Originally posted by Pit_Monkey
i learned how to jump by trial and error, i have a 3 ft jump in my yard and i land flat. i found that when i charge it my back end of my bike bucks up and kinda throws me off the bike and my front suspension takes all the force. but when i go into it fast then roll off and then blip the throttle i launch perfectly and land flat. is this just because of the angle of the take off and because im landing flat or is it body positioning. im racing next year and want to go to a local practice track to train and ive never jumped a real jump ya know like a 50ft double. im wondering if i am supposed to blip the throttle or just hit it wit it WTFO!!! :silly:
Originally posted by MX823
Does it make sense or did I confuse anyone [incl myself] anymore?:think
Originally posted by KTM520Man
Well since physics has been brought into all of this and I teach high school physics (and use motocross examples all the time) I had to jump in(lol...sorry about the pun). I am probably the last person to give advice about over jumping since you have to be going fast to do it. As others have mentioned before once you have left the face of the jump there is little you can do to alter the trajectory. At least the trajectory of the center of gravity of the system. You and the bike form a system and have one CG. This will always follow a smooth arc in the air and unless a force completely outside the system acts on it the CG will land in one spot no matter what you do. I understand what tapping the rear brake does and that you are trying to get at least part of the motorcyle on the ground quicker. That said I use the gas it and let the rear shock take the hit. If you want to get your bike on the ground faster you can raise yourself up as high as possible on it. This will push your CG higher which will force the bikes CG lower to keep the CG of the whole system in the same place. In an extreme example if you jump off your bike it will land short and you will land long, but if you take the CG of the system it will land in the same place. Sorry to go on and on......just got done teaching this and could help myself.
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?