it really is, ive very limited experience in shooting stuff myself and being able to crack jokes and communicate while still shooting and getting all the coverage is not easy! @@sup445
What about a Guinness World Records attempt for largest anglepoise light, there a record for largest floor light at 9.16 m (30 ft) high and was created by Fredrik Raddum and Martin Raddum in Oslo, Norway in February 2013.
I'm not worried about the size of the body, I'm wondering how you're going to get bulb big enough for it. If you're making it about 5x larger, you're going to need either an E135 screw fitting and an E135 lamp (this doesn't exist, E27 is the largest screw fitting commercially available), so Alec is going to have to turn a new (damascus) lamp thread and socket and also take up glas blowing. You could go with a B110 fitting, but again B22 is the normal commercial bayonet fitting so there may be some issues sourcing that.
You're taller in the morning because your body has not yet compressed to the gravity throughout the day.. may be a negligible amount of extra height, but still taller
I love seeing more "behind the sceens" style of filming. We get to see you act like people just having fun, as well as seeing yall produce great content!
I agree. It would be cool if Jamie mounted some birds eye view cameras capturing the whole process for choice moments when such interactions are worth seeing. Lord knows Jamie is probably just begging for at least a few hundred extra gigs per project.
I was thinking the same thing. This is a great edit. Well done Jamie. Music choices were stellar. That new black and white thing was awesome too. Well done.
Hey Alec, great video! Fun and different to the normal content. As a mechanical engineer in the crane industry (hook blocks and swivels) can I give you one piece of advise though? That shaft that you welded to the plate, you should consider remaking that. Run the shaft through both bearing blocks and through the base of tuning fork and weld it to the top plate. With all the weight that you are gonna put on top that will become a weak point when you start rotating and moving all that mass. It would be a shame if it all comes crashing down! If you look at the original lamp you can see they have actually done the same (although probably for manufacturing reasons). If you leave the shaft at the bearing block a bit longer you could thread the end and put a hex nut or halve hex nut on the shaft, secure it with a cotter pin and hey ho presto that thing ain’t going anywhere. Looking forward to the end result, cheers! Sander
Can you explain whether using two pillow block deep groove bearings is really more suitable for axial loads? I don’t quite see the logic in that. Wouldn’t a tapered roller bearing be much more suited to the task?
@@ncstudio333 tapered roller bearings are in fact better for axial loads, however using two he has doubled the lower axial capacity of the deep groove bearings. Using two does also help with the radial forces that will be applied by the giant lever that the rest of the lamp will be.
One thing they are also forgetting with the upscaling is that the mass is increasing to the power of 3. So 6x6x6 --> 216. So the springs force increase and arm length of the springs should match 216. For example the arm of the spring multiplied by 20 instead of 6, and the spring force multiplied by 10 instead of 6 so --> 20x10 is close to 216. This is also the reason why the larger lamps (of that design) have there rods further apart than the smaller ones. The squire cube law.
@@ncstudio333There are various reasons why one would use deepgroove bearings. To start, one should always use 2 bearings to create a stiff bearing or hinge point. Even though there is limited space between the bearings, this will ensure a hinge with little play or unwanted movement. Whether you use a ball bearing or tapered or any bearing for that matter, you should always double up. Now I suspect that these pillow blocks are deep groove angular roller bearings. These can take both axial and radial loads, just like tapered bearings. Are they as good as a tapered bearing? No, not as good but they are easy to use and cheap(ish). When you use a tapered bearing there has to be a load mechanism in place that keeps constant pressure on the bearing for it to operate as intended. Most tapered bearing constructions will use both a tapered and non tapered bearing: the non tapered for radial and the tapered for axial loads and self centering. It makes it a bit more complex than a bearing block (construction wise) and incorrect setting of the bearings can cause major issues with wear. So I would say in this case it is just a simpeler option than to use a tapered bearing.
I really like these projects of remaking an existing object. They’re so educational and crazy that someone invented all these complex yet seemingly simple things
I am enjoying Alec doing more things other than just knives/swords. While I do enjoy watching him practice the skill of knife making, it does get repetitive for someone who is not super in the know of the hobby. That is partly why I really enjoy MichealCthulhu. Doing stuff like the lamp/bike/crescent wrench is a nice breather.
