How fast can this gearbox spin?
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- Опубліковано 9 сер 2022
- Building a DIY 3d printed gearbox with extra big gears from scratch and an experiment of spinning it from the other side. Satisfying ASMR custom engineering build, using a drill, and showing how to 3d print.
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Watch next:
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Episode 5 - Is it possible to spin the last gear? • Is it possible to spin...
Episode 4 - Generator: • Homemade GENERATOR GEA...
Episode 3 - Drill: • 3d Printed Gearbox + D...
Episode 2 - Speed Test: • 3D Printed Gearbox - S...
Episode 1 - How fast can they go? • 3D Printed Gearbox Ser...
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#speed #engineering #asmr #satisfying #satisfyingvideo #gears - Розваги
I would recommend using bearings on each wheel and decrease significantly the gaps between the different gears (Use teflon rings)
Exactly what I was thinking, I was really thinking it would significantly decrease friction.
Journal bearings would be best
I'm guessing that adding a lubricant like oil would also decrease friction? Maybe transmission fluid idk?
Also add a chanfer on the bed side of the print. You can se the first gold gear to have a big elephant foot (Layers squished at the bottom) and maybe add grease
Teflon or brass washers would be good to pack them more thingly and reduce vibration
Also this type of gears are really dangerous at high speed. Never be over the axis of rotation. If you reach really high speed inside your house you can get your ceiling damaged, electrodomestics and pets
Agreed
6:34 That sounded more like a giant diesel engine just starting and revving to warm up.
Ikr lmao
Agreed
Ya
Yup
Gearbox in a trans
Ever heard of...spacers ? They, when lubricated, can make a more stable machine and make it easier to turn.
Yes, I was waiting for someone to say that.
YEAH
Bro, why do you sound like your trying to be rude? You just are saying it in a rude manner.
@@Parking_cars_is_coolbecause he kinda is! It’s obvious to use them so it’s surprising he didnt
Some suggestions:
1. use spacers on the axle, so the gears are fixed on there to prevent wobbling and gears grinding against each other
2. use a normal M8 steel bolt instead of the aluminum rod and screw it far enough in, so you dont get vibrations in the gears. That way, the gears wont come loose as well
3. use ball bearings on the housing AND the gears
4. reduce the contact area of the higher gears. So 1st gear has the most contact area and so on
5. lube the gears and bearings
6. print the grip sideways. so it doeant brake (obvsly)
7 maybe try different gear geometries. there a some that are better for high torque or high speed. the latter have much less drag.
8. you can safe an enourmous amount of weight on the last gears. make them much thinner then they are now
Nice suggestions 👍
Can’t put ball bearings on the gears that’s not how gears work. (At least the input gear thinking about it now ig all the other ones could)
Bro have write his school essay
@@gumby5068 he’s saying put the ball bearings where the gears are connecting to the axel. That way, the gears have less friction trying to spin. Like how skateboard wheels are connected to the trucks, they have ball bearings to decrease friction
@@gumby5068 note that most of the gears are freely rotating on their shafts. Only the first gear is keyed to the shaft.
Sounds like straight cut gears ⚙️ they were spinning FAST!
Yea they realy do
thats because they are straight cut gears
2:39 Love the physics-ignoring transition
He did a quantum tunnel
Lol
Not to mention the fact that the final gear spins faster than this guy is spinning the lever.
This guy somehow made energy out of nowhere; this violates the first law of thermodynamics.
Tbh, lets exploit this glitch to create free energy
@@Zextranet Akschully, he's expending as much energy turning the crank as you could collect with a perfectly efficient thermal generator
Yes
I like it when it spins fast
That's the best part
I was not ready for, but appreciated, the ASMR @ 5:11
I'm surprised that the last gear held together at that speed. Most of my prints seem to break as soon as hit with even moderate violence.
Skill issu- you know what? Sleep tight don't let the bed bugs bite, gn bro
How many hours you need until you finished your project
5:12 Now That is ASMR
I'd love to have a fan blade connected at the end. Would make an excellent hand cranked fan
What about razor blades to cut cucumbers
@@theegod9649 sounds like something from a saw film
@@Edwardify exactly
@@theegod9649 wouldn't work, the gear spins fast but it should stop with incredibly little force
I really enjoy it and laugh at the same especially during the breakage, oh boy you don’t have any idea how envy I am for such skill you have, keep doing more video, I’m your subscriber now.
Can't wait to see the next iteration, I want this baby to be clocking at near light speed when you are done with this
This is awesome, i love gears and their mechanics so much that i even thought of making a GOOGOL spin with some fictional/indestructible materials and a huge engine, with a big fan on the fastest gear
Well you should check out videos of Lego's, with lots and lots of gears.
