Aerodynamic Optimization Design：The long tail fin features a streamlined structure based on aerodynamic principles, extending the tail length to balance lift and drag at the rear, ensuring DJI Avata 2 maintains a more stable flight attitude during high-speed flight, long-distance cruising, or in complex air currents. Enhanced Flight Stability：Compared to the short tail fin, the long design more effectively suppresses body shaking and deviation during flight, significantly improving footage stability and flight safety, especially in windy conditions or during smooth aerial photography. Slightly Heavier Weight for Body Balance：Although slightly heavier than the short tail fin, this design optimizes the front-rear weight distribution of the fuselage, reducing the risk of center of gravity deviation during flight. It makes the drone more stable during hovering and slow-speed flight, suitable for aerial photography scenarios requiring precise positioning. Precise ESC Intervention Suppression：By enhancing the aerodynamic effect of the tail, the long tail fin more accurately counteracts the automatic correction force of the flight control system, reducing control delay caused by "ESC automatic intervention" and making the flight trajectory in manual mode more linear and controllable. Fits Advanced Pilot Needs：Designed for advanced pilots pursuing ultimate stability and precise control, the long tail fin provides more reliable support whether conducting cinematic aerial photography, long-distance FPV flying, or maintaining flight attitude in complex environments. Easy Installation and Compatibility：Adopting the same snap-fit design as the original aircraft, it can be quickly replaced without tools. Fully compatible with the short tail fin, pilots can freely switch between different flight scenarios (e.g., short fin for racing, long fin for aerial photography) to flexibly meet diverse needs.
