Thats the first thing I thought of too. AvE would have probably cut a seat for an o-ring to keep the shmoo in... but clearly it's not enough pressure to have to worry.
So many people freaking about him cutting the bandsaw blade. How do you think he got inside there to start with? Blade welder. A huge money saver when you can buy bulk coil of blade and make your own.
What a fantastic result. Great job. This technique is entirely new to me so I found it both enlightening and educational. Really appreciate you taking the time to share this. Very much looking forward to what you do next.
Bandsaws have a blade welder on them and you can get the blade off a roll cut it to length and weld the loop inside the part and then install the blade to cut parts like that.
I have now watched all of your speedster videos! I love this project, I am 27 and have been wanting to build something very similar since I was 14 and your series has been awesome to watch. Love the switch to the Jaguar inline six and all of the small details you are putting in. Can't wait to see more!
I've done exactly this except I used a pressure washer instead of a grease gun. Works great. You can also weld thin sheets together in the flat shape you want and then use the pressure washer to blow it out to shape.
When you cut out the circle on the 1/2" plate on the bandsaw how did you get the bandsaw blade into the middle of the circle? I saw you cut it at the end, did you cut and weld it?
2 holes appox 1'' in diameter were cut into the plate. The band saw blade was cut and then fed through one of the holes and then welded back together. The blade was then mounted on the band saw, when the hole was completed the blade was sacrificed and snipped again. You can cut and weld band saw blades all day. This is what you do when you don't have a CNC at your disposal, the young guy was using his head. Still wishes he was my son....
but the blade is tempered steel how can you weld it without braking it after ? I already tried it on a blade and it just snapped near the weld due to the difference in heat treating between the blade steel and the area heated by the weld...
As i find time i am working back through your vids,, i am constantly impressed with your work. Thank you for taking us along for the ride. Eddie C4 Australia.
given it looks like a bandsaw (one loop of blade going around and around) my question is how did he get the blade in? I might be mistaken as most reciprocal saws I've seen doesn't have blades that thin.
@@biagiomattiamoro1844 I'm in the same boat as you. Every blade I've ever seen for a band saw was one continus loop. So how the fuck did he get it in the middle in the first place 😂
Our vertical Bandsaws all had Blade Welders so you could weld the blade after you threaded it through the hole 🕳 I would just use our CNC plasma table to cut everything out in like 5 minutes bolt holes and all
Results look very good. Lots of work invested in that. You could use that method to emboss your logo on the caps. Spinning is another way of making circular dish-like objects, propellor spinners, (and even saucepans).
Spun aluminum is a far less involved from a tooling standpoint. Form could be turned on a lathe for one off a good hard wood would suffice for the form.
@@dakotaallen9259 with covid nowhere near me is doing this stuff, I already have the parts (free) and it really doesn't take any time or hassle unless you're new to metalworking, in which case you need the experience. You've never actually worked in a metal shop before have you?
I guess you could tac weld a little nub to keep the heads from spinning or somehow counter sink the hex shape into the metal plates on one side as a keeper.
Awesome!!! You are nailing the content quality!!! Keep it up!! How many young men do y'all know build an entire flipping vehicle at his age?!?! Not only the boat tail, but then we've got that amazing tank build from him as well!!!
Initial thoughts: "Augh, another hydro-forming video, why are people still making these. I'm not even sure why I'm watching this" As video progresses: eyes squinting* "my lord, this guy is onto something... "
I loved how clean looking the domes turned out and how perfectly defined the edge of it was when you unbolted the two halves - seems like that would be a great method to create small domes for speaker cone caps. Great Video!
Speaker cone caps need to be so light that you could literally form it by hand, just put a done on one piece of wood, a hole in another, and push them together by hand. Any aluminum heavy enough to need hydroforming would be WAY too heavy for a speaker cone dust cap. Some of them are only just thicker than kitchen aluminum foil, I even made one once for a speaker my kid put their finger through by taking one of those thin aluminum candle holders and just rubbing over it with my fingernail. Anything thicker than what you can do by hand is way too thick for speakers.
Aluminum can be stretched a lot more than you think. Most all cooking pots are just squished by a press, that's usually at about 5 to 6 inches! Same with soda cans, all are just pressed into the form.
Jason Carmichael ya, but that’s a bit different process. In this, the stock isn’t free to move at all, so it’s all stretch, I doubt he’d get more than a couple inches before it burst somewhere from a weak spot.
