CGY760R
3 axis heading hold gyro included receiver and head speed governor for helicopter.
Features of CGY760R
・ It is combined the receiver, the head speed governor and 3 axis heading hold gyro. So, the wirin processing is easy when it is installed.
・ It is successor of CGY750. Functions and setting parameters basically follow CGY750 Ver.2.0.
・ Small and right weight. (size : 37.5 x 26.8 x 16.0 mm, weight : 20.2g)
・ It is the anodic oxidation coating on aluminum case. So the appearance is also luxurious.
・ There are screw holes for installing to the metal mount of helicopter at the bottom of the case.
・ The firmware update is available. (CIU-2 or CIU-3 is necessary.)
・ The wireless setting of some parameters is available through trainer function of the transmitter connected with GPB-1.
・ 760 uSec swash servo (under planning) will be available.
【Gyro section】
・ Advanced and adaptive PID control loop which is proved by CGY750.
・ Corresponds to various mounting directions.
Rudder (Yaw)
・ Digital (1520uSec / 760uSec) and Analog (1520uSec) servo are available.
・ 2 types of setting method, 3D and Sports.
・ Feedforward operation is implemented.
Aileron (Roll) andElevator (Pitch)
・ 2 types of setting method, F3C and 3D.
・ Supports H3-90 / H3-120 / H3-140 / H4-00 / H4-45 swashplate types.
・ Digital (1520uSec / 760uSec*) and Analog (1520uSec) servo are available.
(* 760uSec mode is for the future.)
【Head speed governor】
・ Advanced and adaptive PID control loop which is proved by CGY750.
・ Capable of governing head speeds from 700 RPM to 4000 RPM.
・ Digital (1520uSec) and Analog (1520uSec) servo are available.
・ Governor or Revolution limiter mode selectable.
・ Cutting edge control algorithm provides more consistent RPM governing.
・ Revolution sensor is Compatible with the GV-1 and CGY750. The CGY760R also supports an optional back plate revolution sensor.
・ RPM data can be send to the transmitter. (Telemetry function)
【Receiver section】
・ FASSTest (18CH mode / 12CH mode) and T-FHSS Air is available. (It is selectable on GPB-1.)
・ Antenna diversity. (2 antennas are installed.)
・ Telemetry functions. (Battery voltage, S.BUS sensor connected to S.BUS2 port and RPM data)
・ ID-LINK method is same manner to other FASSTest or T-FHSS Air receivers.