Futaba GY611_S9256 Gyro and High-Response S9256 Servo [GY611_S9256]

Futaba GY611_S9256 - GY611 Gyro + S9256 Servo

Price:

£287.45

Brand:

Futaba

Model:

GY611_S9256

Not Available

Please kindly input your name and email address, we will inform you once we have the restocking.

Or you may find similar product under the

R/C Models - System - Gyroscopes

Controlled Flight with Futaba GY611 and S9256

For pilots seeking dependable heading stability, the Futaba GY611 paired with the S9256 servo offers refined correction and consistent tail behaviour. The design aims to minimise in-flight trim and keep inputs predictable.

Futaba GY611 Feature Highlights

Microcomputer Processing: Rapid internal arithmetic processing helps the gyro react smoothly to disturbances.
Advanced Sensor Technology: 12-bit A/D conversion and SMM micro-machining increase measurement fidelity and lower vibration impact.
Heading Hold System: AVCS maintains heading and limits rudder drift during manoeuvres.

S9256 Servo Advantages

High Response: Super narrow pulse drive achieves .06 sec/60X for immediate tail corrections.
Durable Design: An alumite case with a heat sink supports steady operation under load.
Compatibility: Fully compatible with the GY611 gyro and other narrow pulse drive equipment.

Specifications

Operating Voltage Range: DC 3.8V to 5V
Current Drain: 70mA @ 5V, including sensor
GY611 Dimensions: Amp 57 x 32 x 15mm / Sensor 30 x 30 x 18mm
GY611 Weight: Amp 34g / Sensor 30g
S9256 Servo Dimensions: 40 x 20 x 36.6mm
S9256 Servo Weight: 57g
Speed: .06 sec/60X (at 4.8V)
Torque: 47 oz-in (3.4 kg-cm) (at 4.8V)

A practical choice for anyone upgrading tail control to achieve steadier and more reliable flight trims.

What is the recommended power supply for the GY611 unit?

Power the GY611 from a regulated receiver supply within the specified range of DC 3.8V to 5V to ensure correct sensor operation.

Do I need a special transmitter to use the GY611 with the S9256?

No special transmitter is required, but ensure your radio and receiver support the servo pulse format and that servo reversing and endpoints are set correctly.

How often should I check the servo for wear?

Inspect linkages and mounting hardware before each flying session and check for gear play or abnormal noises after a few flights to catch wear early.

Hot Brands