The only thing wrong is nobody has given you access to a 3D metal printer.

@LiamTolentino

3 жыл бұрын

funny thing is I actually got an ad for a 3d metal printer right before the video started

@MsALDARI

3 жыл бұрын

3D WUOU RYLLI GOOD WORK HAVE MY WORK FOR 3D PRINTING HAVE PULEGGIA INTERNA

@cliffordwilliams9597

3 жыл бұрын

I hear integza's got one ;)

@djyownder109

2 жыл бұрын

@@cliffordwilliams9597 ye he did but i think a furnace is needed for those which a bit of a downside

@neo3768

2 жыл бұрын

He can cast a metal one if he wanted ,then harden it

Very impressive! Love your humour. "Break bads"... keep the mistakes, it's hilarious like AvE with all his euphemisms.

@TomQuiNEstPasLa

3 жыл бұрын

i loved this episode of breaking pad

It's also worth noting with an engine gear missing it continues without a problem. This shows a point of possible failure has a degree of redundancy protecting it against a fatal failure.

Not even the sound is changing for the gears I’m really impressed

make your gears with taulman 910 nylon, 100% infill. Anytime you want ultimate strength you gotta do 100% infill and nylon is one of the best materials you can use for plastic gears

Nicely done mate 😉👍

@LetsPrintYT

3 жыл бұрын

Thanks mate! ;)

Just found your channel 30 minutes ago, and I am thoroughly enjoying it! Really cool stuff you're making. And regarding your English pronunciation, you're doing great! I understood everything you said clearly and without confusion. In all honesty I can tell you that, as an American, you speak English more clearly than many of my fellow citizens

Hahaha, ”This shaft is a bit rusty but, Nobody Cares” I just got into your channel, and I love it.

@BlueAustinMaxi

3 жыл бұрын

Merp!

It seems like the force each gear experiences is proportional to the gear ratio between it and the previous gear. In other words, the final output gear probably has to be substantially stronger than the first gear in the chain. Correct? Flipping that on its head, it means you could scale the gear widths / infill percentage accordingly (last gear is the widest / highest infill percentage)

@tennicktenstyl

3 жыл бұрын

correct.

Somewhat surprised that you haven't made an adapter to fit over the battery pack contacts, with a switch to turn things on and off, and since you are working with DC motors, perhaps even a 'reverse' switch. Not bothered by it too much, just surprised. Seems like a quick print and go.

Since you're doing some stuff like this why not make an elevator that would be really cool Hope you notice me ✋

Amazing video, your design is , keep up with the content! 👍🏻

Very impressive, i need to start printing stuff like this

After watching this video, my conclusion is, the rope was amazingly strong to holding those loads.... 😅

Impressive, I am trying to teach myself about the concepts of gearing. Hope to know a bit of what you know!

Nice work! Really interesting video :)

Great video, it would be great to see how much weight different numbers of motors can handle using the same gearbox.

GENIAL!!!! Buen trabajo.

Excellent work excellent video, very uplifting.

Impressive indeed !

Brake Pads *picks up disc brake rotor* Damnit, I did it again, sorry--I knew what you meant.

@Delzra

3 жыл бұрын

jesus christ i didnt even realize that xD i was just buggerd by the spelling

@trashy14epicgamer90

3 жыл бұрын

Yeah and in the bottom left they called it a brake bad

@trashy14epicgamer90

3 жыл бұрын

Love the channel though

@superdupergrover9857

3 жыл бұрын

That's only slightly worse than the average American. I work at an auto parts store.

With a gear down it held! Good engineering!

Nice work ! Very impressive

Awesome... More water pump designs please... 😁

4:40 brake rotors or discs. i like the gear cut you use. its a good way to reduce the side forces of the gears meshing. keeps them centered to each other and i think it would still be stronger than straight cut.

Continue the great Job !!! Nice Video

You got skillz, nice job!

This is truly impressive.

how can people dislike this guy love you work

Cool, good job

Keep up the good work 👍

Great design lovely experiment 😊👌👌

Wow that is a lot of torque!!!