Why do many folks undervalue the type of creative intelligence--nay, genius-- on display in this video? This is easily on par with someone who is a superb mathematician or physicist. The talent in those hands coupled to that mind...remarkable.
Nice work good to see a young man so crafty with his hands. However I would have just used a pipe flange and blind to make your jig, would have saved you half a days work.
Really clever. Looks like there's some interesting vehicles tucked away in that garage. I think I saw a glimpse of a small tracked military "thingy" in one of his other videos
Considering that there was no hydraulic press involved, no forms to cast and grind (and sand and polish), I'd say that there was a lot saved. Plus, with half a dozen of those plates you can make hundreds of different domes, depending how far you can push the material.
You know, in my opinion it's less about a quick process, and more about doing it yourself. Plus, the more you do that type of things yourself, the more you expand your knowledge and experience.
Cut the blade, insert it through the hole, and weld it back together. Some old metalworking bandsaws even come with built in blade cutting and welding stations, but you can also do it by hand.
@@RadDadisRad It can do a LOT more! I have seen it done with steel for tuned exhausts for 2 cycle engines. These are much larger than the little disk in this video. Any old power washer will do. Even an electric POS (as long as it is still functional) You just cut two appropriately shaped profiles, plumb in the pressure washer, weld the edges together and Bob's your uncle. Sometimes the welded edge will "pop" before you have achieved the desired profile so you have to drain the water, re-weld the edge where it separated and have another go. th-cam.com/video/ppXRMTeR2NQ/w-d-xo.html You couldnt really use grease in that application because the two halves are never separated after forming. Cleaning it out would be a nightmare. Perhaps the oil pump portion of a hydraulic jack could pump oil into such an assembly. Draining and cleaning out oil would be a lot easier than grease.
Impress it making your own tools. Your recent fuel tank was beautiful. Is there any way to convert that into a fuel cell? Every time I ride in my Model A, I am very nervous with a fuel tank right above my lap.
I understand why you cut the bandsaw blade to get the piece out at 0:42 , but how did you get the bandsaw blade in the hole in the first place? Am I missing something simple?
@@HochstartHarry unshielded 12" wire wheels with no guards are fun launchers too. At the engine shop I used to work at , I'm situated about 60' from the hot tank/ cleaning area and out in the main bay. Well, I'm walking over to a shelf across from me and I hear this peewwww go about a foot from my head. So I look around and see one of the guys at that wire wheel with saucer eyes and his jaw on the ground. So I meander back to see what's up. I missed getting clocked upside the head with a Chevy 396 intake valve by about a foot 🤣
I have not worked with metal. So i have a question. During the cutting and drilling I see you didn't wear gloves. It seems like one would get metal slivers and general cuts on the hands and fingers from the sharp shavings. But gloves could also get caught in the machine causing horrible injuries. Either why cool stuff. The finish on something like this looks much better than hammering or using machines to stretch the metal over a bag.
@@eviethekiwi7178 Right. Other than that, you can clamp the blade to a piece of bar stock and weld it. OR make a scarf joint and braze it. I haven't tried brazing one, but I have a lot of blades I've welded. Edit: Not saying that's what he did, though. He probably used a blade welder.
Wicked awesome idea. That could be used for so many ideas. As soon as I watched you make those caps my mind went into overdrive. I restore old bikes and this will come in handy in so many ways. Thank you for sharing. (Get some acorn nuts with short pieces of all thread to mount those caps on your wheels, it'll look better!)
@@cklinejr take of blade , cut , put through the hole , weld , grind , remount . personaly i would have come in from the outside and welded the seam back up ;) but nice project and love the car .
I'd have gone a little more aggressive on the dome myself, but that process works real good and the part came out great. I'm curious whether I could adapt this same method to make square parts, some slip on aluminum end caps would be handy for a project I've got going
I guess if you have the spare time. But yeah, could have bough some aluminum bowls for $10 and cut those out and do the same thing in a lot less time. ;)
Forming a part with grease is a nice idea but the thought of drilling and tapping holes in the rims is sacrilege. The rim has a lip and could have been used as an attaching point. So, I give a thumbs up for the grease jig but thumbs down on how the hub cap was attached.
That was my reaction. I expected the grease gun to break at some point and have it squirt out. Half the reason I can’t do things like this is because I didn’t know it was possible in the first place.
