Futaba CGY 760R

Features of the Futaba CGY760R rc helicopter gyro:

It is successor of CGY750. Functions and setting parameters basically follow CGY750 Ver.2.0. The system combines the receiver, the head speed governor and 3 axis heading hold gyro. So, the wiring processing is easy during installation. 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.

Luxurious appearance with anodic oxidation coating on aluminium case.

There are screw holes for installing to the 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 development) will be available.

Gyro section:

Advanced and adaptive PID control loop which is proved by CGY750.
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) - Elevator (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:

ASSTest (18CH mode / 12CH mode) and T-FHSS Air is available. (It is selectable on GPB-1.)
Antenna dual diversity. (2 antennas are installed.)
Telemetry functions. (Battery voltage, S.BUS sensor connected to S.BUS2 port and RPM data).
ID-LINK method is similar to other Futaba FASSTest or T-FHSS Air receivers.