1:40 is peak Jamie. I appreciate that he has the good sense to edit himself into these videos. Alex needs that voice of reason in his life and we're all richer for experiencing it.
Jamie saying " We don't need that light anymore, we're gonna have our own bloody light up there instead" just killed me. Jamie you're already the best camera man and editor I've seen anywhere on the internet, you can't go taking over the comedy world to.
When I saw the video pop up in my notifications, I only saw the "I'm Making The World's Largest Articulating Desk," and I got WAY more excited than I should have been.
I am enjoying the recent videos it feels like you and Jamie have found a good balance and it shows, the projects are interesting and the videos are fun. Can't wait to see the next part.
really nice project. from a forces standpoint you be best off having the two pillowblocks as far from eachother as possible. even mounting the second block on the underside of the box section would make the forces on the bearings a lot smaller
100% agree with this. I fear you will also have a similar problem on the other side. The pin should go through the basepate and also attach to the upper closeout on the Y. You’ll notice the pin on the small lamp does exactly that.
Jamie smashin it on the edit. I love those new effect your doing, looks like fashion shoot (but super cool),, you always killing the cinematography n this is just as delicious. Can’t wait to see what you guys get up to in the next vid. Thank you guys, love what your doing.
Have you thought about attaching servo motors to your lamp? then you would be able to adjust it with just a few buttons. Also, you'll be halfway to understanding how to make an animatronic dog. I know I've mentioned that dog before, I keep bringing up because I think that you could do it. 😀
Absolute top tier video production! The considered use of the different frame rates, colour and pacing… *chefs kiss!* Oh yeh and the lamp is pretty cool as well.
Yo Jamie's just showing off now. First the lamp catch, and now this gorgeous filming style? Once this is done I guess you guys cant be lampooned for not having enough lighting in the shop!
If you need to use a hole saw Alec, drill out a few small holes on the inside edge that the cutter intersects along. The hole saw broke since the chips cant evacuate and thus excess friction is introduced resulting in work hardening that will quickly dull the cutting edge and ultimately break the tool. Hope this helps! ~ From one machinist to anyone who reads this comment :)
Great advice there JN! if needing the inner disk: clearance holes in the outer. or peck drill & wire brush teeth between pecks. (good for other materials) wondering if the arbour pins were up to reduce chatter or as an SBE? if needing to run pins up (or for the smaller arbour size) a carboard washer massively eases disassembly. layers of masking tape at a push, but if your buddy has a lasercutter; ~0.75mm card & 12mm ID, 28mm OD or 15mm ID, 35mm OD for the 2 sizes of arbour respectively. hope that helps someone out there! :-j
One thing to keep in mind for the pivot points is that there is a sweet spot for friction where it can be moved but the friction helps hold the links in position. This is because you don't get a constant spring force throughout the range of motion, so you can't simply tune the springs to always perfectly support the weight, so some friction is needed to help it balance.
I greatly appreciate the time, energy and money you invested in this project. What great fun. I wish I had 1/4 the talent and skill you have. ArmySoldier SE Oregon
I love seeing Alec and Jamie’s shenanigans again it’s so great to see all the goofy and silliness I’ve missed it. I love all the projects you do Alec and this is such a random but cool thing to make
Here's a thought, if you choose to name your latest creation, may I suggest "hurricane lamp" ) I have been wanting to say, a project you might find challenging sometime, a DIY induction heater coil. Heat half inch round stock in seconds 👍
For the lightbulb you should use a 600w or 1000w high pressure sodium bulb with an electronic ballast. That way you'll have one hell of a bright light that is super affordable, cheap to maintain AND you can also dim it down on the ballast... And probably catch a tan underneath it. Or grow plants. I'm looking forward to seeing how this turns out👍👍👍
Just started to get into miniature painting and I'm using one of these. It performs very nearly as well as a much brighter and expensive lamp because I am able to adjust the angle so easily that while I don't have as much light its where I need it to be.
Jamie really popped off with the edit! It reminded me of why I started watching the channel in the first place! (Also the fact that the "tuning fork" was a slightly lower A flat is surprising)
Loving the Colin Furze-esk vibe for a video idea and also the more chaotic and old school Alec coming through in the always incredible videography and editing of Jamie
Alec, just a little insight, those bearing and flanges you have are just called 4 bolt flanges. A pillow block looks more like a arch or rainbow. At least here in Canada.
