What is the maximum video transmission range of the DJI Mavic 4 Pro, and how does it remain stable?

[AdminForo]

What is the maximum video transmission range of the DJI Mavic 4 Pro, and how does it remain stable: The DJI Mavic 4 Pro is equipped with the O4 HD transmission system, the latest technological evolution in real-time video transmission. This system offers a maximum range of up to 20 kilometers in ideal conditions, allowing the pilot to obtain a high-definition first-person view (FPV) without interruptions or significant latency. O4 transmission technology not only improves the coverage range but also provides a clear and continuous image even at long distances, which is essential for professional work that requires full visual control of the drone.

Transmission stability is guaranteed thanks to the dual frequency of 2.4 GHz and 5.8 GHz, which allows for a smooth transition between bands to avoid interference. The system automatically scans the environment in search of the strongest, interference-free signal, dynamically adapting the frequency during flight. This ensures that the video signal is not degraded or interrupted, even in urban environments with high electromagnetic congestion or during flights over remote terrain where conditions can change abruptly.

Another key feature is the use of improved antennas on both the drone and the DJI RC Pro 2 remote controller, which feature bright, high-resolution displays for viewing received video. These antennas employ MIMO and beamforming technologies to direct the signal more precisely, increasing transmission quality and reliability. Additionally, the system features error correction algorithms that maintain image integrity even in the presence of moderate interference.

The combination of long range, dynamic stability, and image quality make the DJI Mavic 4 Pro's transmission system an ideal tool for professional inspection, surveillance, or audiovisual production operations. By offering a robust, high-fidelity connection, the pilot can operate with complete confidence even in demanding conditions, resulting in greater operational efficiency, a lower risk of signal loss, and a significantly smoother flight experience.