Racer Loses Motorcyle Then Recovers Amazingly

Never give up...
Bigboomersays...

Yes, because experienced racers are going to want to cut OVER in front of the running rider and behind the slow moving motorcycle in a dramatic over the top fashion.

11850says...

The bike actually would right itself, how much track width needed for that speed I do not know, but centrifugal force of the wheels keeps the bike upright, you upset the balance by counter-steering and shifting weight. I know because I had first hand experience with a high-speed get off.

11816says...

well in this case i can see that happening, what you state. But thats only because in this video taping or whatnot its CLEAR the rider just flat out let go and flopped off, if he wibbly wobblied the front wheel or whatnot I HIGHLY HIGHLY doubt it'd right itself without an outside force such as a mans arms. once its unbalanced it would stay so, but this guy clearly let go right after the turn.

deedub81says...

I hate to be a know-it-all (I love being a know-it-all), but centrifugal force has nothing to do with it. It's the forces of the spinning wheels acting as a gyroscopic flywheel that enables the motorcycle to maintain an upright axis while the operator is left behind. As the velocity of the wheels decreases, the nutation (amount of travel in the side to side tilt) of the motorcycle increases and the bike loses stability.

>> ^MightyZep:
The bike actually would right itself, how much track width needed for that speed I do not know, but centrifugal force of the wheels keeps the bike upright, you upset the balance by counter-steering and shifting weight. I know because I had first hand experience with a high-speed get off.

Ghostlysays...

If you want to be precise it's the moment of inertia, associated with the angular momentum of the wheels which gives rise to the gyro effect. In simpler terms, it's the tendancy for rotating objects to resist changes to their axis of rotation.

deedub81says...

You won't find what I wrote on google because *gasp* I made it all up!

Do you want to know what keeps a motorcycle upright? Skywalker Force.

(But, seriously: It's centrifugal force.)

Send this Article to a Friend



Separate multiple emails with a comma (,); limit 5 recipients






Your email has been sent successfully!

Manage this Video in Your Playlists




notify when someone comments
X

This website uses cookies.

This website uses cookies to improve user experience. By using this website you consent to all cookies in accordance with our Privacy Policy.

I agree
  
Learn More