Sunnysky X3126-III 550KV 6S 800KV 3-4S Brushless Motor for 30E Fixed Wing 3D 3A Ultimate Power RC Drone FPV Frame

Description

Specifications

• Motor Type: Outrunner brushless motor

• Model: X3126-III

• KV Options:

  • 550KV: Suitable for 6S power systems, providing a balance of power and efficiency for larger aircraft.

  • 800KV: Suitable for 3-4S power systems, ideal for lighter setups or applications requiring higher speed.

• Voltage: Compatible with 3-6S battery configurations (for 11.1V to 25.2V setups).

• Max Current: Approximately 60A (dependent on the setup and battery configuration).

• Max Power Output: Can handle up to 1000W for powerful propulsion.

• Motor Weight: Around 180g, offering a solid balance between weight and power.

• Mounting Pattern: Standard 16x16mm or 19x19mm for easy installation on various frames.

• Shaft Diameter: 5mm, compatible with standard propeller adapters.

• Propeller Size: Compatible with 12-inch to 15-inch fixed-wing props, giving flexibility for different flight setups.

• Bearing Size: 9x4x4mm for smooth rotation and reduced wear over time.

Key Features

• High-Performance Power: The X3126-III motor delivers up to 1000W of power, offering a significant performance boost for fixed-wing aircraft, especially in 3D flying and high-performance drones.

• Versatile KV Options: The motor comes in two KV options (550KV and 800KV), allowing you to select the one that best matches your power needs and flight style.

• Strong Efficiency and Durability: Featuring high-quality bearings and a robust design, the motor ensures long-lasting performance even under heavy load conditions.

• Optimized for Fixed-Wing and 3D Flight: Designed specifically for 30E fixed-wing models and 3D aerial maneuvers, the motor provides smooth and powerful thrust for complex and demanding flight patterns.

• Wide Voltage Range: Compatible with both 3S to 6S battery setups, making it adaptable to various drone configurations and performance requirements.

• Excellent Cooling: The motor is designed to maintain optimal temperature during flight, ensuring that it stays cool even during high-load maneuvers.