![]() ![]() Moveover, it is human nature to disengage controls when any control flip occurs(which is truely unhandy if you meant it this manner, which was also mentioned XD).Į.g I try pressing "w" even when I stop pressing "a" or "d" due to temporary yaw flip, no speed loss recorded.īut the most amazing here was that it is resilent any irrecoverable flips(both roll and pitch flips) which is the main motive aside from speed gain. I did notice if you just build upon what happens after it flip it become very resilent to flipping back, since the new centre of gravity is significantly more stable than the force overcome it in the first place.Īnd the "pendulum effect" was exactly as mentioned as "unstable yaw", with it getting flush to a "stable yaw" the effects was negated unfortunately, the speed was also weighed as such.Īs for the speed gain it doesn't really matter how you steer it. It was build whlist it was flipped and floating in air, I just rotate the cockpit 90 degrees and add weight until stablize and dont rock that much! XD Next thing i wanna try is an 8 blader with uran xD Maybe it helps you getting even faster :) but i have no experience with bikes at that speed. ![]() On my bio gen airplane the front blade is one block hifher than in the back. Personally i build my blades slightly over the COM to not end up upside down but only slightly over it to demy the "pendulum effect". Very unhandy to gain and maintain too speed :/ Even the smallest push to the side or front/back lets the pendulum starts swinging and it continues until you counter it with your steering. I think only because you have your blades so low you needed to add those batteries so low aswell.Īnd these low batteries kind of act like a pendulum. I think they are to low and i would suggest to have them on the same height with such a small vehicle. Publicado originalmente por Xhulow:On your bike i notices the position of your blades. I focused on 4 blades for more balance in the air and on my two air planes they get more stable the faster they get.Īfter the take-off and with increased speed it even balance out the front and the back and i only have to hold s and spacebar to maintain full speed. Its a hard task to get a bike be stable in the air at all but if it works for you its nice :) Otherwise, do go ahead build and try it is pretty simple build and fun to drive around in 3rd person. These experiment design do not have stabilizers on as I had yet to master it.ĭo note the frontal airblade blocks the view of the cockpit together with frontal tilt making it worse and final draw was the yaw rocking, which make 1st person view very uncomfortable. It does have fairly unstable yaw(rocking left and right, with speed pushing 70kph~84khp, with ever more unstable as it gets faster) and move very much like a bike as you mentioned.Ī stable version(via adding more batteries on the BACK tip of the single block battery/the box up there) was created which allows full control of yaw(a fixed roll to upright )only allows speed up to 50kph. It does these by doing nearly unoticable flips too many a time, imagine you forces the roll mechanics to give up rolling by pushing it to the extreme verge of flipping, when it flips you did notice the yaw flip momentarily(roughly a noticeable 2 seconds before flipping back which can be easily counter by not doing a yaw). Is it balanced in the air? Experienced flips to the side with such bike creations :/ ![]()
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