I really love where this series is going lately. I've watched this channel grow over the years and really come into its own. What a fantastic journey to have shared with Alec and this awesome community. To many years to come! Cheers!
REALLY looking forward to seeing how chunky the springs are going to have to be for this. Considering how heavy the levers will be and the fact that the load on the levers is proportional to their length SQUARED...going to need a lot of friction or some giant springs.
I feel like the bottom plate will rip off (probably not, but it is sub-optimal), if you can please replace the pin with a longer one that goes all the way through to the next plate as well. The same goes for the bearing blocks, if you add some separation by mounting the blocks further apart it will be way stronger. Alternatively, if you had put the bearing blocks on each of the upper and lower faces of the tuning fork's center section, you could have just embedded a pin in the concrete for it to sit on.
@Alecsteele Now make a drafting arm for all the designs you draft.. (they make it more convenient when drafting really anything) I have the large one but wish I would of bought a keuffel and esser paragon jr. Could of made a smaller table but lesson learned.
I like that you guys are evolving in your editing (props to jamie), for me it was just a tiny bit too fast to follow the steps. Maybe i am a bit tired and overworked tho :)
This is pretty cool. Although that forks are spinning quite fast. Is there a way to add a little bit of friction? Like a big washer or somethin? Exited to see part 2. Super solid so far.
Have you looked at the style that don't use springs and instead hold their position with counterbalances and pantograph linkages? I built an oversized but not nearly as large as this version a few years ago, and it holds it's position with none of the bounceback or dead zones that springs sometimes give. The other benefit is that you can move the counterweight around to adjust the much further away head when its out of reach
Jaime is correct that your spine elongates a little when lying prone. Gravity will shorten the spinal column when standing erect. I work for NASA in the Life Support area and this is something that has been observed as a result of space flight. The Russian cosmonauts have to wear a special garment prior to scheduled return in the Soyuz vehicle that is designed to compress the spinal column. They need to do this based on the seat design of the return capsule. The seat design is such that it supports their entire spine. There is a special insert created for each cosmonaut/astronaut that fits inside the seat bucket. This insert is effectively a form fitted foam cushion. The special garment used on orbit is to ensure that the crewmember fits within their specific seat cushion for return.
the rollers that feed the wire for the welder might be too tight its supposed to just barely hold on to the wire. if its too tight it'll crush and deform the wire causing it to rub against the liner of the lead which cause bird nests, arc back, and even sometimes completely sever the wire. i hope this helps a little
you should make something with "grinder room" dust damascus, soakk a couple pounds in alcohol, skim any floaters, make a canister, and use a ton of flux while folding 3-5 times for "puretiy ' reasons. maybe make a casing hammer/glave set, or make a basic square for marking with a scribe to go with it.
You're going to have to use some kind of grow room (for oh I don't know, chili's?) Light for that, and they require a pretty heavy ballast module to boost from, so be sure to design that in Alec, to the base! The giant CFL bulbs are very standard home use, appearing, and around ~120 + Watts.
woah the editing at 9:30 is sick! i like the shots but the b&w cuts are a bit jarring. still cool though. I'm so excited to see how this lamp turns out!!
great looking project mate but can i just say the making sequences/montages in this video were excellent! i especially liked the quick succession black and white shots in them. good on ya Jamie
Looking forward to this build. It’s going to be fun. And also fun watching you when you have to move it around. Also curious how you’re going to raise and lower it.
when I took a welding for artists class, MIG was my favorite type of welding but holy cow was it a pain when the wire started to do what the instructor referred to as "bird's nesting" when it feed into the enclosure rather that the hose
Love it! Love it! Love it! This is by far your best video yet. Love the editing, the jokes, the breakdowns...just amazing. Thank you for the effort. It shows. Can't wait to see how the lamp turns out.
Oh, before you say "That's only 14ft". We decided after making the base that we want to make the lamp larger... new steel is on it's way 😂
it really is, ive very limited experience in shooting stuff myself and being able to crack jokes and communicate while still shooting and getting all the coverage is not easy! @@sup445
What about a Guinness World Records attempt for largest anglepoise light, there a record for largest floor light at 9.16 m (30 ft) high and was created by Fredrik Raddum and Martin Raddum in Oslo, Norway in February 2013.
