Why don`t motorcycles fall while moving? How do they work?

Why don`t motorcycles fall while moving? How do they work?

Fuckin magnets

It doesn't have time to fall, it's moving too fast.

...

Id say its something to do with magnets

The moving wheels cause a current (moving electrons in the wheels). This causes a magnetic field which pushes against the Earths magnetic field so that it stays upright.

Simple think of the bike. Now think of the motor.
Now think of the motor bike
Now think of the movement
Up and down straight and back
Now think of the girl and going in and out
It's the friction, that's why the dick doesn't fall down. It gets up and stays up, if there is no friction it's down.

you know how fidget spinners won't let you turn them while they're spinning?
it's kind of the same thing with the wheels of a motorcycle.

Post your bikes.

Bbbut motorcycles can turn.

...

Cancer.

When you stand still on two feet, you are more or less in static balance, like a table. When you start walking, you stay upright by letting yourself fall onto each foot in turn; as your weight shifts forward you put the appropriate foot under your new center of gravity. This rather complex trick has to be learned and most learn to do it at an early age.
On a bicycle, we are stable front-to-back, but we are continuously adjusting to avoid falling over sideways. We do this mostly by steering very slightly in the direction we are just starting to fall in, keeping the two wheels under our constantly changing cg.
In concept the process is not so different from walking but we execute it by making small hand movements, rather than large leg movements. We can also move our bodies around while riding, producing big changes in the location of cg. While this is used in trick riding and mountain biking and occasionally in other situations, it's not a major part of normal bike balancing. When we ride with no hands, we lean into the direction towards which the bike is starting to fall. Normally designed bikes, with more-or-less aligned frames and properly functioning headsets, will turn the front end in the direction in which they're leaning.
There is much else going on in a moving bicycle but this covers how the rider keeps the bike upright.
If you ride pacelines you've probably experienced having your front wheel trapped against the wheel of the rider in front of you. Unless you've practiced recovering from this situation, it will probably take you down because, with front wheel unable to make those constant, subtle moves, you lose the ability to balance.

the speed makes the bike fly without you see it

2001 Hayabusa, 2003 R1 and 2004 Ducati monster

>Baby's first trail

The sidecars provide a third point of rest. I imagine you know very little little about motorcycles, because you posted a picture of an incomplete one without its balancing sidecar.

centripital forces, basically the same effect when you 'fidget spin' or any other gyroscope really. because the wheels are spinning at such a fast rpm, the center of gravity of the wheel moves from the center of the wheel to the outside of the wheel causing the majority of the mass to be on the center of the tire not the outsides.

This is correct. Basically we wobble when we are riding

Miracles

>Also fucking magnets how do they work?

2014 er6n

Pics or you're rp-ing hard