Ryan F, AvE has been playing around with a battery operated Milwaukee grease gun that’s been putting out over 10,000 pounds of pressure! Off the shelf! A regular grease gun can easily put out five thousand pounds of pressure, it probably would only take a hundred pounds to push out an aluminum sheet a half an inch.
Very cool process and I like that you tapped your screw holes by hand.... question though...how did you get the band saw through the hole in the steel plate in the first place?
how do you get the band saw blade inside the circle cut piece of metal but had to cut the blade to get it out????. This sending me crazy trying to work this out🙌
That's pretty sweet. Yeah you can go buy store bought junk BUT building the tool to make the part for your ride is pretty flicking awesome. If we wanted the easy way out we'd build chevys. Good job!!!
Do you think that it would be possible to add another plate and template to make the V8 logo? Make a top dome plate with the v8 cut out amd as it domes the plate will stop the expansion except wjere tje cut out is. Like vacuum forming kinda
I would definitely use that method except I don’t have a single tool you used, except maybe the sharpie you used to draw the circle.
That is probably dried up like mine. shm
If you search hard enough, you may have another one of his tools. The screwdriver at 7:06.
I was struggling to take a shit and read ur comment, thank you
Even has a well equipped, full functioning wood working shop...
Make any headway on y'alls tool collections?
As you're unbolting that all I can think of is AvE saying "RELEASE THE SHMOO!"
Skookum shmoo brudda!!!!
The tool is pretty skoocum as it holds the schmoo perfectly...:)
Damn and all I was thinking is use an impact gun to do it faster 🙄
Thats the first thing I thought of too. AvE would have probably cut a seat for an o-ring to keep the shmoo in... but clearly it's not enough pressure to have to worry.
LMFAO 😂
this is crazy cool!!!
No, you’re cool.
@@memebandit multiple things can be cool
Can we agree that both of you are cool?
zna productions is way better than alec
@@shaggyproductions263 I like zna, but prefer Alec
So many people freaking about him cutting the bandsaw blade. How do you think he got inside there to start with? Blade welder. A huge money saver when you can buy bulk coil of blade and make your own.
I was sitting here wondering how the hell he got it on if he had to cut it to take it off
You could have just explained that for those who do not know rather than being demeaning.
@@smokeeater1769 or you could grow some balls and not cry about it.
@@Railgun3rd lol nice response, I’m not crying about anything
@@smokeeater1769 yes you were, it was so loud it woke me up
I’ve been welding since 98 or so. I’ve never gotten it to work without a work clamp, but I’m happy to see others trying as well.
I have my whole table earthed, saves a lot of messing around.
What a fantastic result. Great job.
This technique is entirely new to me so I found it both enlightening and educational.
Really appreciate you taking the time to share this.
Very much looking forward to what you do next.
Glad you enjoyed it!
Wtf moment when he cut the blade that cutting the plate round. I just like what the frick
i just wonder how he got it in
He probably cut the band, passed it through then tig welded it back together. Or he has a dedicated blade welder.
@@seppe2078 i came here to figure out how it got in the circle but now cant come out.
maybe it was a shit blade by the end of the cut and he just said fuckit to make the video move along?
Bandsaws have a blade welder on them and you can get the blade off a roll cut it to length and weld the loop inside the part and then install the blade to cut parts like that.
Hooray, a video that shows the end result at the beginning, well done.
Heard that!
I have the same setup, but about 2' in diameter with a power washer connection.
nice, one day I'll experiment with using a pressure for larger pieces
When you really put pressure to it does it leak out the sides?
@@MacroMachines
How far could you dome the hubcap you made before it bursts?
I have now watched all of your speedster videos! I love this project, I am 27 and have been wanting to build something very similar since I was 14 and your series has been awesome to watch. Love the switch to the Jaguar inline six and all of the small details you are putting in. Can't wait to see more!
I've done exactly this except I used a pressure washer instead of a grease gun. Works great. You can also weld thin sheets together in the flat shape you want and then use the pressure washer to blow it out to shape.
I was going to say the exact same thing.
yeah, for anything bigger I would also use a pressure washer instead
I used the same template for a headlight bucket, but used a round disc of wood and a big hammer to push it through
colin furze does it making a pulse jet, such a cool thing to watch
Colin furze made a pulsejet that way lol
When you cut out the circle on the 1/2" plate on the bandsaw how did you get the bandsaw blade into the middle of the circle? I saw you cut it at the end, did you cut and weld it?