It’s so satisfying
Have you done a cycloidal drive gearbox? I've seen them do over 20:1 in a single stage.
Handy little trick I’ve learned working with Gears and Gear cases. Take the end of your sandpaper and tape it to a drill bit. Wrap the sandpaper around the drillbit and now you have a rotary sanding tool.
Wow. This guy's patience knows no bounds. My patience knows almost no existence.
I've just watched for the first time. The first thing that came to mind was, "Wow, he could make a wonderful siren!" I sure would love to have you take me up on my suggestion. Not sure how your neighbors will feel about it though 🤯
Well done bro you should be really proud of yourself
Sounded like the school bus, brought back some good memories
This man took overdrive to a whole other level
God, I love watching things go fast.
Watch your sex tape then
bro i swear ur channel will blow up soon!!
4:00 Definitely one of those "measures twice" moments
you can add a worm gear for rotating the slowest or the main driver gear as it needs more force to rotate other gears
i've heard that 3d printer worm gears are terribad. but again, i have no clue about what i'm talking about so..
@@JoachimVampire he can add small metal worm gear , actually my perspective is , as worm gears have to much load capacity ans speeed reduction we have to give less force with hand so there will be less chance of breaking of gears
You are just like me, whenever i do any work after doing all the work i remember i missed a small thing or made a small mistake because of which i have to do all the work again.
Great video
0:18
That is a very pleasing sound
I recommend using a impact drill or 3d print an adapter to hook the gear box to your lugs on your car for max power
Did you seriously just suggest to make plastic battery cable clamps?
that 3D printing ASMR tho when taking the handle off the bed
look into the gearboxes used for hand-cranked sirens
Idk why but the the gearbox is so amazing
#6:30 bus engine sound (also please add a bearing or maybe lubricant oil or a transmission fluid for better results).
As you gain momentum shift into the next one like a manual transmission.
I've had a curiosity for a long time: how to extract energy from something that's very heavy, but moving very slowly. I present the challenge to you: how much energy can you extract from a falling weight? Or, how long can you keep a system moving, while only dropping a weight a short distance? Ultimately, the scenario that fascinates me most is glaciers. It would seem there's a very large amount of potential energy there.
Wait until the glaciers melt and build a hydroelectric generator/dam
@@SjaakWWortel haha
While you are there, wait for the tundra to melt, now you increased the arable land 4000% near the artic.
You also get more wind power as a side effect, perhaps even too much of it, as more energy is freed into the system, a couple of tornadoes here and there, not big of a deal.
And your coastal lines might change by a couple of meters. That's a minor deal thou, who would build anything on beaches anyway. Lots of erosion already.
To your first inquiry, I present to you, the mechanical battery….
This looks really cool,. what was the material used to print this?
Material
you should try with the 3d printing material that has metal powder in it and you put it in a furnace and it turns solid metal to make some crazy fast ones that dont break
Use cutting oil and low RPMs with a lot of pressure while drilling metal.
could use this to make a fan
What are you using to help adhesion to the plate??
What settings did you use to get such a high quality print??
Yes I agree, I have to use a raft every time!
Omg, the sword at the end was a welcome surprise 😂
7:58: That's no sword... It's a space station.
@@Pseudothink It's too big to be a space station
Very satysfain
Why not try helical or herringbone gears, they would have a more consistent transfer of power. Also what did you use to lubricate them? With the high speeds of the last few gears the lubricant may just get flung off.
You'd need 2, one in the opposite direction because of the angle is also trying to move it sideways
@@prich0382 That's what a herringbone gear is.
Friction drive would of course add friction but reduce the need for tolerance . Maybe be worth a try.
Imagine adding a little generator at the end
Besides the actual gearbox being made, I'm interested in knowing how much all the machinery and tools used cost as well as the cost of materials and electricity, for just this one gearbox.
Also, does that 3d printer allow for different levels of hardness or flexibility with the shapes it prints?
It might use more PLA/ABS but if you print the parts at a 45° angle against the bed they become much stronger!
Some bearings and some spacers could make a significant difference in friction
Nice
5:51 sounds like a primary school school bus engine noise from hong kong
6:33 straight-piped G36 at 4am:
Using a hand drill on a drill press, classic
Good job to you
Basically Truck/Bus sound generator.
Crimony time is going by fast as I grow older , I saw the dat e Aug 10 on the video and thought it was from last year and took me a few seconds to realize that it is not only not July anymore it is not even August .
Could the last gear be attached to a trolling propeller? Crank power trolling motor
printed in PLA or PETG and what did you use for build plate adhesion? Glue?
you should make a wimhurst with your 3d prints and see how fast you make the energy spark ? i think if you use the gears it will make the energy higher .
you need bearings and solid gears, your spoked gears are causing significant air resistance
Have you thought about making a compound planetary gearbox?
