I definitely enjoy the voiceover commentary. It provides great perspective of what you were thinking during the build... especially with the more technical aspects.
That's sick! I've seen plenty of people just end up making versions that clamp to different places but that round tripod stand that wont fall is great!
Appreciate the efforts taken by you. You have both skill and will to do something for your own self. Your interest in teaching others the process is a blessing to others. Thanks.
Great work. All those techniques you use that some people might say are "wasteful" or "dangerous" or "incorrect" (like the chuck in chuck setup) are outside-the-box thinking and I support it. They are your tools, use them however you want to make whatever you want. If someone tries to knock you for "improper" use, they are just jealous of your good ideas.
A really impressive design, I really liked the modification of the base, in fact it is now much more stable and secure. I enjoyed watching the video, very well done. A cordial greeting from Spain.
You are an amazing engineer. I know the idea isn't new here, but your design and implementation is very nice. Just discovered you channel today-- I'm you newest subscriber. Thanks for taking the time to share your creations with is.
Very well done. I love the design. I appreciate seeing the process and details which worked or did not work. I also have iterations in my designs. I do not regret over designing something, but I often regret under designing. I do not think the collar and cables are overkill. They allow better adjustment than if you welded on pieces of round bar. Good idea for the 3 wheels so they always have contact if the floor is not even. The cable adjusters would be called turnbuckles in the US. Another good idea to allow adjustment if the cable stretches over time. Dave.
That is an awesome stand, thank you so much for sharing :) By the way, one of the best vibration dampening tricks for hollow tube is to fill it with sand. You may need to compensate for the weight of the sand by adding another base plate but that thing would be absolutely solid.
This is amazing engineering. I loved watching steel being worked to produce some very interesting designs. These, at the end, integrated to produce what is a very capable but complicated camera support. Some improvising was also necessary. However, this support is attractive and does the job (but it is a large tripod by any other name). It would be interesting to find out how much this tool interferes with your work. My final comment "Well done".
I really like the tripod great work! Only thing I see that I would add is to make another split ring to mount the battery. All your work is so neat and secure I think that would make an excellent addition. Thanks for your content.
Wow, nice design! I too am surprised that the tensioned wires work that well. I see you also have one of those Makita Battery-to-USB port things. I use one for my phone and took another apart to have a Makita battery connector for a project. Anyway, that's a sweet setup you've got now!
Yeah these things are great, they can power a camera for hours and most people have a few drill batteries sitting in their shop unused anyway. And they charge super fast!
5:25 a chuck in a chick lmao. I’m a machinist and I have done it too. End a endmill in the tailstock. Know it is wrong but you do what you got to do. Mine was a 6 jaw in 3 jaw. Need more bite and adjustment in a plastic part. Thank you for the video and taking me along on the build
@@PhilVandelay Re: A chuck in a chuck Tom Lipton frequently uses such a setup in his videos and I don't think anyone would accuse him of being anything less than a master machinist. He's been turning handles making spaceships and nuclear reactors since before most of us were born!
@@PhilVandelay I have recently upsized (I've always wanted a bigger spindle bore than I had, now I've finally got one I can get my arm into, up to the shoulder) but it's a struggle, when working alone, to get my 310mm 3 jaw off the floor and onto the sled I've built for sliding it along the bed and onto the spindle nose. So I tend to leave it on and chuck a smaller chuck in it for 4 or 6 jaw work, or for small stuff where the big chuck jaws are too cumbersome. I do have to be careful though - on two occasions now a chuck has shifted on me. It would not be fun to have even a 250mm chuck chasing me round the shop....
Your idea is a great one and think highly of it. One thing that is super simple that can improve tripod stability some (note, some) is hag a weight from it's center. Not as good as this but much easier and quicker. What I would call a field fix, not a permanent solution like this.
very nice solution, i've resorted to using a rode microphone arm very similar to your lamps. also above my desk and other area in the office i have 40mm pipe runing in the ceiling and i use lighting gantry clamps to hold lights/mics etc. I love the portability of yours. great job thanks
I actually think the raw materials excluding your own labor costs would add up to not even $80 total...aluminum/steel square and round stock pipes are really cheap as is raw steel plate and simple aluminum plate stock. I think the castor wheel are the most expensive rolling in at $15-18 each. Just google simple aluminum steel stock pipes and you'll see...You could make this entire build without any welder...Just bolted together...and that would be it. The more you know...
