

Keine Marke
Política de seguridad
Política de envío
Política de devolución
Aktuell keine Kunden-Kommentare
Riferimento: 91/50
Paddles1 pairapprox. 29 g eachfor ∅ 4 mm / 5 mm flybar
Riferimento: 71/27
Pivot pin with circlipContent of the package 2 pieces
Riferimento: 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.
Riferimento: 87/4
A 90° twisted double ball-link connect the mixer lever to the ball collet on the flybar. Content of the package: 2 pieces
Riferimento: 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 ∅...
Riferimento: 74/5
O-ring 3 x 7 mm soft Content of the package: 4 pieces Tip: O-rings always slide with a drop of silicone oil onto the shaft.
Riferimento: 54/13
On longer rotor shafts the clamp ring for the pitch compensator sits underneath of the centre piece directly on the rotor shaft.Clamp ring for pitch compensator 10 mm Ø, length of the pin 30 mm.
Riferimento: 71/4
Pitch mixer centre piece, aluminium, 10 mm ∅
Riferimento: 74/7
Flybarless electronics have now become common. Where they are being used harder damping is required.For these cases Vario is now offering a harder damping of the blade shaft provided by a pretension absorbing element in the centre block.For the adjustment, the outer O-ring position can be selected between "hard" and "soft" flight characteristics.Important...
Riferimento: 79/13
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.
Riferimento: 79
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.