A cool idea would be to make and adapter of some sort so you can put and impact on there
An impact would be a bad idea, the hammer strikes would likely break the gears.
Probably save some frustration by getting a screwdriver bit extension.
Youve basically achieved the same engineering capacity as spinlaunch without spending millions
Imagine if this was on a bicycle!😮
Could you please make one for me just tell me how much for it i need it the fastest and strongest. I have no access to 3d printer.i need it for a windmill generator but i need it to the high gear to connect to generator and a connector point to hook into the propeller.
if this dude built a house and it failed he would instantly start making it stronger and building it again
I think u should use ball bearings and herringbone gears.
When the gear box spins so fast that it sounds like a PS4 cooling down
Emagine this being a gear box in a car lol that would go SOOO FAST XD
Yea lol , but you would need a VERY big engine .
Sounds like a state transport bus
Young man, there are people who frequent the salt flats trying to break the land speed record who would greatly benefit and appreciate a team member like yourself.
Why?
@@mike3667 why??
Why is the sky blue? Why does the 3:92 posi-track on a 68 Hemi Cuda work?
*It just does*
😁
Use a berring on the handle so it has less friction on the hand
This whole thing sounds almost exactly like a diesel truck
Easily one of the most interesting and satisfying videos I've seen.
Now I'm really interested in gears, and mechanical interactions.
Where would I go to gain a greater understanding of the principals at work
here? Please don't bother suggesting any college courses, I have neither the time
nor money for that. I'm only interested in the knowledge, not the degree.
Oh, and thank you for this. Awesome work!
Buy a Machinery's Handbook and read the gear section, no better learning than on there
Have you tried attaching a load to one side, and a generator to the other, for example, so that the load drops in 24 hours providing electricity? make a semblance of a gravitational power plant?
1:45 smaller holes are easier to fix, because I can precisesly drill them out :skullemoji::skullemoji::skullemoji:
💀
Sounds like the gearbox in my Citroen Picasso.
You own 3d printer filament factory?
also is there a reason why you dont simply use bicycle crank arm to spin it?
How about making input a gearbox like in a car, so you don't need to apply a lot of force to start that thing and change ratio gradually.
Make a gearbox where the first gear spins at the same speed as the last gear
can you print one and put a drill on it and or makje the gears metal
did you know?
if you added 999 grear, you can get speed faster than light just for one rotation on other side
6:30 more like a V6 engine revving to the Red Line!
I would love to see a tuktuk peddle powered with 3d printed gears, that also transfers the energy to a battery! 🤔
Would not result in anything extraordinary or unpresidented. The laws of physics will not be broken or mocked.
So.
Enough gear ratio that a dropped weight of a few tonnes, pulling a chain, will cause a serious amount of power generated (think power plant), and when at the bottom - disconnect gears while pulling the weight back up, re-clutch the gears, and let gravity power the power plant once more.
Do this with enough gears and you literally have perpetual motion.
Can you power a ligthbulb using a dinamo?
You should spin the handle and see how long it takes for the last gear to stop spinning
Why are they always limited to a crank to generate energy? what happened to the spring-loaded toys?
3D printers are like the gateway for people with absolutely no mechanical knowledge to build something.
Mayeb for the handle use a breaker bar and try to connect that
His Neighbours be like: OI SHUT UP MATE OUR EARS BURN
Great video. One tip, get some cutting oil and use it when drilling metal. You'll spin the drill slower but it will cut faster and cooler. When it's cooler it'll wear your bits less and cut the metal smoother.
If you get it and don't agree I will pay you the $10 for the oil. No joke.
Like my Evil Knievel motorcycle. We took off the handle and put an electric drill in its place. Burned off the back tire .
In the early 1980's a New Zealander was watching a coin spinning on its edge but face down until it eventually fell flat and stopped. He consulted a mathematician and an engineer who together designed a reduction gearbox that had enough torque to dislodge a house from its foundation. Are you familiar with it? because as like "Epilogics" infinitely variable transmission that supposedly could handle large torque loadings both seem to have disappeared.
The base looks like a switch dock
imagine hooking it up to a fan
I noticed you had a tub with EXPLOSIVES on it. what is that for?
I'm guessing explosives.
Certain components imo are just simply made easier and faster out of different materials, for example: the handle and base can be made from wood with handtools. Also after initial prototyping, gears can be made from by the aid of fixtures and woodworking jigs. See Mattias Wandel's channel.
making the handle and base from hand tools would take hours for someone who most likely doesn't know how + gears can be made out of other materials in 3d printing and it is most likely quicker to 3d print