With the shots and the editing style on this video I wasn't sure if this was an Alec Steele build or a music video 😂 loved it 👌🏼
I'm not worried about the size of the body, I'm wondering how you're going to get bulb big enough for it.
If you're making it about 5x larger, you're going to need either an E135 screw fitting and an E135 lamp (this doesn't exist, E27 is the largest screw fitting commercially available), so Alec is going to have to turn a new (damascus) lamp thread and socket and also take up glas blowing. You could go with a B110 fitting, but again B22 is the normal commercial bayonet fitting so there may be some issues sourcing that.
You're taller in the morning because your body has not yet compressed to the gravity throughout the day.. may be a negligible amount of extra height, but still taller
The note that it made is a slightly sharp G4, or a Very flat A5 flat. So yeah, Alec you got it pretty close.
This is what I found as well, remarkably close for a random object.
The nerd in me got a tuner out as well. I'm glad it wasn't just me lol
I love seeing more "behind the sceens" style of filming. We get to see you act like people just having fun, as well as seeing yall produce great content!
I agree. It would be cool if Jamie mounted some birds eye view cameras capturing the whole process for choice moments when such interactions are worth seeing. Lord knows Jamie is probably just begging for at least a few hundred extra gigs per project.
I think Jamie might actually be one of the best editors on UA-cam, it’s all just incredible
Personally i hate that type of editing, i prefare to be able to actually see whats happening
I know, I'm in love with the music choices. The editing is top notch, but the music is just *chefs kiss*
@@ALATON157"hate" huh? Well aren't you just a ray of sunshine.
I was thinking the same thing. This is a great edit. Well done Jamie. Music choices were stellar. That new black and white thing was awesome too. Well done.
Lixian from Markiplier is outstanding too, his use of animation and improv acting from mark is second to none.
Hey Alec, great video! Fun and different to the normal content.
As a mechanical engineer in the crane industry (hook blocks and swivels) can I give you one piece of advise though?
That shaft that you welded to the plate, you should consider remaking that. Run the shaft through both bearing blocks and through the base of tuning fork and weld it to the top plate. With all the weight that you are gonna put on top that will become a weak point when you start rotating and moving all that mass. It would be a shame if it all comes crashing down!
If you look at the original lamp you can see they have actually done the same (although probably for manufacturing reasons). If you leave the shaft at the bearing block a bit longer you could thread the end and put a hex nut or halve hex nut on the shaft, secure it with a cotter pin and hey ho presto that thing ain’t going anywhere.
Looking forward to the end result, cheers!
Sander
Can you explain whether using two pillow block deep groove bearings is really more suitable for axial loads? I don’t quite see the logic in that. Wouldn’t a tapered roller bearing be much more suited to the task?
@@ncstudio333 tapered roller bearings are in fact better for axial loads, however using two he has doubled the lower axial capacity of the deep groove bearings. Using two does also help with the radial forces that will be applied by the giant lever that the rest of the lamp will be.
One thing they are also forgetting with the upscaling is that the mass is increasing to the power of 3. So 6x6x6 --> 216. So the springs force increase and arm length of the springs should match 216. For example the arm of the spring multiplied by 20 instead of 6, and the spring force multiplied by 10 instead of 6 so --> 20x10 is close to 216. This is also the reason why the larger lamps (of that design) have there rods further apart than the smaller ones.
The squire cube law.
@@ncstudio333There are various reasons why one would use deepgroove bearings.
To start, one should always use 2 bearings to create a stiff bearing or hinge point. Even though there is limited space between the bearings, this will ensure a hinge with little play or unwanted movement.
Whether you use a ball bearing or tapered or any bearing for that matter, you should always double up.
Now I suspect that these pillow blocks are deep groove angular roller bearings. These can take both axial and radial loads, just like tapered bearings. Are they as good as a tapered bearing? No, not as good but they are easy to use and cheap(ish).
When you use a tapered bearing there has to be a load mechanism in place that keeps constant pressure on the bearing for it to operate as intended. Most tapered bearing constructions will use both a tapered and non tapered bearing: the non tapered for radial and the tapered for axial loads and self centering. It makes it a bit more complex than a bearing block (construction wise) and incorrect setting of the bearings can cause major issues with wear.
So I would say in this case it is just a simpeler option than to use a tapered bearing.
@@joey93livenlyes, this is true, and it is important-but partially mitigated by the fact that all the major pieces are hollow.