Very nice but you are correct the weld joint at the washer cable junction is a weak point. I attach all kinds of eyelets and endings to thick and thin cable with some custom crimp blocks I made for my hydraulic shop press (also homemade) I hoist 750 to about 1500 lbs often and never had one let go yet!
Yes I definitely wouldn't recommend this method to hang anything off it that has considerable weight, but for just keeping this pole upright it's worked fine so far. Good tip using the press for crimping
@@arnljotseem8794 Yeah I came across that when doing some research. Beautiful design, I'm not sure how much weight it could support though without the joints slipping (he uses a fairly light camera). DSLR setups get heavy quick when you don't use the cheap plastic lenses. As you saw in the video it's easy to underestimate that ;)
my dad would've hated this video... he's a mechanical engineer with 35 years experience, the fact you drilled 4x the number of holes than you actually needed in those aluminum tubes and the fact you machined 100% more parts than needed and didn't use standardized bought parts (saves on man-hour cost) would drive him mad ... i can hear him saying "that thing has been designed by a welder" (translated from my mother language)
Well I don't see any damn-mechanical engineers teaching me how to make cool stuff so unless you make a better video I will consider you a worthless troll
Good job on the camera arm! The base weight should have been over the wheels, since weight at the center has little effect. As far as the springs go, if you had made a sliding spring hanger for one end of each spring, you could adjust the spring tension based on whatever camera rig you install. Thes spring hanger should clamp on the tube with a peg to hold springs on each side, with a clamping bolt on the top or bottom.
In the interest of stability, please consider changing the base from 3 arms to 5 arms. In my experience with plant stands the 3 arm base, though seemingly stable on uneven surfaces, was very prone to tipping with any breeze (outdoors). I then tried 4 arms and that did not solve the problem either. I finally tried 5 arms, and though much more difficult to construct, this proved to be very stable in addition to offering the 3 arm advantage of being stable on uneven surfaces. I really like how you solve the problems with maximum complexity. Kind of my style. It gives me great satisfaction.
Before watching and subscribing, I was on same path with an old desk top lamp in hand to make an adjustable arm to film lathe & milling,,,This is an awesome and practical solutions to video shooting at any location.. Thx, and excellent camera footage and machining tips,,Bear in TX,,,PS Its 2am,,but had to watch to the end,,(@@)!
Re: four jaw in a three jaw. You have to dial it in anyway, so really - if you don't need the between-centres distance - it's a good idea and saves having to have/make a backplate. Also quicker than changing chucks on many lathes. Not as rigid, but doesn't matter for that particular job.
what if i use monitor arm attach on a pole? so i just need to make the base and some small modification, i dont have any tool and workshop here don't wanna make complicated request, they always make it quick and dirty.
It's quite often done on big lathes, in industry, but only for taking light cuts. It's a big job changing a big chuck, and if what you need is a smaller chuck for one operation, then it makes sense to avoid two heavy lift operations (involving a crane or a fork hoist). One advantage if that you can dial out nutation (where the lathe spindle axis is at a slight angle to the desired axis of workpiece rotation) as well as the more easily corrected situation of simple offset (where the axes are parallel but not coincident).
Have you considered magnetic mountings, often used on machine tools. You may have one handy. I wish I still had access to a Bridgeport Mill. flimsy crap tripods are hopeless. A substantial, wide dolly mounted tripod helps. I have used a telescopic pole stand with rolling base, for bigger Broadcast video cameras. A pivoting parallel motion arm on dolly is nice, if you have the space. Consider Manfrotto wall mounted arms for lights or a fixed camera (like a Go-Pro) for wide shots. mixed with longer "detail" shots.
Out of curiosity would you allow someone to just buy one... I don't need the middle part, just the extension arm so I can connect it to 2 super clamps and connect it to a C-stand (I want to be able to take it places).
This must be the most overkill dslr tripod ever! Great design, build, editing and story telling. Keep up the great work.
Sounds like he wants it to work *good.*
what about this one ? :P th-cam.com/video/V9e9ZWflCQU/w-d-xo.html
I do not know what I am more impressed with. The engineering, the craftmanship or the photography. Excellent work!
"if it's stupid and it works then it's not stupid"
Amen
yes we caught this
I NEED THIS
Can confirm, you need this
Giaco I think we ALL need this!! HAHAH
Ditto!
You’re a great builder @giaco hope you build it I also need these is a great solution
Me too, and not just “cameras/phones/tablets”
I definitely enjoy the voiceover commentary. It provides great perspective of what you were thinking during the build... especially with the more technical aspects.
