note the smooth transition between the graphical stages of the rotor without loading any additional texture. All completely smooth. You can still see all movements of the blades ih high rpm state. It makes a really nice effect when the sun lights one of the blades :-)
Incredible, how many animations are in this simple rotor.
We have:
1st: the control rods cyclic
2nd: the control rod pitch (wich controlls a bushing on the rotorshaft and mixes the cyclic controls with the collective
3rd: this bushing (with mixerarms)
4th: the swashplate fix base
5th: the swashplates rotating ring wich gives the cyclic controls to the mixer
6th: the two large controlrods wich go to the mixer in the stabilizer bar. (mixed cyclic and collective controls already depending on position of the rotor)
7th: the rotor RPM (with this, the position of the rotor)
8th; the control rods to the blade connectiors wich are mounted on the central rotorhead.
9th: the central rotorhead wich is able to tilt too. (depending on rotor position)
10th: The flexing blades for slow (witch all bending involved weight of the blades lift and so on)
11th: the fexing blades for fast (witch all bending involved weight of the blades lift and so on)
12th: several visibility tags for several stages of the rotor.
Sounds quiet easy, doesn't it?
of course the spool up will be slower ;-) This is only for showing
takeoff2.wmv 8.49MB
1398 Number of downloadsBest regards, Joachim





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