I love the levity in this video, Alec and Jamie bts clips were hilarious, amazing filmography as well, well done lads
I was laughing so hard I was in tears. A great project and great editing.
I really like these projects of remaking an existing object. They’re so educational and crazy that someone invented all these complex yet seemingly simple things
Jesus the cinematography in the montage around the half way point was top notch. Way to go Jaime
Cheers man!
I am enjoying Alec doing more things other than just knives/swords. While I do enjoy watching him practice the skill of knife making, it does get repetitive for someone who is not super in the know of the hobby. That is partly why I really enjoy MichealCthulhu.
Doing stuff like the lamp/bike/crescent wrench is a nice breather.
Pixar would LOVE LOVE to have this masterpiece in their lobby! If they don't have one already.💡💡💡💡💡💡💡
mad props for the editor for that sick tapering montage!
Yes!
1:40 is peak Jamie. I appreciate that he has the good sense to edit himself into these videos. Alex needs that voice of reason in his life and we're all richer for experiencing it.
What I love most about these videos is the chemistry between Ankle and Jam
oh wow! love how the sounds of the forge blend into the music. That's adding so much to synchronised forging montage. Awesome job Jaime
Jamie saying " We don't need that light anymore, we're gonna have our own bloody light up there instead" just killed me. Jamie you're already the best camera man and editor I've seen anywhere on the internet, you can't go taking over the comedy world to.
Damn, the editing on this one is just straight menacing.
Aaaand, just as I post that, it gets chill as hell. Took me straight for a ride, that.
Great project! I look forward to seeing how you tackle the lamp shade, it looks like you might need a wheeling machine?!
Do you happen to know where he might get his hands on a Ranalah?
When I saw the video pop up in my notifications, I only saw the "I'm Making The World's Largest Articulating Desk," and I got WAY more excited than I should have been.
I am enjoying the recent videos it feels like you and Jamie have found a good balance and it shows, the projects are interesting and the videos are fun. Can't wait to see the next part.
These black and white time lapse edit things are bang on. Lush videography
really nice project. from a forces standpoint you be best off having the two pillowblocks as far from eachother as possible. even mounting the second block on the underside of the box section would make the forces on the bearings a lot smaller
100% agree with this. I fear you will also have a similar problem on the other side. The pin should go through the basepate and also attach to the upper closeout on the Y. You’ll notice the pin on the small lamp does exactly that.
The production quality this video has gone up so far! One of my favourite videos so far! Well done guys!
I enjoyed the "having fun in the shop" vibe that this video showed. Jamie and Alec have a great screen chemistry.
I have to say, I really really liked the stop motion footage of you shaping the "leg" section of the lamp. Very satisfying, please keep doing it.
I absolutely love the banter between Alec and Jamie. Cracks me up and I love the extra energy that Jamie adds to the videos.
Jamie smashin it on the edit. I love those new effect your doing, looks like fashion shoot (but super cool),, you always killing the cinematography n this is just as delicious. Can’t wait to see what you guys get up to in the next vid. Thank you guys, love what your doing.
Thanks! Glad you enjoyed
I love this project and really enjoyed the dynamic filming--over the shoulder shots and black and white stop motion.
Jamies editing skills are incredible. I know I say that every video but it bears repeating.
Thanks a bunch! 👍🏻
Jamie secretly became the best camera man on UA-cam. Dope AF
Love the cinematography of this video. Amazing Jamie !
Jamie, dude. The cinematography in this one was extraordinarily good. Congratulations, this was a whole new level of quality.
Thrust bearings might also be good for the bottom:)
Man that sequence of shots around 7:00 is so beautiful, well done @JamiePopple
@jamie Love the edit! The black/white stop-motion-y bits were great.
Have you thought about attaching servo motors to your lamp? then you would be able to adjust it with just a few buttons. Also, you'll be halfway to understanding how to make an animatronic dog. I know I've mentioned that dog before, I keep bringing up because I think that you could do it. 😀
The guy doesn't have anything even close to the expertise to achieve this.
FIRE EDIT Jamie! Such great B-Roll!
Absolute top tier video production! The considered use of the different frame rates, colour and pacing… *chefs kiss!*
Oh yeh and the lamp is pretty cool as well.
Yo Jamie's just showing off now. First the lamp catch, and now this gorgeous filming style? Once this is done I guess you guys cant be lampooned for not having enough lighting in the shop!
