Referencia: 92/91
Rodamiento con orejuela de 6 x 10 x 3 mm
Brida rodamientos autolubricantes 6 x 10 x 3 mm
Ninguna marca
Referencia: 92/91
Brida rodamientos autolubricantes 6 x 10 x 3 mm
Política de seguridad
Política de envío
Política de devolución
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Référence: 832/78
This mixer lever from aluminium matches the dimensions of the rotor head 722/72 (e.g. model Robinson R22) with a max. rotor disc of 2 500 mm.
Référence: 82/32
Washer for variable rocker 4 mmContent of the package: 2 pieces
Référence: 86
Ball collets provide the fixation of double ball-links on the flybar, in order to settle the essential distance to the rocker. Ball collet 4 mm Ø, pack of 2, chrome-plated.
Référence: 80/10
The control bridge actuates the flybar. The servos pass the control commands to the swashplate. The collective pitch compensator connected to the swashplate transfers the movement to the control bridge via the angled pushrods. The flybar accepts the control commands and passes them on to the blade holders and the rotor disc.Control bridge, GRP, for 4 mm ∅...
Référence: 82/9
When you use a speed regulator you put the magnets into the cut-outs of this clamp ring. Clamp ring for speed collection, 10 mm Ø.
Référence: 76/18
Component part for a multi-blade rotor head for 10 mm or 12 mm Ø main shaft.
Référence: 79/30
The length of the flybar itself also plays an important role in the model's flight characteristics: the longer the flybar, the smoother the hover. A longer flybar increases the control deflections. 450 mm length is considered normal, while 510 mm provides more docile handling.
Référence: 722/71
Pitch compensator, complete, for 12 mm Ø main shaft, centre piece aluminium.For use with the rotor head Ord.No. 722/72.
Référence: 832/69
Connecting elbow, aluminiumPack of 2
Référence: 74/15
Pack of 4Tip: O-rings always slide with a drop of silicone oil onto the shaft.
Référence: 1005/6
In the world of full-size helicopters the Delta effect is universally acknowledged. For model helicopter rotors we have emulated the effect as closely as possible.As soon as a rotor blade is pushed out of its path by some external influence (thermal, down draught etc.) the opposite blade counters the movement and thereby subdues the rotor disc.Conversion...