Lift Heavy Objects Using SCIENCE & 3D Printed GEARS! 

Wouldn’t that make them incredibly slow?

The elevator would be more weak if it was powered with a plastic motor

And you are sus

😂🤣😂🤣😂

New plot for you I used to work at a motor rewind shop that plastic motor is in better condition that 95%of elevator motors

there is, brick experiment channel

@@chickon2.0 Literally identical content, except with lego/mechano.

@@ConorFenlon but that channel is older i’m referring to the oldest video from 4 years ago compared to this one with 1 year ago

@@chickon2.0 Yeah I'm agreeing with you. It's very like brick experiment channel.

(He means that you are better than most lego channels)

Thank you my friend

Thank's a lot my friend

@@retsetman9698 sir i had a question , sir what gear ratio need for 1000-4000 kg and how many gears need to put on that heavy load thanks for response

Thanks a lot my friend

I thought this too! same energy, loved it, lmao

Yes it was a bit like that. I actually wanted to see the maximum of this small 3v motor:D

Aluminum chanel

Çok teşekkürler ☺️ görüşmek üzere, selamlar🖐🖐

Thanks

It is a local Turkish product. its name is porima3d and the material is pla

Torque-focused gearing actually places the least strain on the motor. Speed-focused gearing is what wears down the motor.

Pretty sure they are hollow

The smaller motor would use less energy. It will only ever be under ~2kg of stress before it gives up. The energy used by the motor never increases since it's not the component that's doing the heavy lifting. A larger motor with the capacity to pull ~58kg would need to be made of stronger materials which would be heavier and use more energy to move. I may be completely in the wrong about this, but I'm fairly certain that's right.

tabi 2 tel arasındaki açı 180 derece olmalı, yada olabilğince

Now time to use it as an elevator for my 2 story house and as lift for materials to get heavy stuff up easily and also for my grandma that can't walk

That calculation is just theoretical. In practically, we don’t get never 100% efficiency. Maybe the efficiency of that gears are 80-90% in industry but in this setup(3D printed etc.) the efficiency is always too low. There are a lot of things change the efficiency.

@@retsetman9698 Thank you!

Eventually, the inertia and friction of all the gears, bearings and axles will add up to overwhelm the motor.