It would be really cool if you had a public live cam overhead of your printer. It seems your printer probably never stops! I'd like to know how long it took to print all the parts for the tracks... that's a lot of pieces!
Chuckling at the absolutely overpowered metal teeth. Ready to tear through hard packed earth and stone - scooping sand. 😁 Reminds me of the butter robot in Rick and Morty, haha! I'm just continually amazed at how fantastically your creations are engineered though. That fastener system alone is a multi-million dollar system. You are a creative mastermind!
You know I think the only thing missing from his workshop now is his own 3D filament production or recycling system. It probably wouldn't be practical but it would be cool to see how Ivan would put something like that together
11:38 "It will take just a second" lol 🤣 The hours and hour you must have put into this chapter are amazing. Then you condense it down to a 18 minute video. I admire the countless hours that go into your videos. Fantastic!!!
Man, you make this look so easy! I keep thinking "Man, I could do that!", then I take a second to consider the engineering and design that goes into a project like this. Seriously impressive!
Completely bonkers and ridiculously fun! Definitely need bigger continuous servos for the drive train, and a coarser acme thread for the bucket arm linear actuators to speed up movement there. Way too much fun and can't wait to see the go-cart. Thanks for sharing!
Ivan, Build a a filament/print recycler people can make for under 400 - 500$ and youd be my hero. You already are my hero when it comes to large format printers though no doubt
It is amazing to see you progress over the years and especially the the fact that your designs are modular right now. I guess it also speeds up the process of designing the mechanisms and you can always upgrade existing projects. Great work as always!!
With the ever increasing weight of projects it might be fun to design a hoist to lift and lower. I was thinking 2 ladders for the sides. Maybe on wheels so you won't need to move the table. Strong bar across the top, and a pulley system or manual hoist for lifting and lowering. Also, thick straps of course. Love to see what you come up with next.
one of the best, most inspiring things about your videos is... the fact that you almost always smile / laugh when things blow up!! I'm learning from you, its all in good fun in the end! ;)
Ivan I gotta let you know something man, the lack of a cup holder and truck balls is really bringing the vibe down, WHERES THE HORN gotta have a squeaky toy dangit
Super awesome and impressive! It seems like everything-red is your thing, but this would look infinitely better if you mixed in a second color like black or gray for some classes of components. At a minimum, all screws could be in the highlight color. And maybe something obscure like all exactly-4-length joiner pieces or something like that. It would not only look better, it would *really* help the features of the engineering standout. For the loose parts, you could try tapering the threaded holes narrower at the bottom, so you get tighter friction/pressure on the last turn. A ridiculous alternative (and you seem like you're into ridiculous), is that you could make the equivalent of lock washer out of TPU - a thin, low-infill ring that compresses under the screw head.
this channel is quickly becoming my favourite channel., este canal esta convirtiendose rapidamente en mi canal favorito,, hacelos en español tambien ivan!,, saludos desde la patagonia argentina.!
I'm not sure if you've thought about it (I'm sure you have) but that building system is INCREDIBLE.. you could make a ton of money selling that to the right toy company
I wonder if you could make it so that you can dig ground that hasn’t been touched by machinery or a shovel. I wonder if they can make a powerful enough to do that that would be so cool.
Your new construction system is a keeper I think. It would be interesting to see how expensive it is to get some critical parts, like the screws, injection molded for extra strength.
Make a shredder machine to shred all those failed parts and build/supports, and try making something with recycled parts, should be something accessible for you and you can make a series out of it, soled 3 videos. Shredder + filament extruder and printing new parts.
On second thought, it's not too surprising that parts keep falling off, since single screws are easy to get to back out, with rotation or even just vibration forces... maybe some sort of thread-locker (glue is probably the wrong tool here, lock wire maybe?) would be a good idea for the go-kart
it's awesome how there are a certain set of pieces like the screws, blocks, and plates which can all be assembled to create stuff like this along with some specialized pieces like the wheel sprockets and gears the threaded screw heads are also genius and it all goes together so well along with the fact that you can custom size all the pieces and print them out also the different length screwdrivers and holes through both sides of the blocks allows for easy access since you can put a screwdriver straight though little quirks like that really well designed system I just absolutely love it incredibly creative approach to building 3d printed projects
hey i may have an idea on how to make the 3d printed parts even stronger but it will need testing. all you need to do is cover it in sand or salt then place it in a mini oven get it to the temp where it just starts to melt then let it cool. that should make the part solid. could you give it a try and see if it helps your builds rigidity? it could maybe even help you save on the filament by making smaller but stronger parts and could help with the treads breaking like on the tank.
For removing the screws at 8:00 I wonder if the tabs could be redesigned so a single swipe of a blade could release one side of an entire row. That would be faster than individually removing each screw.
