Futaba GYA352 AVCS Gyro w/ SMM Technology for Airplane  [GYA352]

Mastering RC Flight with the Futaba GYA352 AVCS Gyro

The Futaba GYA352 AVCS Gyro is a sophisticated tool designed to enhance the control and stability of RC airplanes. With its dual-axis capability, this gyro is perfect for managing two control surfaces, such as the elevator and rudder, making it an excellent choice for pilots who enjoy 3D maneuvers and hovering.

Advanced AVCS Technology for Precision

The Angular Velocity Control System (AVCS) employed by the GYA352 offers a significant advantage over traditional gyros. By utilizing a highly accurate sensor less prone to vibration, it ensures precise control even in challenging conditions. This system continuously sends signals to the servos, maintaining stability and reducing temperature drift, which is crucial for consistent performance during complex maneuvers.

Versatile Control and Adaptability

One of the standout features of the GYA352 is its ability to independently detect rotations around the X and Y axes. This allows for simultaneous control of ailerons and elevators or elevators and rudders. The gyro's built-in mixing circuit supports elevons and ruddervators, making it adaptable to various aircraft configurations. Additionally, the sensitivity and mode (AVCS/Normal) can be adjusted remotely via the transmitter, offering pilots flexibility and ease of use.

Compact Design with High Precision

Thanks to SMM (Silicon Micro Machine) technology, the GYA352 boasts extremely low drift and high precision, minimizing trim deviation during flight. Its compact and lightweight design, achieved through high-density surface mounting technology, ensures that it doesn't add unnecessary weight to your aircraft. The conductive resin case further enhances its resistance to electromagnetic interference, ensuring reliable performance.

The Futaba GYA352 AVCS Gyro is ideal for RC enthusiasts seeking enhanced control and stability in their aircraft, particularly those engaging in 3D flying and dealing with variable wind conditions.