After many cars and other land vehicles, now its time to build something different.
This creation is based in the Russian helicopter Kamov KA-32.
This helicopter has the peculiarity that it has two coaxial rotors turning in opposite directions, instead of the traditional main rotor with a small tail rotor.
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This creation is based in the Russian helicopter Kamov KA-32.
This helicopter has the peculiarity that it has two coaxial rotors turning in opposite directions, instead of the traditional main rotor with a small tail rotor.
Very important note: This creation is a technical demonstration about how a coaxial helicopter works, but actually this MOC can NOT fly!!
It is impossible build a 100% Lego machine that actually can fly by itself.
It is impossible build a 100% Lego machine that actually can fly by itself.
A real Kamov KA-32 used in Spain for firefighting. I have used the same color scheme .
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Both rotors are powered by only one PF XL motor and a PF Rechargeable battery(ref. 8878).
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I hope you like it!!!
This MOC has been build in scale 1:16. The rotors has a diameter of 127 studs(102 cm or 40 in.)
The fuselage size is 98x15x23 studs (78x12x18 cm or 30.7x4.7x7.1 in.)
Both rotors are powered by only one PF XL motor and a PF Rechargeable battery(ref. 8878).
Complete rotors control using two swashplates directly from the cabin. Just like the real KA-32.
Collective lever control: fly up-down
Cyclic stick control(both sticks works): fly front-back-right-left(not turn)
Upper rotor pitch pedals: turn right-left
The controls only control de lower swashplate, and this one control the upper swashplate using the there grey links .
The front wheels have free steering.
And the rear ones have suspension, and a side sliding door.
Very quick fuselage disassemble.
I know that all this technical features and strange functions are difficult to understand. So here you have a video showing the helicopter working.
I hope you like it!!!