That's sick! I've seen plenty of people just end up making versions that clamp to different places but that round tripod stand that wont fall is great!
This channel is so underrated it is criminal
I just love your monotone commantary and the enthusiasm for over engineering
Really nice stand. I'm so happy you didn't weld the casters on.
Haha, I admit I've done that before out of lazyness. But on this floor casters don't last long, so...
Appreciate the efforts taken by you. You have both skill and will to do something for your own self. Your interest in teaching others the process is a blessing to others. Thanks.
Wow the mechanics of this are great! Thanks for sharing the process.
Great work. All those techniques you use that some people might say are "wasteful" or "dangerous" or "incorrect" (like the chuck in chuck setup) are outside-the-box thinking and I support it. They are your tools, use them however you want to make whatever you want. If someone tries to knock you for "improper" use, they are just jealous of your good ideas.
A really impressive design, I really liked the modification of the base, in fact it is now much more stable and secure. I enjoyed watching the video, very well done. A cordial greeting from Spain.
Love the humour (and great fabrication techniques), This Old Tony would be proud ;-)
Dude this is so well crafted & though out. Quality is top notch.
18:20 hey man... at least you fully acknowledge your own over engineering endeavors!! Great build man!
I'm not gonna stop either, the next one will be even worse 😅
This thing is awesome! I though about the lamp mechanism as well and didn't really find something sturdy enough. And you just made it!
You are an amazing engineer. I know the idea isn't new here, but your design and implementation is very nice. Just discovered you channel today-- I'm you newest subscriber. Thanks for taking the time to share your creations with is.
I just love the idea of using cable stays to brace the upright. That's inspired!
Very well done. I love the design. I appreciate seeing the process and details which worked or did not work. I also have iterations in my designs. I do not regret over designing something, but I often regret under designing.
I do not think the collar and cables are overkill. They allow better adjustment than if you welded on pieces of round bar. Good idea for the 3 wheels so they always have contact if the floor is not even.
The cable adjusters would be called turnbuckles in the US. Another good idea to allow adjustment if the cable stretches over time.
Dave.
That is an awesome stand, thank you so much for sharing :)
By the way, one of the best vibration dampening tricks for hollow tube is to fill it with sand. You may need to compensate for the weight of the sand by adding another base plate but that thing would be absolutely solid.
Thank you for sharing us !👍
Great build thanks
This is amazing engineering. I loved watching steel being worked to produce some very interesting designs. These, at the end, integrated to produce what is a very capable but complicated camera support. Some improvising was also necessary. However, this support is attractive and does the job (but it is a large tripod by any other name). It would be interesting to find out how much this tool interferes with your work. My final comment "Well done".
I really like the tripod great work! Only thing I see that I would add is to make another split ring to mount the battery. All your work is so neat and secure I think that would make an excellent addition. Thanks for your content.
You can also use it for a nice light stand
Brilliant build!
Great content and naration. Thanks for the ideas and inspiration, will be knocking one of these out between now and new years. Thanks again.
man this was amazing. congrats :D
People are so nice in your comment section!
Also really enjoy your videos :)
With such approach your channel deserves much more subscribers!
Great workmanship both on project and shooting/editing. Thanks for your time to do this.
BEAUTIFUL, WONDERFUL AND GREAT PROJECT, THOUSAND FRIENDS CONGRATULATIONS
Wow, nice design! I too am surprised that the tensioned wires work that well. I see you also have one of those Makita Battery-to-USB port things. I use one for my phone and took another apart to have a Makita battery connector for a project. Anyway, that's a sweet setup you've got now!
Yeah these things are great, they can power a camera for hours and most people have a few drill batteries sitting in their shop unused anyway. And they charge super fast!
Can't imagine why it wouldn't work considering that's how they hold radio antennas up.
Genius !!! you can definitely make bunch of this and sell it world wide
I love the plans and the over-engineering. Keep it up!
Awesome! You're not the only one overengineering things, but at least you have excellent solutions!
5:25 a chuck in a chick lmao. I’m a machinist and I have done it too. End a endmill in the tailstock. Know it is wrong but you do what you got to do. Mine was a 6 jaw in 3 jaw. Need more bite and adjustment in a plastic part. Thank you for the video and taking me along on the build
Actually I could see myself doing this even if I had the backplate... simply because it's so much faster than changing the whole chuck 😅
@@PhilVandelay Re: A chuck in a chuck
Tom Lipton frequently uses such a setup in his videos and I don't think anyone would accuse him of being anything less than a master machinist. He's been turning handles making spaceships and nuclear reactors since before most of us were born!