Undoubtedly. Some band saws even have an attached blade welder. It has a clamp to fit the two ends together and an integrated welder.
I came to ask the same question
2 holes appox 1'' in diameter were cut into the plate. The band saw blade was cut and then fed through one of the holes and then welded back together. The blade was then mounted on the band saw, when the hole was completed the blade was sacrificed and snipped again. You can cut and weld band saw blades all day. This is what you do when you don't have a CNC at your disposal, the young guy was using his head. Still wishes he was my son....
but the blade is tempered steel how can you weld it without braking it after ? I already tried it on a blade and it just snapped near the weld due to the difference in heat treating between the blade steel and the area heated by the weld...
That's the exact question I came to ask.
Really cool technique! You work is rally amazing!
Rally haha
As i find time i am working back through your vids,, i am constantly impressed with your work. Thank you for taking us along for the ride. Eddie C4 Australia.
I’ve never saw it done with a grease gun. Thanks for putting a new wrinkle in my brain. Nice Job!
Thanks for putting a smile on my face this morning. I liked the length, detail, and the amount of narration. Nice stuff!!
Kid Genius! I wish you were one of my shop students. You could have taught me a thing or two!
I am from germany and I enjoy every video of your car construction!You are very talented!
Same from Russia
Same from Spain.
Blessings from USA, wishing you all are safe and well in your part of the world.
0:53 i didnt expect you to cut that blade or whatever its called
lol ikr so brutal
Probably it was extremely dull at that point, so it's faster to cut it and replace it than to remove and reinstall.
given it looks like a bandsaw (one loop of blade going around and around) my question is how did he get the blade in?
I might be mistaken as most reciprocal saws I've seen doesn't have blades that thin.
@@AsmodeusDHare you can weld the bandsaw blade back together
@@zynan4427 good point.
0:52 that right there is the defenition of solving one problem but creating another :D Good video!
But..I still don't get it...is the bandsaw one closed loop that needs to be cut? And if so how did he get it through the hole in the first place?
@@biagiomattiamoro1844 I'm in the same boat as you. Every blade I've ever seen for a band saw was one continus loop. So how the fuck did he get it in the middle in the first place 😂
Justin Wright probably cut it and welded it together seeing as he’s got a tig welder and then cut it again to take it apart
Weld the nuts to the bottom save a little time
Our vertical Bandsaws all had Blade Welders so you could weld the blade after you threaded it through the hole 🕳
I would just use our CNC plasma table to cut everything out in like 5 minutes bolt holes and all
Results look very good. Lots of work invested in that. You could use that method to emboss your logo on the caps.
Spinning is another way of making circular dish-like objects, propellor spinners, (and even saucepans).
Spun aluminum is a far less involved from a tooling standpoint. Form could be turned on a lathe for one off a good hard wood would suffice for the form.
It is nice to see a young man like yourself not scared to get his hands dirty being self-taught. Keep up the good work that you are doing.
Efficient? Maybe not. But it beats spending hundreds buy the tools or having it made by someone else.
With all that machines I'm pretty sure he can do it without that method too.
Experience is the best teacher, even failures teach us lessons. Don't be afraid to experiment.
If you have one of the Air power grease guns this would go pretty quickly.
This is twice as expensive/twice the hassle then getting it made and or doing it yourself with multiple different methods.
@@dakotaallen9259 with covid nowhere near me is doing this stuff, I already have the parts (free) and it really doesn't take any time or hassle unless you're new to metalworking, in which case you need the experience. You've never actually worked in a metal shop before have you?
As someone who is currently at work no-bidding hydroformed parts.... this is oddly satisfying to watch.
I'd have welded either the nuts or bolts in place so you could just impact them on and off.
Only problem with that is the drilling holes into the new material each time you want to hydro shape a new sheet. You would drill out the threads.
I guess you could tac weld a little nub to keep the heads from spinning or somehow counter sink the hex shape into the metal plates on one side as a keeper.
What? You have 2 pieces with holes, weld the nuts to one, use the other as a jig. Or, get a drill bit stop. Or use a drill press.
if anything still use a wrench to hold the nut and impact driver to remove bolt
Very nicely done and well presented and narrated.
