CGY760R Gyro FASSTest/T-FHSS Air Mottagare*

Futaba CGY760R - 3-Axis Gyro with built-in FASSTest/T-FHSS Air Recieiver

• It is combined the receiver, the head speed governor and 3 axis heading hold gyro. So, the wiring 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 at a later date.

• Advanced and adaptive PID control loop which is proved by CGY750.
• Corresponds to various mounting directions.

• Digital (1520uSec / 760uSec) and Analog (1520uSec) servo are available.
• 2 types of setting method, 3D and Sports.
• Feed forward operation is implemented.

• 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.)

• 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)

• FASSTest (18CH mode / 12CH mode) and T-FHSS Air is available. (It is selectable on the GPB-1 unit)
• 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.

• It is the program box for CGY760R. It is connected to the dedicated port on CGY760R.
• 128 x 64 dots monochrome graphic LCD with backlit (same as T12K, T10J and T6K)
• 4 edit push keys and beeper
• The power is provided from CGY760R
• After turning on, it take the setting parameters from the connected CGY760R and it memories them to nonvolatile memory.
• The wireless setting of some parameters is available through trainer function of the transmitter connected to GPB-1 by the dedicated cable.