@@PhilVandelay I have recently upsized (I've always wanted a bigger spindle bore than I had, now I've finally got one I can get my arm into, up to the shoulder) but it's a struggle, when working alone, to get my 310mm 3 jaw off the floor and onto the sled I've built for sliding it along the bed and onto the spindle nose. So I tend to leave it on and chuck a smaller chuck in it for 4 or 6 jaw work, or for small stuff where the big chuck jaws are too cumbersome. I do have to be careful though - on two occasions now a chuck has shifted on me. It would not be fun to have even a 250mm chuck chasing me round the shop....
This is so incredibly inspiring! It looks like it would be a dream to use.
Your idea is a great one and think highly of it. One thing that is super simple that can improve tripod stability some (note, some) is hag a weight from it's center. Not as good as this but much easier and quicker. What I would call a field fix, not a permanent solution like this.
Unnecessary complication is a common engineering tendency. Nice work.
This is brilliant to see, I have been trying to develop something like this for a while and this has given me inspiration to carry on. Thank you
I would love to see some cinematic shots made with that arm.
Brilliant!!! (Phil, i haven't seen you do anything 'stupid'.) Thanks for taking us along. 👍😊👍
Very nice, I like it. Can reach far enough but still balanced without falling.
Excellent build and design.
Great job.
very nice solution, i've resorted to using a rode microphone arm very similar to your lamps. also above my desk and other area in the office i have 40mm pipe runing in the ceiling and i use lighting gantry clamps to hold lights/mics etc. I love the portability of yours. great job thanks
That moment when your tripod is expensive than your Camera.
I actually think the raw materials excluding your own labor costs would add up to not even $80 total...aluminum/steel square and round stock pipes are really cheap as is raw steel plate and simple aluminum plate stock. I think the castor wheel are the most expensive rolling in at $15-18 each. Just google simple aluminum steel stock pipes and you'll see...You could make this entire build without any welder...Just bolted together...and that would be it. The more you know...
@@Lalaland.001 I think he was talking about the commercial solutions that Phil decided to forego.
I think you accidentally a word
Dude, this was very impressive. You are a genius.
The "Why? Because i can!" Man is here
Great vids man, keep up the good work, you are quite entertaining!
Suuuuper! Hab' gerade Dein Cargo Bike nachgebaut. Scheint nun nicht langweilig zu werden :-) weiter so!
Well done. I would have used Nyloc nuts where you need to adjust the friction. Even with the spring washers the nuts may work loose(r).
How much will you sell onefor
Very nice but you are correct the weld joint at the washer cable junction is a weak point. I attach all kinds of eyelets and endings to thick and thin cable with some custom crimp blocks I made for my hydraulic shop press (also homemade) I hoist 750 to about 1500 lbs often and never had one let go yet!
Yes I definitely wouldn't recommend this method to hang anything off it that has considerable weight, but for just keeping this pole upright it's worked fine so far. Good tip using the press for crimping
Very cool build. I wonder why your channel hasn't shown up in my suggested videos before now. Glad it did. Subscribed!
By the way, Have you seen Robin Renzettis (robrenz) carbon fiber tube and steel ball camera arm. Pretty cool, and super light weight.
The TH-cam Algorythm doesn't like me much recently, so I almost don't show up in suggested videos at all. Glad you found it anyway!
@@arnljotseem8794 Yeah I came across that when doing some research. Beautiful design, I'm not sure how much weight it could support though without the joints slipping (he uses a fairly light camera). DSLR setups get heavy quick when you don't use the cheap plastic lenses. As you saw in the video it's easy to underestimate that ;)
@@PhilVandelay Yeah, the bleeding algorithms. They are controlling our lives soon. Just wait for real AI to kick in..... we're doomed
really nice work - love to watch it
my dad would've hated this video... he's a mechanical engineer with 35 years experience, the fact you drilled 4x the number of holes than you actually needed in those aluminum tubes and the fact you machined 100% more parts than needed and didn't use standardized bought parts (saves on man-hour cost) would drive him mad ... i can hear him saying "that thing has been designed by a welder" (translated from my mother language)
Well I don't see any damn-mechanical engineers teaching me how to make cool stuff so unless you make a better video I will consider you a worthless troll
Thank you for both the video and the inspiration; all of this is RTMI.
Wow man that was awesome. Great work
Can make another arm for it for lights or monitors or even another camera
you are right, i can't argue with the results, but the chuck in the chuck had my cheeks clenched the entire time.
