DJI Avata 2 Propellers

Description

The Avata 2 propellers are the essential rotors that provide thrust and lift for the drone, enabling all flight maneuvers including taking off, hovering, moving forward or backward, and turning. They are specifically designed for the Avata 2, ensuring the correct diameter, weight, mounting pattern, and airflow dynamics to deliver stable, efficient, and safe flight. Using the proper propellers is crucial for flight performance and safety, as mixing incompatible propeller types or incorrect sizes can cause instability, vibration, or even structural issues.

A standard replacement pack includes four propellers—two clockwise and two counter-clockwise—along with eight screws to securely mount each propeller to the drone’s motor arms. The propellers are explicitly made for Avata 2 motors and mounting points and are not interchangeable with other drone models. Each propeller has a diameter of approximately 75.66 mm and weighs around 1.74 grams, with some blades featuring colored markings to ensure correct orientation for clockwise or counter-clockwise rotation.

Correct installation and maintenance are essential, as propellers operate under high stress at fast rotational speeds. Each propeller must be mounted according to its markings, and screws should be properly tightened and replaced when necessary. Blades should be inspected regularly for cracks, chips, warping, or debris, as even minor defects can affect balance and flight safety. Propeller edges are sharp, so careful handling during installation and transport is important.

These precisely balanced, lightweight propellers enable the Avata 2 to achieve efficient thrust, smooth and stable flight, responsive control, and reliable hovering. Matched to the drone’s motors and frame geometry, they ensure performance remains within the intended design parameters, optimizing lift, stability, motor load, and flight time. Using genuine Avata 2 propellers is particularly important for pilots who fly aggressively or record cinematic footage, as they help maintain safety, control, and high-quality flight performance.