Excelente pensé que era el único hombre en el mundo que se interesaba en estos motores , ahora quiero construirme uno yo mismo que haga que ese volante gire al mayor número de revoluciones por minuto.
@@GrandadIsAnOldMan Es importante esa información ya que con eso puedes saber la potencia que tiene la ecuación es : número total de dientes dividido por los dientes del eje arrastrado
I don't want to know the power, it is not important to me. But if you want to know the power, you would also need to know the mass of the flywheel, speed of rotation, and the number of teeth on any intermediate gears, and the diameter of the wheels on the axle.
There are so many replies I could give. Here are some examples. Diversity, copyright, manufacturing requirements, economics of production, marketing strategy, cost targets, component availability, functionality. Why should they be the same?
And then some bright spark (probably me) will tell you that everything is ultimately solar powered because that is where all our power originates from. As in plants need sunlight to grow etc down the line to oil or gas. Even wind power is caused by the sun. And then somebody else will chip in that nuclear power isn't (probably me again, depending on which side of the argument I want to be 😆😆).
The speed of the flywheel just depends on how fast you spin it. The power stored in the flywheel depends on it's mass and speed. In my video description there are lots of links to flywheel related videos by many different channels. Tom Stanton explains a lot of detail about flywheels in this video ua-cam.com/video/gahKxbwUcYw/v-deo.html and this video ua-cam.com/video/yhu3s1ut3wM/v-deo.html
You take out a lot of little screws doing these tiny toys. I highly recommend you get a electric precision screwdriver. They'll save your wrists. My personal favourite is the Miniware ES15, but I think just about anything even a cheap triple a powered wow stick will do.
@@GrandadIsAnOldMan Oh no, this isn't a limp wrist thing at all. Everyone gets tired wrists after doing dozens of bolts in a row. I didn't mean to imply anything about your, I'm very sure, strong wrists.😁
@@BeefIngot hahaha. As it happens I do have an electric screwdriver, haven't used it in years. I did buy it when I was doing a lot of tear down videos, to speed the process up. Plus my cordless drill has the screwdriver capability.
Excelente pensé que era el único hombre en el mundo que se interesaba en estos motores , ahora quiero construirme uno yo mismo que haga que ese volante gire al mayor número de revoluciones por minuto.
Cuantos dientes en total tienen esas cajas de engranajes? Cuantos dientes tiene el volante de inercia?
@GasparContreras-gt5oq I didn't count them, but if you freeze the screen, you should be able to work it out for yourself.
@@GrandadIsAnOldMan Es importante esa información ya que con eso puedes saber la potencia que tiene la ecuación es : número total de dientes dividido por los dientes del eje arrastrado
I don't want to know the power, it is not important to me. But if you want to know the power, you would also need to know the mass of the flywheel, speed of rotation, and the number of teeth on any intermediate gears, and the diameter of the wheels on the axle.
Can I ask a question? Why some other friction toy cars have different mechanism?
There are so many replies I could give. Here are some examples. Diversity, copyright, manufacturing requirements, economics of production, marketing strategy, cost targets, component availability, functionality. Why should they be the same?
Interesting, that seems to be like arguing whether a vehicle is a gas motor or combustion motor. Realistically both are right.
And then some bright spark (probably me) will tell you that everything is ultimately solar powered because that is where all our power originates from. As in plants need sunlight to grow etc down the line to oil or gas. Even wind power is caused by the sun. And then somebody else will chip in that nuclear power isn't (probably me again, depending on which side of the argument I want to be 😆😆).
@@GrandadIsAnOldMan Lol
Me puedes enseñar a armar mi propio motor? Me gustaria uno en que el volante de inercia gire a muchas revoluciones por minuto.
The speed of the flywheel just depends on how fast you spin it. The power stored in the flywheel depends on it's mass and speed. In my video description there are lots of links to flywheel related videos by many different channels. Tom Stanton explains a lot of detail about flywheels in this video ua-cam.com/video/gahKxbwUcYw/v-deo.html and this video ua-cam.com/video/yhu3s1ut3wM/v-deo.html
You take out a lot of little screws doing these tiny toys.
I highly recommend you get a electric precision screwdriver. They'll save your wrists.
My personal favourite is the Miniware ES15, but I think just about anything even a cheap triple a powered wow stick will do.
Thanks, but I don't suffer from limp wrists 😆
@@GrandadIsAnOldMan Oh no, this isn't a limp wrist thing at all. Everyone gets tired wrists after doing dozens of bolts in a row. I didn't mean to imply anything about your, I'm very sure, strong wrists.😁
@@BeefIngot hahaha. As it happens I do have an electric screwdriver, haven't used it in years. I did buy it when I was doing a lot of tear down videos, to speed the process up. Plus my cordless drill has the screwdriver capability.
Wow comgratulation
Thank you, Davide.
Good explanation between the 2 mechanisms 😀
Thanks, Marc 👍