Could you try make 360 rotating 3-4kg camera rig?
Great Rig! Just a though... if you have a shop that you don't really move to far. you can do it overhead too
this is awesome. I was thinking about a similar rig that I can mount on my ceiling because I dont have space for a tripod in my shed.
What an amazing project! Impeccably done, thank you for sharing!!
Good job on the camera arm! The base weight should have been over the wheels, since weight at the center has little effect. As far as the springs go, if you had made a sliding spring hanger for one end of each spring, you could adjust the spring tension based on whatever camera rig you install. Thes spring hanger should clamp on the tube with a peg to hold springs on each side, with a clamping bolt on the top or bottom.
Very nice work!
thats awesome. i really enjoyed this. AND you offer the plans! sweeet
In the interest of stability, please consider changing the base from 3 arms to 5 arms. In my experience with plant stands the 3 arm base, though seemingly stable on uneven surfaces, was very prone to tipping with any breeze (outdoors). I then tried 4 arms and that did not solve the problem either. I finally tried 5 arms, and though much more difficult to construct, this proved to be very stable in addition to offering the 3 arm advantage of being stable on uneven surfaces.
I really like how you solve the problems with maximum complexity. Kind of my style. It gives me great satisfaction.
Good point, I hadn't even considered using more than four legs but I now that I think about it, it works pretty well on desk chairs
Have a nice day. How your new milling machine is, which model? Tell or show what changes you made to him.
Found his name in the prerepisk from Instagram.
Genius personified.
Before watching and subscribing, I was on same path with an old desk top lamp in hand to make an adjustable arm to film lathe & milling,,,This is an awesome and practical solutions to video shooting at any location.. Thx, and excellent camera footage and machining tips,,Bear in TX,,,PS Its 2am,,but had to watch to the end,,(@@)!
From where you got spring i have completed everything but it is stuck because of springs please help
Creative and funny I loved your videos and your unique personality man keep it up
Brilliant solution! You should patent this idea and sell them!
Re: four jaw in a three jaw. You have to dial it in anyway, so really - if you don't need the between-centres distance - it's a good idea and saves having to have/make a backplate. Also quicker than changing chucks on many lathes. Not as rigid, but doesn't matter for that particular job.
Great design Phil! Should make shot setup way faster!
I hate those cheap aluminium tripods too, but there is serious tripods too like gitzo, i love those.
what if i use monitor arm attach on a pole? so i just need to make the base and some small modification, i dont have any tool and workshop here don't wanna make complicated request, they always make it quick and dirty.
I wonder how much it cost to own all this cuttings/drilling machines
Super Nice , now i know, download and order.
I love the chuck-on-chuck action! Why didn't I think of this? thanks!
I've had some employees refuse to chuck a chuck.
It's quite often done on big lathes, in industry, but only for taking light cuts. It's a big job changing a big chuck, and if what you need is a smaller chuck for one operation, then it makes sense to avoid two heavy lift operations (involving a crane or a fork hoist).
One advantage if that you can dial out nutation (where the lathe spindle axis is at a slight angle to the desired axis of workpiece rotation) as well as the more easily corrected situation of simple offset (where the axes are parallel but not coincident).
if you want to stabilze it even more, add sand down the center collum
Amazing design 🤩
Wouldnt it be easier to pour concrete as a weight instead of using expensive steel?
Have you considered magnetic mountings, often used on machine tools. You may have one handy. I wish I still had access to a Bridgeport Mill.
flimsy crap tripods are hopeless. A substantial, wide dolly mounted tripod helps. I have used a telescopic pole stand with rolling base, for bigger Broadcast video cameras. A pivoting parallel motion arm on dolly is nice, if you have the space. Consider Manfrotto wall mounted arms for lights or a fixed camera (like a Go-Pro) for wide shots. mixed with longer "detail" shots.
I'm thinking of doing something similar using one of those Ergotron monitor arms. I can't believe Manfrotto doesn't already have something like it.
Absolutely excellent job! 👍 👍
Epic tripod and great job
Nice job!
Well done!
thank you so much
Out of curiosity would you allow someone to just buy one... I don't need the middle part, just the extension arm so I can connect it to 2 super clamps and connect it to a C-stand (I want to be able to take it places).
Methodical genius.
With your excellent stabilized camera platform please make more videos. Cheers!
top tier humor, amazing video
Good job!
Brilliant idea 💡
I loved your channel. Something engineering 🙂
How much weight does the arm support?