Great video, thanks

“Way stronger and will not brake down” ..probably

@cs-gj3yf

3 жыл бұрын

*break

@thatjay5852

3 жыл бұрын

Break*

@Silverdev2482

3 жыл бұрын

*break

@karbonkai

3 жыл бұрын

*break*

@genixtrap4720

3 жыл бұрын

Break

Amazing video

Great job

Wow I wish i had a 3D printer. Great video Keep it up

Good job

Amazing experiment... subscribed 👍👍🤗

Have you thought of making a pump that uses gears to pump the liquid? Kinda like a hydraulic pump. Also this is pretty damn cool

@moocchi4704

3 жыл бұрын

Yea that would be sick!

@bsod4144

3 жыл бұрын

liek supercharger works

@stocky9218

3 жыл бұрын

@@bsod4144 similar concept, different geometry

@strykervalkyrion

3 жыл бұрын

you mean a gear pump?

@stocky9218

3 жыл бұрын

@@strykervalkyrion I could have just said that yeah

That moment when you realize not only can this gear box out lift you.. but it can literally LIFT YOU! Lmfao

@trashy14epicgamer90

3 жыл бұрын

Especially seeking it’s power to weight ratio. The majority of it is made out of plastic It must be super light for how much it can lift

@siarsMM

3 жыл бұрын

@@trashy14epicgamer90 hey but experimental brick made a gearbox that could lift 200 kg with lego

@mikemulti8582

3 жыл бұрын

I am 116 kg...it can't

@informedquasar7696

2 жыл бұрын

@@siarsMM can i get the link

So cool!

Impressive !!

Nice man

Very impressive 👏👌

I see you built the original gearbox with Redundancy in mind. Even with one gear gone, this beast could still lift the Anvil.

Excellent

I was surprised this chanel doesn't have 1M subscribers

Except the part where the gear reduction changes because the lift bar size changes when the rope wraps around it. Cool stuff!

I love your channel, +1 like

Great video, i have a "technical question": what's the force limits of the material? It seems very high but i don't know how to quantify it. Still, great content and great improvment in the commentary. Be confident my man

@lesto12321

3 жыл бұрын

cnckitchen make various testing of material, but hard to say, there are many factor to take into account, like the shape of the gear (that V shape really helps). I guess the only way to really measure is a destructive test, load the gear until something break

@fragra7186

3 жыл бұрын

@@lesto12321 thanks, i will look at the tests. Much appreciated

@dawsonhayfield4421

3 жыл бұрын

Tensile strength(how much stress in tension it can take without bending) : ~30MPa Ultimate Strength(The max amount of stress in tension it can take before failing): ~40MPa

@fragra7186

3 жыл бұрын

@@dawsonhayfield4421Thanks for the data, where did i find it? Material specification?

@not.daniel4084

3 жыл бұрын

@@dawsonhayfield4421 To clarify im not an engineer or something but i print, even if you know what material it is (pla , abs , some nylon) every manufacturer makes different filaments and also depends on the printer. Of course you can just look it up on their site but if you have a bad printer with underextrusion you gears/parts are gonna lack on the strenght value, so every print has a different (not much different) strenght.

Nice work and amazing outcome for 3D printed gears despite the torque advantage ratio from the gearbox. Just an English language tip; you can lift something "heavier" but we don't say "more heavier".

@JackDesert

3 жыл бұрын

or use the words 'Even heavier' if you are talking about the third weight in a series or higher if you need emphasis.

How do you plan/ construct the gearboxes and make sure that all the gears fit each other and properly work together?

Excellent. Do you have plans for practical applications or is this build a proof of concept gear box/set?

Would be interesting to have an ammeter in the line to the motors to see what the current draw is with the different loads

its really impressive! did you measure the current drawn from the battery?

those are brake rotors, the pads are the other parts that fit within the caliper and are hydraulically actuated by the pistons contained within the caliper. im not knocking what you called them but hearing that your not sure of some words i thought i would help. enjoy these videos. keep em up

@DxBlack

3 жыл бұрын

I mean, on the video he types it "brake bads"...

This setup in the the right pulley or snatch blocks systems can lift the v8 engine with no problem.

Great video thanks for the English

I wonder if, going back to the pump, you could increase the pressure while maintaining the high flow, be kinda cool to see a 3d printed waterjet cutting something stronger than toilet paper.