If you need to use a hole saw Alec, drill out a few small holes on the inside edge that the cutter intersects along. The hole saw broke since the chips cant evacuate and thus excess friction is introduced resulting in work hardening that will quickly dull the cutting edge and ultimately break the tool. Hope this helps! ~ From one machinist to anyone who reads this comment :)
Great advice there JN!
if needing the inner disk: clearance holes in the outer.
or peck drill & wire brush teeth between pecks. (good for other materials)
wondering if the arbour pins were up to reduce chatter or as an SBE?
if needing to run pins up (or for the smaller arbour size) a carboard washer massively eases disassembly.
layers of masking tape at a push, but if your buddy has a lasercutter; ~0.75mm card &
12mm ID, 28mm OD or 15mm ID, 35mm OD for the 2 sizes of arbour respectively.
hope that helps someone out there! :-j
Your tuning fork @11:21 is almost a perfect G4. Nice wirk. Haha
Jamie outdid himself again with the editing and cinematography, whoa! 😮👌🏻
This is gonna be the coolest project by far!!
I'm so excited!!
One thing to keep in mind for the pivot points is that there is a sweet spot for friction where it can be moved but the friction helps hold the links in position. This is because you don't get a constant spring force throughout the range of motion, so you can't simply tune the springs to always perfectly support the weight, so some friction is needed to help it balance.
Jamie really out did himself with editing on this video! Keep up the good work
I greatly appreciate the time, energy and money you invested in this project.
What great fun.
I wish I had 1/4 the talent and skill you have.
ArmySoldier
SE Oregon
I'm excited for this project! It's stupid and over the top and I love it.
I love seeing Alec and Jamie’s shenanigans again it’s so great to see all the goofy and silliness I’ve missed it. I love all the projects you do Alec and this is such a random but cool thing to make
Here's a thought, if you choose to name your latest creation, may I suggest "hurricane lamp" )
I have been wanting to say, a project you might find challenging sometime, a DIY induction heater coil. Heat half inch round stock in seconds 👍
For the lightbulb you should use a 600w or 1000w high pressure sodium bulb with an electronic ballast. That way you'll have one hell of a bright light that is super affordable, cheap to maintain AND you can also dim it down on the ballast... And probably catch a tan underneath it. Or grow plants.
I'm looking forward to seeing how this turns out👍👍👍
Just started to get into miniature painting and I'm using one of these. It performs very nearly as well as a much brighter and expensive lamp because I am able to adjust the angle so easily that while I don't have as much light its where I need it to be.
I don't want to imagine the power of the scaled up light bulb ! Blinding !
Enjoying the montage work with the angles, B&W, etc. Fun project too!
Jamie just slaying the edit in here🔥🔥
Absolutely love this new style of editing
Jamie really popped off with the edit! It reminded me of why I started watching the channel in the first place! (Also the fact that the "tuning fork" was a slightly lower A flat is surprising)
Loving the Colin Furze-esk vibe for a video idea and also the more chaotic and old school Alec coming through in the always incredible videography and editing of Jamie
Alec, just a little insight, those bearing and flanges you have are just called 4 bolt flanges. A pillow block looks more like a arch or rainbow. At least here in Canada.
The edeting is insane in this Vid. Love all the different styles in this Vid. Greets from Germany!
Can I just give some big kudos for the videography in this video? The video is great but the footage and editing it top notch.
that photograpy black and white editting was really cool!
Jamie was definitely inspired in the recording/editing in this one, nicely done mate
I really love where this series is going lately. I've watched this channel grow over the years and really come into its own. What a fantastic journey to have shared with Alec and this awesome community. To many years to come! Cheers!
Jayme killed it with the cinematography and editing!
I haven't enjoyed one of your videos this much in a long time! Keep it going!
Top tier editting!!! Videos like this is why I've found myself subscribed to some "random blacksmithing channel". Absolutely love it!
Jamie killing it with the montage at 6:45!
love the larger scale project! Maybe you would consider making an old farm-style windmill of approximately the same scale in the future?
REALLY looking forward to seeing how chunky the springs are going to have to be for this. Considering how heavy the levers will be and the fact that the load on the levers is proportional to their length SQUARED...going to need a lot of friction or some giant springs.
Put a camera on it to make Jamie happy.
