Futaba GY611 Gyro with the S9256 Digital Servo

Features:

• Super narrow pulse drive system substantially improves servo response
• Microcomputer high-speed arithmetic processing substantially improves gyro response
• High-resolution 12-bit A/D (Analog to Digital) accurately converts sensor output to a digital signal
• SMM (Silicone Micro Machining) micro-machining mechanical parts and systems right on a silicone chip and also low-back aeroform case improves vibration resistance and neutral characteristic
• AVCS (Angular Vector Control System) (same as heading hold) system requires a high-precision angular velocity detection function and extremely small output drift by using a new type of gyro sensor. This minimizes rudder neutral position drift during flight and eliminates the need to trim the rudder during flight
• Futaba S9256 (FUTM0226) digital servo is fully compatible with super narrow pulse drive and features high response (0.06 sec/60°) and Alumite case with heat sink to cool the motor

Includes: Futaba GY611 sensor, control amp, S9256 servo, mini screwdriver, 3 sections double sided tape and instruction sheet.

Requires: 4.8V Rx battery ONLY (higher voltage could damage the servo), Assembly and adjustment onto the helicopter.

Specifications:

GY611 Ratings:

• Yaw-axis stabilizer for helicopter (rate gyro)
• Display Device: 8-character dot matrix liquid crystal display
• Operating Voltage Range: DC 3.8V to 5V
• Current Drain: 70mA (@5.0V, including sensor)
• Dimensions: Amp 2.2"x 1.2"x 0.59" (57 x 32 x 15mm)
• Sensor 1.2"x 1.2"x 0.71" (30mm x 30mm x 18mm)
• Weight: Amp 1.19oz (34g)
• Sensor 1.05oz (30g)

S9256 Servo Ratings (FUTM0226):

• Dimensions: 1.6"x 0.79"x 1.4" (40mm x 20mm x 36.6mm)
• Weight: 2.01oz (57g)
• Speed: 0.06sec/60º (at 4.8V)
• Torque: 47 oz-in (3.4 kg-cm) (at 4.8V)