Great series Tim, extremely interesting process for an uncommon architectural feature. I've been able to duplicate your calculations for each segment length by long hand geometry formulas but only because you told us in the previous videos that you cut the "common" rafters 3-ft long and wanted the curves to be 7-inches deep. My question for you is what details are given in the architects drawings to help you determine these starting points? Clearly it's not arbitrary on your part since you already framed out the ceiling tray long before it was time to cut curves. Hope you see my question and can clarify. Thanks, Tom C
Also, because I don’t fully understand how to use the calculator you lost me for a bit with your wizardry. You mentioned that the common rafter (arcs) were a 36 diag. and 6 pitch. But I confused that when you laid out the arc in video 2 and said 36 run and 7 rise. I realize now they are in reference to 2 different features of the calculator. Great video!
My bet would be the Makita because it’s lighter.. 🤔 That’s just hear say though. I own a DuhWalt and like it a lot. It does get heavy with a 9.0 battery..
Great question. At the time of this video I was reviewing all of the current cordless rear handle saws. You can read the full review here www.jlconline.com/tools/power-tools/cordless-rear-handle-saws_o
Hello I follow in Instagram tik tok RUclips thanks for everything you share soo my question is if you can explain how you calculate you ellipse more in details sorry but I need understand very well because I'm working in one project similar thanks for you attention
Wow, iv been framing for 20 years, and Iv never seen that no flip bevel trick.
I love it!
Thanks for that!!
If I had to pick one method to create an elipse this is the most versatile one for all
Sizes. Good work and great content
Lots of carpenters should watch this. Awesome job!!!
Thanks John, it was all those guys before me that I'm thankful were willing to teach
All this in one take no problem, it just rolls off your brain no problem at all haha I love your work man
thanks so much bro.
Most most most impressive mr awesome 👍🏻
Great series Tim, extremely interesting process for an uncommon architectural feature. I've been able to duplicate your calculations for each segment length by long hand geometry formulas but only because you told us in the previous videos that you cut the "common" rafters 3-ft long and wanted the curves to be 7-inches deep. My question for you is what details are given in the architects drawings to help you determine these starting points? Clearly it's not arbitrary on your part since you already framed out the ceiling tray long before it was time to cut curves. Hope you see my question and can clarify. Thanks, Tom C
Also, because I don’t fully understand how to use the calculator you lost me for a bit with your wizardry. You mentioned that the common rafter (arcs) were a 36 diag. and 6 pitch. But I confused that when you laid out the arc in video 2 and said 36 run and 7 rise. I realize now they are in reference to 2 different features of the calculator. Great video!
I'm sorry for the confusion. The rafter length is 36", I don't recall what the arc length is.
genius!! lofting
Right? I wish I understood it better.
OK, which saw do you prefer. The Dewalt in parts 1 & 2 or the Milwaukee in this video?
My bet would be the Makita because it’s lighter.. 🤔 That’s just hear say though. I own a DuhWalt and like it a lot. It does get heavy with a 9.0 battery..
Great question. At the time of this video I was reviewing all of the current cordless rear handle saws. You can read the full review here www.jlconline.com/tools/power-tools/cordless-rear-handle-saws_o
Good stuff 👍👍. . . .
And you said arch blade for you saw?
Do you use corded or cordless saw for framing?
cordless
Why do you need 2 rear handle 7 1/4 circular saws?
all framers need more than one saw
Some poor sumbeach got to sheetrock that. Nice job
Cool coool cooooool
Pro tip: Instead of 'Add/Recall/Memory' just hit Add twice - same result just but a bit simpler..
Hello I follow in Instagram tik tok RUclips thanks for everything you share soo my question is if you can explain how you calculate you ellipse more in details sorry but I need understand very well because I'm working in one project similar thanks for you attention
I watched “Part 1” and “Part 2”, now you’re on to Part 4”? 🧐
ahahahahaha I just changed it. Good catch ;-)
Why do I feel like no one I have ever worked with knows or could do any of this? lol