Futaba GY611_S9256 - GY611 Gyro + S9256 Servo  [GY611_S9256]

Here is the Futaba GY611 Gyro with all the S9256 Digital Servo.

FEATURES:
Super slim pulse drive system notably improves servo response

Microcomputer high-speed arithmetic processing somewhat improves gyro effect

High-resolution 12-bit A/D (Analog to Digital) accurately converts sensor production to an electric powered digital Signal

SMM (Silicon Micro Machining) micro-machining technical components and systems close to a silicon chip and low-back aeroform situation improves vibration opposition and basic attribute

AVCS (Angular Vector Control System) (similar to Heading Hold) system demands a high-precision angular velocity detection function and intensely little manufacturing drift by simply utilizing a fresh kind of gyro sensor.

This minimizes rudder basic destination drift during trip and eliminates the should slice the rudder during journey.

Futaba S9256 (FUTM0226) Digital Servo is wholly ideal for super slim pulse drive and features high reaction (.06 sec/60�X) and Alumite situation with heat sink to cool the engine

INCLUDES:
Futaba GY611 sensor, control amp, S9256 servo, mini screwdriver, 3 parts increase sided tape and instruction sheet

NEEDS:
4.8V Rx electric batteries ONLY (greater voltage could harm the servo)
Assembly and modification onto the helicopter

SPECS:
GY611 Ratings: Yaw-axis stabilizer for helicopter (cost gyro)
Display unit: 8-character dot matrix fluid Crystal Show
running Voltage Range: DC 3.8V to 5V
current Drain: 70mA @ 5V, including sensor
Measurements: Amp 2.2"x 1.2"x .59" (57 x 32 x 15mm)
Sensor 1.2"x 1.2"x .71" (30 x 30 x 18mm)
weight: Amp 1.19oz (34g) / Sensor 1.05oz (30g)

S9256 Servo
Proportions: 1.6"x .79"x 1.4" (40 x 20 x 36.6mm)
Body weight: 2.01oz (57g)
Speed: .06 sec/60�X (at 4.8V)
Torque: 47 oz-in (3.4 kg-cm) (at 4.8V)