Back supporting shaft by DJI Air 3s premium quality

Rear support axis for DJI Air 3S premium quality

The rear support axis for DJI Air 3S in premium quality is a structural component designed to restore proper fixation and alignment of the drone’s rear arm, ensuring mechanical stability and safe flight operation. This part plays a key role in chassis integrity, maintaining precise arm and motor positioning while enabling controlled vibration transmission and balanced flight performance after repair.

Manufactured from high-strength materials with tight tolerances, the axis provides an exact fit with the rear arm assembly and the DJI Air 3S body. Premium quality ensures structural rigidity without unnecessary added weight, helping preserve aerodynamic efficiency and proper sensor calibration after installation. It is intended for professional repairs following impacts, drops or looseness affecting the rear arm stability.

Designed for technical installation and mechanical verification before final drone assembly.

Key features
• Component: rear support axis
• Function: fixation and alignment of the rear arm
• Position: rear section of the drone
• Material: reinforced high-strength structure
• Quality: premium with precise tolerances
• Direct compatibility: DJI Air 3S

Advantages and quality
This premium rear support axis provides a reliable solution for structural repairs on the DJI Air 3S. Its precise manufacturing restores correct arm and motor alignment, reducing abnormal vibrations and preventing flight deviation. Controlled material rigidity helps extend the lifespan of the repaired assembly and maintain stable flight behavior. It is an essential component for specialized workshops seeking durable, safe repairs without compromising drone performance.

Available for immediate dispatch from Spain.

Installation tips

1. Disconnect the battery and remove propellers before servicing.

2. Check the rear arm and motor for additional damage.

3. Install the axis without forcing screws or mounting points.

4. Verify arm alignment after installation.

5. Perform calibration and controlled flight tests before normal use.

Technical table