the nail tip has always worked for me to keep from splitting the wood.
Keep up the good work
Hey that bird on the telephone poll is a Loggerhead, they eat insects, let him see you throw out some mealworms, after a couple times he will eat them out of your hand.
Can you please tell me how much was the cost on material to build it love it good job
Thanks! I had $3500 in materials.
How will the exterior wall facing the house be painted ? and how will the house wall facing the shed be painted in the future ??
The house has vinyl siding... doesn't get paint. The shed has metal siding... probably wont ever need paint either.
OMG with the music!!
Did you go with 2x4x16' roof perlins so you could stager the joint/splice?
Don’t remember for sure what length I used but yea, definitely offset the joints.
Am I the only one who sees that giant llama on the hill when looking out of the door way? Lol
You pretty much built a house bigger than my studio apartment
How did you get a building permit, when you are building under a power line. Certainly would be against code here.
No building permit needed in my area because it is not considered permanent. No foundation, not anchored down, etc.
Great video. Just curious, How did you come up with a 20 1/2 degree angle for the cut where the two pitches meet? Thanks.
Thank you! Not sure if it’s the easiest way but here is how I figured it.
Add the degree where the bottom rafter sits on the wall (26 1/2 degrees) to the degree of the top rafter at the peak (22 1/2 degrees) which totals to 49 degrees. Subtract the 49 degrees from 90 degrees which is 41 degrees. So the angle difference where the top and bottom rafter meet is 41 degrees. You want to cut half that angle on the top rafter and half on the bottom rafter so you divide the 41 degrees by 2 which gives you 20 1/2 degrees. Hope this answers your question.
Got it! Thanks a ton
I wonder why they just use trusses and build out from the existing building.?
What was the total price of this build?
Materials cost me $3500
You soundeth of amish descent my friend
Hmmm, wonder why. 😉😁
Do you have plans for the shed .?
No. Unfortunately I don’t.
How much did you spend here?
$3500
Um... you're not building rafters, you're building trusses.
Rafters consist of top plates only and are normally built on site. Trusses consist of top plates, bottom plate, bracing, and are normally built in factories.
What I built has a top plate only.
@@MT_Homes I disagree but perhaps it is a regional thing. A rafter is a single piece of lumber with a plumb cut at the pitch angle where it meets the ridge and a combination plumb/level cut aka a bird mouth near the bottom where it meets the plate. It may also include an over hang extension that includes both a plumb cut and a level cut on the end to accommodate the cornice.
Eryc
Let me guess you’re a painter by trade ?
Nope, just a carpenter. Although I do paint on occasion.