Have a wonderful week everyone
I feel like the bottom plate will rip off (probably not, but it is sub-optimal), if you can please replace the pin with a longer one that goes all the way through to the next plate as well. The same goes for the bearing blocks, if you add some separation by mounting the blocks further apart it will be way stronger.
Alternatively, if you had put the bearing blocks on each of the upper and lower faces of the tuning fork's center section, you could have just embedded a pin in the concrete for it to sit on.
@Alecsteele Now make a drafting arm for all the designs you draft.. (they make it more convenient when drafting really anything) I have the large one but wish I would of bought a keuffel and esser paragon jr. Could of made a smaller table but lesson learned.
The cinematography in this ep is dynamic AF. I see you Jamie.
I like that you guys are evolving in your editing (props to jamie), for me it was just a tiny bit too fast to follow the steps. Maybe i am a bit tired and overworked tho :)
one of the best thing about your channel Alec, we can still feel you guys having fun making videos
This is pretty cool. Although that forks are spinning quite fast. Is there a way to add a little bit of friction? Like a big washer or somethin? Exited to see part 2. Super solid so far.
Have you looked at the style that don't use springs and instead hold their position with counterbalances and pantograph linkages? I built an oversized but not nearly as large as this version a few years ago, and it holds it's position with none of the bounceback or dead zones that springs sometimes give. The other benefit is that you can move the counterweight around to adjust the much further away head when its out of reach
Jaime is correct that your spine elongates a little when lying prone. Gravity will shorten the spinal column when standing erect. I work for NASA in the Life Support area and this is something that has been observed as a result of space flight. The Russian cosmonauts have to wear a special garment prior to scheduled return in the Soyuz vehicle that is designed to compress the spinal column. They need to do this based on the seat design of the return capsule. The seat design is such that it supports their entire spine. There is a special insert created for each cosmonaut/astronaut that fits inside the seat bucket. This insert is effectively a form fitted foam cushion. The special garment used on orbit is to ensure that the crewmember fits within their specific seat cushion for return.
the rollers that feed the wire for the welder might be too tight its supposed to just barely hold on to the wire. if its too tight it'll crush and deform the wire causing it to rub against the liner of the lead which cause bird nests, arc back, and even sometimes completely sever the wire. i hope this helps a little
This is such a sick project idea! Feels like the kind of project Colin furze would do. Can't wait to seeing the finished product
Jamie's having fun with the angles today!
you should make something with "grinder room" dust damascus, soakk a couple pounds in alcohol, skim any floaters, make a canister, and use a ton of flux while folding 3-5 times for "puretiy
' reasons. maybe make a casing hammer/glave set, or make a basic square for marking with a scribe to go with it.
You're going to have to use some kind of grow room (for oh I don't know, chili's?) Light for that, and they require a pretty heavy ballast module to boost from, so be sure to design that in Alec, to the base! The giant CFL bulbs are very standard home use, appearing, and around ~120 + Watts.
Jamie clearly levelled up. nice work !
woah the editing at 9:30 is sick! i like the shots but the b&w cuts are a bit jarring. still cool though. I'm so excited to see how this lamp turns out!!
Love the artsy style of editing in the recent videos
I’ve got to say, I do like this editing, it’s very nice.
great looking project mate but can i just say the making sequences/montages in this video were excellent! i especially liked the quick succession black and white shots in them. good on ya Jamie
Jamie really went above and beyond with that stutter step sequence. 😮
This editing is 🔥🔥🔥
Looking forward to this build. It’s going to be fun. And also fun watching you when you have to move it around. Also curious how you’re going to raise and lower it.
The camera work and editing is getting incredibly good, well done Jamie
Video quality and project on fire as ever.. thanks so much you two ❤
Bright idea!
when I took a welding for artists class, MIG was my favorite type of welding but holy cow was it a pain when the wire started to do what the instructor referred to as "bird's nesting" when it feed into the enclosure rather that the hose
Whoa Jamie is playing with some pretty cool shoots there! Excellent work!
Those black and white shots were gorgeous
Oooffff that welding edit Jamie.. unreal
Love it! Love it! Love it! This is by far your best video yet. Love the editing, the jokes, the breakdowns...just amazing. Thank you for the effort. It shows. Can't wait to see how the lamp turns out.
Just now catching up with all the uploads and man Jamie is top notch great job with the B role it was amazing