Futaba GY611_S9256 Precision Gyro and Servo Pack [GY611_S9256]

Futaba GY611_S9256 - GY611 Gyro + S9256 Servo

Price:

NZD$664.52

Brand:

Futaba

Model:

GY611_S9256

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R/C Models - System - Gyroscopes

Stable Heading Hold with Futaba GY611 and S9256

For pilots wanting a cleaner tail feel, the Futaba GY611 gyro teamed with the S9256 servo delivers smooth corrections and reliable heading hold. The package is built to cut drift and keep control inputs tight.

Why Choose the Futaba GY611

Microcomputer Processing: Fast arithmetic processing gives the gyro quick and consistent reactions.
Advanced Sensor Technology: 12-bit A/D conversion plus SMM micro-machining help maintain accuracy under vibration.
Heading Hold System: AVCS reduces rudder drift and lowers the need for continual trims.

S9256 Servo Highlights

High Response: Super narrow pulse drive supports a .06 sec/60X response for prompt tail adjustments.
Durable Design: An alumite case with a heat sink keeps the servo running cooler on long flights.
Compatibility: Designed to pair cleanly with the GY611 and similar control systems.

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)

Well suited for flyers looking to tighten their tail control without major airframe changes.

How do I mount the GY611 sensor for best performance?

Mount the sensor on a flat section of the airframe as close to the rotor head axis as possible, using dampening material if needed to minimise vibration transfer.

Will the GY611 work with modern digital receivers?

Yes, the GY611 interfaces with standard receiver outputs. Ensure your receiver and servos support super narrow pulse signals for full compatibility.

Any maintenance tips for the S9256?

Keep gear mesh correct, watch for play in linkages, and inspect the casing after hard landings. Periodic checks will extend the servo life.

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