Magnificent

Love from India Mumbai

I would love to see one pedal powered. I am working on a peddle pontoon boat and want to turn a prop. Yes I could just buy one, but if I can make one, even better. I watched your video thinking maybe I could do a jet style propulsion system. With this gear box though I could probable power it that way.

4:35 Car guys are: OMG THATS NOT A BRAKE PAD, THATS A BRAKE ROTOR!!!

Hey big Fan, I'm new to the possibilities of 3D printing.is it difficult to program one off custom design, calculating demission's X,Y,Z,not being to familiar with these design programs????

cool, now the same, but with drill motors ;)

Molto forte... Bravissimo

nice experiment.. can you test your gearbox cranking motors to produce electricity?

I have one question... is it really necessary to have multiple motors (in this case 8) to drive the primary shaft? I would think that the multiplication of the torque through the gear ratios would be sufficient to provide the necessary end force you are looking for.

"EXCEPT FOCUS" Seriously though, this is impressive.

how do you print ABS without wrapping ? do you have enclosure ?

Damn dude, you like to print.

wow it s realy inprsiw i like it

Very nice gearbox! I have a question: From your experience, what is the RPM limit of those 3d printed gears (with grease of course). After seeing that they can take a lot of torque, I might try to print a reduction Gearbox for a 40'000+ RPM brushless motor. Do you think that this could have a chance to succeed?

@lesto12321

3 жыл бұрын

rctestflight has some video, search for "Brushless Gear Drive" on his channel. Also i saw with big motor for making ebike. In general you will look for low KV as possible, but really the issue is to have good bearing; while high speed, they have no big torque, so forces involved should be ok

Good good

What's the montage video music soundtrack? Eye of the Toolpath? ;-)

Please make a video and show how much is this gearbox maximum weight lift potential, it would great to see this experiment

Great work, interesting projects! Can you share what song is playing around the 3:30 mark?

Imagining if this was an all metal setup instead of plastic, This could do a lot of stuff.

Зис ис осом. Недавно делал динамо-машину, размах по шестерням был примерно такой же. Почти год потратил на все, поэтому понимаю тебя, автор. Удачи тебе! Подписался.

I think i mean brake rotors not pads but super awesome project man u did a great job and im very impressed

Add some 3D printed pulleys and you have a really strong system.

@3:20 when u clipped on the second cap on it sparked I rewind three times to look n it looks like a spart but it’s plastic?

4:55 he calls it a brake pad but it's a rotor then spells it "break bad" lol 😆

How are a gear ratio and a pulley system different and couldn't you use the two differences to increase lifting capabilities?

Great video! I bet you don't know where Kiilto is from :D

Hey, Really like people that create and inspire other people like you! I was wondering if you could make a video about planetary Gear box ??? Really hope you notice 😂😂

that is so inpresiv

ANOTHER Idea is that you can take your 3d printed plastic parts - AND USE THOSE to make MOLDS for METAL GEARS!!! Then it's just a matter of Smelting and pouring.

Vary nice and cool but I'm a mechanic and I just wanted to tell you that those are not brake pads those are rotors for a car the brake pads push on the rotor to make the car stop. Ps have a great month!

Can you print a cars manual transmission with shifter but connect it to your water pump?

I was wondering could I scale it up and use this to drive a car 🚗, Muzi from South Africa 🇿🇦

It's impressive! But where you making models of your gears??? I'm using fusion 360, but there is not comfortable work with gears.

Does anybody know what size gears he uses for the water pump gearbox alone and the hoisting gearbox addition alone?(By size I mean how many teeth)

the force actually is at the metal shaft supported by those two end pieces with bearings. The load, force, and stress are transferred down to the wood top distributing the total weight of the load lift. The gearbox just turns and surprising, it does not take as much effort to turn or rotate a shaft under load as long as it's supported at each end as this one clearly is. The torque necessary to do this is greatly reduced because of this. . ''That is why plastic gears can be used in this situation. and under such a low ratio. Very nice experiment and idea though. Thanks for posting this.

Do you think PETG would work or is it too soft?

The Rope 💪

Dude, you have a 3d printer but you use a alligator clip to connect you battery... amazing videos thx

Can you make something more invitation or modification on your last gear box with pump because I chose that as my project.... Please.