Genius! How did you get the band saw blade in the half inch steel before cutting???
thats a secret i presume lol
🤦🏻♂️🤷🏻♂️🤷🏻♂️🤷🏻♂️🤷🏻♂️
Hahahaha
Weld tig
This guy never fails to amaze
Awesome!!! You are nailing the content quality!!! Keep it up!!
How many young men do y'all know build an entire flipping vehicle at his age?!?! Not only the boat tail, but then we've got that amazing tank build from him as well!!!
Initial thoughts: "Augh, another hydro-forming video, why are people still making these. I'm not even sure why I'm watching this"
As video progresses: eyes squinting* "my lord, this guy is onto something... "
You sir are a real resource. I like your old school way of doing things. Yes the old school band saws had welders on them.
The best thing about this video is the Treasure Trove of nifty tips and tricks that it spawned in the comment section.
That is one of the great classic forming tools, and you nailed it perfectly. Good job!
It's really impressive how well that works.!
I loved how clean looking the domes turned out and how perfectly defined the edge of it was when you unbolted the two halves - seems like that would be a great method to create small domes for speaker cone caps. Great Video!
Speaker cone caps need to be so light that you could literally form it by hand, just put a done on one piece of wood, a hole in another, and push them together by hand. Any aluminum heavy enough to need hydroforming would be WAY too heavy for a speaker cone dust cap. Some of them are only just thicker than kitchen aluminum foil, I even made one once for a speaker my kid put their finger through by taking one of those thin aluminum candle holders and just rubbing over it with my fingernail. Anything thicker than what you can do by hand is way too thick for speakers.
I'd like to see how far you can stretch some aluminum till it fails
Aluminum can be stretched a lot more than you think. Most all cooking pots are just squished by a press, that's usually at about 5 to 6 inches! Same with soda cans, all are just pressed into the form.
Jason Carmichael ya, but that’s a bit different process.
In this, the stock isn’t free to move at all, so it’s all stretch, I doubt he’d get more than a couple inches before it burst somewhere from a weak spot.
Why do many folks undervalue the type of creative intelligence--nay, genius-- on display in this video? This is easily on par with someone who is a superb mathematician or physicist. The talent in those hands coupled to that mind...remarkable.
Nice work good to see a young man so crafty with his hands. However I would have just used a pipe flange and blind to make your jig, would have saved you half a days work.
@Norm T Why didn't he start with whittling a shovel to mine for Iron Ore then bud?
I love this series! Just binged over the last couple days. Can't wait to see how this car turns out!
0:54 lol... wut? how did you even get that blade inside the hole in the first place? O_o
Cut it and then weld it back together
Was thinking the same thing haha
@@hold-my-beer-watch-this nah dovetail joints we did it back in woodwork o level
Metal bandsaws have a attachment for welding the blade back together
You can mig or tig a band saw blade easily that would be my guess
Really clever. Looks like there's some interesting vehicles tucked away in that garage. I think I saw a glimpse of a small tracked military "thingy" in one of his other videos
Seems like a much longer and more difficult process than having them stamped/pressed. Is anything even saved considering the labor time involved?
Considering that there was no hydraulic press involved, no forms to cast and grind (and sand and polish), I'd say that there was a lot saved. Plus, with half a dozen of those plates you can make hundreds of different domes, depending how far you can push the material.
You know, in my opinion it's less about a quick process, and more about doing it yourself. Plus, the more you do that type of things yourself, the more you expand your knowledge and experience.
You, sir, are an artist with a bandsaw. Your circular cuts are enviable indeed.
It’s attention to detail like this that make this project so cool!
That’s all good and well, but how did you get the bandsaw blade into a closed hole?
Cut the blade, insert it through the hole, and weld it back together. Some old metalworking bandsaws even come with built in blade cutting and welding stations, but you can also do it by hand.
@@skylerlehmkuhl135yeah they basicly all have it. Isnt working like it should on most tho :D
what is a closed hole?
This is a clever method for people who don't have access to a 1000+ PSI powerwasher
Literally lowes for $140
Calling BS that 1kpsi water pressure has enough energy to do this.
I’ve seen people make a water jet CNC cutter using HF pressure washers
@@RadDadisRad pretty easily actually, barely an inconvenience since its aluminum.
