Futaba GY611_BLS251 - GY611 AVCS Gyro + BLS251 Brushless Servo for RC EP Helicopter  [GY611_BLS251]

Price:
USD$261.50
Brand:
Futaba
Model:
GY611_BLS251
Condition:
Brand New
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Enhance Your RC Helicopter's Performance with Futaba GY611_BLS251

The Futaba GY611_BLS251 combo is a top-tier choice for RC helicopter enthusiasts looking to elevate their flight experience. This package includes the GY611 AVCS Gyro and the BLS251 Brushless Servo, both engineered to deliver superior performance and reliability. Whether you're navigating complex maneuvers or maintaining stable flight, this duo offers precision and responsiveness that serious hobbyists demand.

Advanced Stability with GY611 AVCS Gyro

The GY611 AVCS Gyro is designed to provide exceptional stability and control. Utilizing AVCS (Angular Vector Control System) technology, this gyro minimizes unwanted rotational movement, ensuring your helicopter maintains its intended flight path. This feature is particularly beneficial for pilots who engage in aerobatic flying or require precise hovering capabilities.

Powerful Performance from BLS251 Brushless Servo

Complementing the gyro, the BLS251 Brushless Servo offers robust performance with its high-speed response and torque. The brushless design ensures durability and efficiency, making it ideal for demanding RC helicopter applications. This servo is engineered to work seamlessly with the GY611, providing smooth and accurate control over your helicopter's movements.

Specifications

  • Voltage: 4.8V - 6.0V
  • Torque: 4.8V: 2.5 kg/cm, 6.0V: 3.0 kg/cm
  • Speed: 0.10 sec/60° at 4.8V, 0.08 sec/60° at 6.0V

The Futaba GY611_BLS251 is perfect for RC helicopter pilots who demand precision and reliability. Its advanced features make it a valuable addition to any serious hobbyist's setup, enhancing both stability and control during flight.

The GY611 is compatible with most RC electric helicopters, but it's always best to check your model's specifications for compatibility.
Brushless servos offer greater efficiency, longevity, and performance compared to traditional servos, making them ideal for high-demand applications.

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