I love watching your videos and all your ingenious ideas come to fruition! I even ĺove your problem solving for reaching the screws with your short and extra long screwdrivers . Thanks Ivan
replace the arm's pieces with stronger ones, they will buckle and twist under load. right now it's only good for light material, it's either that or make a much smaller bucket, like a 1/3rd the size.and use brushless motors instead of servos... on a side note, you should make a plastic combat robot for robotwars... just bring enough plastic parts to rebuild it after each battle. design it to take the abuse and the important parts be on the inside with ablative plastic armor. the parts flying off will make the crowd go nuts.
The arm pieces are strong enough as they are assembled to work under compression/tension but the bolts on the joints are another story. I should print some horizontal screws just for the arm.
The arms are PLENTY strong enough. I have prints in my hands for shelf brackets that at only 6mm x 10mm x 3 perimeters trusses and I can hang off of them. You will easily exceeed the capacity of your motors/drivetrain.
This point with all the filming that you've been using you need to make a filmont maker so when you have all those scraps the filament plastic you can just put them through the filament maker to make new filament recycle process
Dude…. You made Lego better. That is quite Amazing. As an engineer in Sweden, I grew up with Lego. But just your screw-in-screw system is amazing 🤩. And there is more, like room for bearings, servo’s… Awesome!!!
Ivan, great stuff. I think your blocks need a name, though! Mostly because I'm a journo, haha. IvanBlocks? MirandaBlocks! I don't know! Long-term viewer, have been covering your builds for years. Love it!
What an amazing construction set you have created! Like a cross between Lego and Meccano, the best of both worlds, so well done. It looks quite scalable too. On a smaller scale, that should go into production! If not you, then who? Patreon account, injection moulded themed kits, ... :-)
It would be really cool if you had a public live cam overhead of your printer. It seems your printer probably never stops! I'd like to know how long it took to print all the parts for the tracks... that's a lot of pieces!
It's awesome that you not only created a building system, but also custom tools as needed to assemble it all. ❤
and in no time he’ll be in the military building plastic tanks 😂
Chuckling at the absolutely overpowered metal teeth. Ready to tear through hard packed earth and stone - scooping sand. 😁 Reminds me of the butter robot in Rick and Morty, haha! I'm just continually amazed at how fantastically your creations are engineered though. That fastener system alone is a multi-million dollar system. You are a creative mastermind!
Yeah, that won't be the weak point by miles 😂
Reminds me of the little rideable backhoes on playgrounds from when I was a kid
@@Haagimus reminds me of the good ol’ days
You know I think the only thing missing from his workshop now is his own 3D filament production or recycling system. It probably wouldn't be practical but it would be cool to see how Ivan would put something like that together
11:38 "It will take just a second" lol 🤣 The hours and hour you must have put into this chapter are amazing. Then you condense it down to a 18 minute video.
I admire the countless hours that go into your videos. Fantastic!!!
I strongly recommend trying to figure out how to make a slip-ring, so the top of the excavator can go all the way around. Otherwise - really cool!
I have one around here but I need to figure where to stop or projects would take forever 😅 Thanks!!
@@ivanmirandawastaken That's fair!
Man, you make this look so easy! I keep thinking "Man, I could do that!", then I take a second to consider the engineering and design that goes into a project like this. Seriously impressive!
For me it's the cost.
30 kg of petg is around 12usd x 30kg =360 usd.
Completely bonkers and ridiculously fun! Definitely need bigger continuous servos for the drive train, and a coarser acme thread for the bucket arm linear actuators to speed up movement there. Way too much fun and can't wait to see the go-cart. Thanks for sharing!
Incredible as usual! And frightening to think that those are the "mini" versions of your blocks, haha! Can't wait for the gokart.
Yeah, I better don't give it a second thought 😅. Thanks!!
Ivan, Build a a filament/print recycler people can make for under 400 - 500$ and youd be my hero. You already are my hero when it comes to large format printers though no doubt
You should do a video on your recycling, and show us how you re-use all the excess plastic from your prints you don't use.
I'm pretty sure I saw them but Ivan didn't mention them, so I will:
*SPACERS* !
It is amazing to see you progress over the years and especially the the fact that your designs are modular right now.
I guess it also speeds up the process of designing the mechanisms and you can always upgrade existing projects.
Great work as always!!
Ideas for a future project:
1. build a crane 🏗️ to lift projects off the work bench.
2. Build a workbench that can be lowered closer to the floor.
The amount of PLA used in this project makes me uncomfortable
With the ever increasing weight of projects it might be fun to design a hoist to lift and lower. I was thinking 2 ladders for the sides. Maybe on wheels so you won't need to move the table. Strong bar across the top, and a pulley system or manual hoist for lifting and lowering. Also, thick straps of course. Love to see what you come up with next.
The amount of detail you put into these builds is really awesome, you made a screw driver to screw in the hardware you made, that is pretty great.