@@RadDadisRad It can do a LOT more! I have seen it done with steel for tuned exhausts for 2 cycle engines. These are much larger than the little disk in this video. Any old power washer will do. Even an electric POS (as long as it is still functional) You just cut two appropriately shaped profiles, plumb in the pressure washer, weld the edges together and Bob's your uncle. Sometimes the welded edge will "pop" before you have achieved the desired profile so you have to drain the water, re-weld the edge where it separated and have another go.
th-cam.com/video/ppXRMTeR2NQ/w-d-xo.html
You couldnt really use grease in that application because the two halves are never separated after forming. Cleaning it out would be a nightmare. Perhaps the oil pump portion of a hydraulic jack could pump oil into such an assembly. Draining and cleaning out oil would be a lot easier than grease.
0:54 how did you get the band saw in there first? I am confused. Great video.
Impress it making your own tools. Your recent fuel tank was beautiful. Is there any way to convert that into a fuel cell? Every time I ride in my Model A, I am very nervous with a fuel tank right above my lap.
Amazing work , best automobile build on the internet !!!! , and to the 5 thumbs down people , what were you doing at his age
So you cut the bandsaw blade to get it out of the middle. How did it get in the middle?
Cut it and weld it back together, many bandsaws come with built in band welders.
I understand why you cut the bandsaw blade to get the piece out at 0:42 , but how did you get the bandsaw blade in the hole in the first place? Am I missing something simple?
I cut it beforehand and welded it back together
That free handed large diameter drilling in plate steel is no problem until it's a big problem. I strongly suggest clamping your work.
Pff.. having a huge pice of steel fly through the workshop into someones face is great
@@HochstartHarry unshielded 12" wire wheels with no guards are fun launchers too.
At the engine shop I used to work at , I'm situated about 60' from the hot tank/ cleaning area and out in the main bay.
Well, I'm walking over to a shelf across from me and I hear this peewwww go about a foot from my head.
So I look around and see one of the guys at that wire wheel with saucer eyes and his jaw on the ground.
So I meander back to see what's up.
I missed getting clocked upside the head with a Chevy 396 intake valve by about a foot 🤣
I have not worked with metal. So i have a question. During the cutting and drilling I see you didn't wear gloves. It seems like one would get metal slivers and general cuts on the hands and fingers from the sharp shavings. But gloves could also get caught in the machine causing horrible injuries. Either why cool stuff. The finish on something like this looks much better than hammering or using machines to stretch the metal over a bag.
0:54 I gasped "Holy shit are band saws nothing to this guy?"
reexamining everything... how do you rejoined that bandsaw! I didn't know one could do that!
@@derchesten some big bandsaws have built-in blade welders, they’re pretty neat
At some point between 0:28 and 0:54 did you gasp and think "Holy shit this guy must be a magician to get that blade inside that hole?"
@@eviethekiwi7178 Right. Other than that, you can clamp the blade to a piece of bar stock and weld it. OR make a scarf joint and braze it. I haven't tried brazing one, but I have a lot of blades I've welded.
Edit: Not saying that's what he did, though. He probably used a blade welder.
I hurt when he did this....
🤯 simple solution to a problem I've had for a few years. How to make a cover for the right side of my bench grinder. Well done!
Anyone else wondering how he got to start the band saw from inside of the circle?
yeah very much so
Patrick Brown cut and weld it together seen it in high school years ago
@@agatemaster1998 I looked into it further after I asked the question. You're right and I find that very interesting.
Your engineering skills are extraordinary.
Now a stylized MM to go in the middle of the hubcap.......... :)
Nice, but also I wonder about the in and out on your band blade story,,, material for another video ?
grease hydroforming ? shouldn't it be called lipoforming then ?
Only if you're also going to refer to all hydraulic systems that use oil as "lipaulic." 😬
Wicked awesome idea. That could be used for so many ideas. As soon as I watched you make those caps my mind went into overdrive. I restore old bikes and this will come in handy in so many ways. Thank you for sharing. (Get some acorn nuts with short pieces of all thread to mount those caps on your wheels, it'll look better!)
0:56 - voices of everyone I've ever met, having a conversation in my head
Dude! Killer creation! I mostly work with wood but this makes me want a metal shop!
0:48 How did he get the blade in to cut the circle?
Yes please! How?
@@cklinejr take of blade , cut , put through the hole , weld , grind , remount . personaly i would have come in from the outside and welded the seam back up ;) but nice project and love the car .
He has a welder.
Wow. I'm kinda speechless. That's brilliant garage engineering.
