GY401 Futaba Gyro with SMM Technology

Product Details

This is the GY401 Gyro with SMM Technology from Futaba. This is a High Performance, Compact and Lightweight (AVCS) Angular Vector Control System gyro developed for model helicopters. Because the sensor and control circuit are integrated, it is simple to install.

FEATURES: AVCS System: Since the rudder trim changes (caused by wind and other meteorological changes);

The front, rear, and other heli attitudes change and are automatically cancelled;

Tail (rudder) operation is easy, making it perfect for 3D flight. (also known as Heading Hold Gyro)

SMM Gyro Sensor: Use of this newly developed technology virtually eliminates rudder trim changes during flight (see COMMENTS).

Digital Servo Compatible (DS Mode): DS mode makes it compatible with Futaba digital servos.

This maximizes the high-speed response performance of the Digital Servo. Remote Gain Function and Mode Switching Function

Remote: Gain function allows sensitivity switching from the transmitter and mode switching function allows AVCS/normal gyro mode switching.

Integrated, compact and lightweight design made possible by high density mounting technology. Conductive Resin Case: This case improves EMC (Electrostatic and electromagnetic interference) resistance.

INCLUDES: One GY401 gyro

One mini plastic adjustment screwdriver

Three mounting pads

One instruction sheet

SPECS: GY401 Gyro- Length: 27mm Width: 27mm

Height: 20mm

Weight: 27g

Voltage- use only with a 4.8V battery. (if you use it with a higher voltage battery it needs to be regulated to 6V)

COMMENTS: Can be used in helicopters and airplanes (Due to 0-100% Gain Adjust). The new SMM (Silicon Micro Machine) technology is the integration of mechanical elements, sensors, actuators and electronics all brought together on a common substrate chip. This hobby industry first, results in a gyro sensor with an unprecedented level of functionality, reliability, and sophistication. This will not work with the JR Digital Servos. These have a different pulse.