He made a custom funnel that integrates into the system... It's kinda insane.
@@CDRaff I noticed that as well.
Nowadays, this is the most funny stuff on RUclips, period. Congratulations Iván!
AFTER 4 YEARS OF PRINTING THIS BEAUTIFUL DIGGER IS THE RESULT. BEAUTIFUL
Ok, the tabbed "brim" like that, is an amazing idea. Something I will start trying out for my projects. :)
Bravo! My only suggestion would be to use some silicone tape or Loctite to prevent your screw drop out issue. And perhaps a more powerful DC motor!
logical next step, you need to 3d print an over head gantry to move heavy things around. ;)
8:00 I like that support system alot! well done Ivan
Thanks!
one of the best, most inspiring things about your videos is... the fact that you almost always smile / laugh when things blow up!! I'm learning from you, its all in good fun in the end! ;)
Ivan I gotta let you know something man, the lack of a cup holder and truck balls is really bringing the vibe down, WHERES THE HORN gotta have a squeaky toy dangit
Super awesome and impressive! It seems like everything-red is your thing, but this would look infinitely better if you mixed in a second color like black or gray for some classes of components. At a minimum, all screws could be in the highlight color. And maybe something obscure like all exactly-4-length joiner pieces or something like that. It would not only look better, it would *really* help the features of the engineering standout.
For the loose parts, you could try tapering the threaded holes narrower at the bottom, so you get tighter friction/pressure on the last turn. A ridiculous alternative (and you seem like you're into ridiculous), is that you could make the equivalent of lock washer out of TPU - a thin, low-infill ring that compresses under the screw head.
Ivan, you are an absolutely mad genius and I am here for every second of it!
Thank you Polymaker! :)
Your awesome, I have been interested in this 3-D printing for years. My wife bought me one for Christmas. And I'm learning so much. Your the man!!
Thats such a cool mounting system the tools only make it better!
Nice, Ive been designing, 3d printing and building RC excavators for many years, the size of this is incredible. Love seeing your crazy videos man.
How many kilos of filament is this thing? I'd love to make one, unfortunately I have to pay Polymaker for my filament...
first thought: what a waste of plastic
second thought: WOWW, so cool!!
this channel is quickly becoming my favourite channel., este canal esta convirtiendose rapidamente en mi canal favorito,, hacelos en español tambien ivan!,, saludos desde la patagonia argentina.!
Gracias, saludos!
Ivan has the coolest toys even if they explode a little sometimes.
what you need as the last piece for this is like a wiper cntact, so you can turn around infinitly
I'm not sure if you've thought about it (I'm sure you have) but that building system is INCREDIBLE.. you could make a ton of money selling that to the right toy company
Okay the video is working on for this week now seems silly after seeing this 😂🤣 amazing project 🤘🤯
Why??? 😂 can't wait to see it 😉 👊👊👊
You should make a video showing all the fails and mishaps of your projects to show the prototyping process, I think it would be neat.
Very creative, but you have the worlds slowest backhoe, still, I love it.
That is so crazy.
An RC servo can drive the machine around.
I wonder if you could make it so that you can dig ground that hasn’t been touched by machinery or a shovel. I wonder if they can make a powerful enough to do that that would be so cool.
Your new construction system is a keeper I think.
It would be interesting to see how expensive it is to get some critical parts, like the screws, injection molded for extra strength.
Make a shredder machine to shred all those failed parts and build/supports, and try making something with recycled parts, should be something accessible for you and you can make a series out of it, soled 3 videos. Shredder + filament extruder and printing new parts.
On second thought, it's not too surprising that parts keep falling off, since single screws are easy to get to back out, with rotation or even just vibration forces... maybe some sort of thread-locker (glue is probably the wrong tool here, lock wire maybe?) would be a good idea for the go-kart
Or some kind of splitpen to lock the bolts.
I admire your work so much. Wow!!!
Can we see the whole filament wall some time? I kinda want to die from envy.
it's awesome how there are a certain set of pieces
like the screws, blocks, and plates
which can all be assembled to create stuff like this
along with some specialized pieces like the wheel sprockets and gears
the threaded screw heads are also genius
and it all goes together so well
along with the fact that you can custom size all the pieces and print them out
also the different length screwdrivers and holes through both sides of the blocks allows for easy access
since you can put a screwdriver straight though
little quirks like that
really well designed system
I just absolutely love it
incredibly creative approach to building 3d printed projects
The engineering behind all of your projects is just amazing to see everytime!
Very nice. Looking forward to the kart now.
Awesome project. That ringing around 11:00 is quite pronounced, but I'm sure you need to print fast for something this enormous!
Yeah, a part with ringing is better than no part at all. Thanks!
You need to add little TPU pieces on the tracks to increase friction. Actual Lego tracked vehicles have it as well.