I instinctively looked away when he started welding on camera
I'd have gone a little more aggressive on the dome myself, but that process works real good and the part came out great. I'm curious whether I could adapt this same method to make square parts, some slip on aluminum end caps would be handy for a project I've got going
Logo stamped into the aluminum sheet before forming would of been the cat's meow.
Dude!! That fit SO nicely!!
Hell of a lot of work for four hubcaps.
I guess if you have the spare time. But yeah, could have bough some aluminum bowls for $10 and cut those out and do the same thing in a lot less time. ;)
Good job! Grease gun is also good to release piston seizure. Greetings from Rhineland-Palatinate!
You should make a die with a logo stamp it then do this then it'll look the bees knees
Why did you cut your bandsaw ? Was it dull because of your piece ? It’s awesome to have such industrial tools in the shop.
Forming a part with grease is a nice idea but the thought of drilling and tapping holes in the rims is sacrilege. The rim has a lip and could have been used as an attaching point. So, I give a thumbs up for the grease jig but thumbs down on how the hub cap was attached.
Be cool if you had a special emblem you could have pressed into the caps. Like your initials intricately arranged. Very nicely done!
I'm shocked a grease gun can develop enough pressure to do that to aluminum sheet
That was my reaction. I expected the grease gun to break at some point and have it squirt out. Half the reason I can’t do things like this is because I didn’t know it was possible in the first place.
Yes, a grease gun will develop a LOT of pressure. It’ll push a stuck brake caliper piston out like it’s nothing!
Ryan F, AvE has been playing around with a battery operated Milwaukee grease gun that’s been putting out over 10,000 pounds of pressure! Off the shelf! A regular grease gun can easily put out five thousand pounds of pressure, it probably would only take a hundred pounds to push out an aluminum sheet a half an inch.
Was that an aluminium hub cap, held on to a steel wheel with stainless steel machine screws. Galvanic Corrosion? No?
I would like to see how far you could go with the aluminum. Cool idea! Great job!
What kind of metal vertical bandsaw is that? I've been looking for one but haven't found anything affordable besides wood bandsaws and port-a-bands
Would like to know as well, looking for one for my shop.
Dude you’re amazing, the channel is awesome
Always something to learn from others! Great video!
I see you had to cut the bandsaw blade to remove the work. How did you get it inside the work in the first place without cutting in through the side
I was wondering that as well!
Most likely a tool called a band welder
Very cool process and I like that you tapped your screw holes by hand.... question though...how did you get the band saw through the hole in the steel plate in the first place?
Absolutely fantastic. But, I build stuff myself, the time to put into stuff like that is insane!!!! Dedication is key...
Just watched your eccentric boss turning vid, spied the hydroforming one and hit watch next..didn't even realise it was you again!! ;-)
Very cool. You should do a follow up video showing how much dome you can actually get out of it. 1"? 1.5"?
Great vid. Where and what bandsaw blade are you using. I've purchased a few that can't cut through ⅕ inch a couple of times.
Congratulations, pelease how do you make for weld the band saw?. Thanks you.
Whilst your hubcaps are amazing what I really like is the ingenuity and creative use of scientific principles to help deliver your project.
love it! did you ever think about tapping the bottom plate?
Ingenious. Who would have ever thought that you could hydroform anything in your own garage.
Pressure washers make it possible for normal people.
Very cool. Would it be possible to make multiple domes in one pass?
I love what you,when is finished indy speedway should put it in display.
Very clever! How thick is the aluminum you used? Please wear safety glasses at the band-saw... I want to see more videos. Thanks.
it's .063"
@@MacroMachines Much thicker than I thought. Thank you.
Glad I’m not the only one who forgets to put the ground clamp on sometimes!! 🤣🤣 very nice work though - thanks for the idea!
Excellent. I like the idea of a logo in the centre.
That's a pretty cool process. Little subtle details like this make builds stand out. Thanks for sharing that.
how do you get the band saw blade inside the circle cut piece of metal but had to cut the blade to get it out????.
This sending me crazy trying to work this out🙌
That's pretty sweet. Yeah you can go buy store bought junk BUT building the tool to make the part for your ride is pretty flicking awesome. If we wanted the easy way out we'd build chevys. Good job!!!
Do you think that it would be possible to add another plate and template to make the V8 logo? Make a top dome plate with the v8 cut out amd as it domes the plate will stop the expansion except wjere tje cut out is. Like vacuum forming kinda
Just one question....how did you get the bandsaw blade inside the workpiece!?!