FPV long-range signal stability
Implementation principle: Advanced wireless transmission technologies such as Digital Frequency Hopping Spread Spectrum (FHSS), Direct Sequence Spread Spectrum (DSSS), etc. are used to disperse signals across multiple frequencies for transmission, effectively avoiding interference on a single frequency and improving the signal's anti-interference ability. At the same time, equipped with high gain antennas can enhance the transmission and reception capabilities of signals, maintaining strong strength during long-distance transmission.
Advantage: For model aircraft enthusiasts, a stable FPV long-range signal means they can control the aircraft from further distances, explore wider spaces, and experience more exciting flight. When creating aerial photography, the pilot can fly the time traveling aircraft to farther places, obtain unique shooting perspectives, and capture more spectacular and creative images. In some professional application scenarios, such as power inspection and surveying, stable long-range signals can ensure reliable connection between the aircraft and ground stations during long-distance flight, real-time transmission of data and images, and improve work efficiency and accuracy.