The provider of red filament is the happiest person on earth😃
Lego comes from the Danish "Leg Godt". I think what you've created here is "Biggo", from the Danish "Bygge Godt", meaning "Build Well" in english!
Love this, although I thought it was gigantic lego lol.
If the spool supplier ever does a trade show, surely miranda's creation(s) should be there ...
wow
I also print in 3d but here we are at another level! BRAVO
Lol the 3D-printed screwdriver very innovative dude
The king of red filament strikes again!
This is a really slick building system you have designed for this build
miranda took 3d printing at home to another level :D
16:57 World's most inefficient Roomba.
somehow every video is more impressive than the last. amazing
if you're gonna keep going with this excavator, maybe it's the perfect time to make Miranda Blocks pneumatic pistons or something
hey i may have an idea on how to make the 3d printed parts even stronger but it will need testing.
all you need to do is cover it in sand or salt then place it in a mini oven get it to the temp where it just starts to melt then let it cool. that should make the part solid.
could you give it a try and see if it helps your builds rigidity? it could maybe even help you save on the filament by making smaller but stronger parts and could help with the treads breaking like on the tank.
Would stepper motors be better for driving the treads? I guess servos don't require the additional control boards and they might have more torque.
Amazing work Ivan, keep it up!!
For removing the screws at 8:00 I wonder if the tabs could be redesigned so a single swipe of a blade could release one side of an entire row. That would be faster than individually removing each screw.
I get 2 of 20 words from this guy, but this build is pretty sweet.
You are mad on a totaly different level… 😂 I love it!!
Looks like youve got a lot of experience making tank tracks
I dig this build
Thanks!
I’ve been watching your channel for a while! You are awesome! Love your designs and creativity… very inspiring.
Still Ivan how you keep the stuff not warping. Just glass bed? Temperatures?
BIG once again :) Amazing Fun project !!
You should build a crane, to be used in the workshop lifting projects off the bench
hello, what is the size of your nozzle? what layer height are you printing?
THANKS
The bucket and caterpillar sides need your logo.
Awesome. Loved this project!
I love watching your videos and all your ingenious ideas come to fruition! I even ĺove your problem solving for reaching the screws with your short and extra long screwdrivers . Thanks Ivan
Not sure if purchase suggestion or project idea, but the way you are going you need an overhead gantry crane :)
replace the arm's pieces with stronger ones, they will buckle and twist under load. right now it's only good for light material, it's either that or make a much smaller bucket, like a 1/3rd the size.and use brushless motors instead of servos... on a side note, you should make a plastic combat robot for robotwars... just bring enough plastic parts to rebuild it after each battle. design it to take the abuse and the important parts be on the inside with ablative plastic armor. the parts flying off will make the crowd go nuts.
The arm pieces are strong enough as they are assembled to work under compression/tension but the bolts on the joints are another story. I should print some horizontal screws just for the arm.
The arms are PLENTY strong enough. I have prints in my hands for shelf brackets that at only 6mm x 10mm x 3 perimeters trusses and I can hang off of them. You will easily exceeed the capacity of your motors/drivetrain.
I love your insane projects man. Super inspiring. Never fails to spark creativity.
This point with all the filming that you've been using you need to make a filmont maker so when you have all those scraps the filament plastic you can just put them through the filament maker to make new filament recycle process
This is an awesome project!
Thanks!!
u should find a way to print the screws on the side to make them alot stronger
Dude…. You made Lego better. That is quite Amazing. As an engineer in Sweden, I grew up with Lego. But just your screw-in-screw system is amazing 🤩.
And there is more, like room for bearings, servo’s… Awesome!!!
Ivan, great stuff. I think your blocks need a name, though! Mostly because I'm a journo, haha.
IvanBlocks? MirandaBlocks! I don't know!
Long-term viewer, have been covering your builds for years. Love it!
I'm pretty sure he called them MirandaBlocks in a previous video.
love your stuff my only complaint is the red. if we could get some other colors that would be great!
What an amazing construction set you have created! Like a cross between Lego and Meccano, the best of both worlds, so well done. It looks quite scalable too. On a smaller scale, that should go into production! If not you, then who? Patreon account, injection moulded themed kits, ... :-)
Very impressive & big project ! You are a great engineer!
Ivan: let's reinvent lego and make it cooler.
The world: that is impossible
Ivan: hold my beer...
Mwhahahaha!!!
Fantastic work, Ivan! Really well done! 😃
Next step should be a metal 3d printer!!! 😬
Stay safe there with your family! 🖖😊
This is amazing
I would like to see you make a tool for doing up all those screws as it seems hard work. Too much torque will strip the screws though
a success! sell it as a kit form!
Tks for the amezing videos
Imagine a MirandaBlocks bit for 1/2" Cordless drills.
Impressive 👍
Curious, would it be possible to use stepper motors instead of servos for faster amd stronger movement?