World' Stop
FPV Fiber Optic Module
The Advantages of Fiber-Optic Controlled Drones:
Superior Anti-Interference Capability
Fiber-optic communication does not rely on radio waves, making it immune to GPS jamming, Wi-Fi interference, and signal blockers. This ensures stable drone operation even in complex environments.
High-Speed and Stable Data Transmission
With high bandwidth and low latency, fiber-optic communication enables real-time transmission of HD video, control signals, and sensor data, ensuring precise operations.
Ultra-Long-Distance Control
Supports up to 30 km of wired communication, maintaining a stable connection even in obstructed environments such as underground tunnels, pipelines, or dense urban areas, where traditional wireless control would fail.
No Signal Leakage, Enhanced Security
Unlike wireless communication, fiber-optic transmission has no electromagnetic emissions, making it difficult to detect, intercept, or jam. This is ideal for military, security, and confidential operations.
Adaptability to Special Environments
Works efficiently in underwater, underground, and industrial settings (e.g., mines, tunnels, and pipelines) where wireless signals weaken or fail.
Higher Reliability
Fiber-optic communication is unaffected by weather conditions, obstacles, or external electromagnetic interference, ensuring uninterrupted connection even in extreme conditions such as strong winds, thunderstorms, or high-interference zones.
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Frequently Asked Questions from Our Customers:
Can the deployed fiber optic cable be recovered and reused?
Can the fiber optic cable be used underwater?
Yes, the fiber optic system works normally underwater. The fiber optic spool contains no moving parts or metal components, making it suitable for submersion.
When used underwater, submarines and underwater drones typically travel at low speeds—no more than 10-20 km/h—so the fiber optic system functions without issues. However, for underwater applications, small drainage holes should be drilled into the fiber optic spool to allow water to exit efficiently.
Does the drone still need a VTX module for video transmission after installing the fiber optic system?
No, a VTX module is not required. The fiber optic-controlled drone operates with only an ESC, a flight controller, and an airborne fiber optic module—nothing else.
Both video transmission and control signals are fully transmitted through the fiber optic system. The analog video signal is converted into a digital signal, then into a fiber optic signal. At the ground station, the signal is decoded back into digital and then into an analog signal, which is output as AVI video. Similarly, control signals are also transmitted through the fiber optic cable.
Although the system simulates an analog camera, the video quality is close to 720p and can even approach 1080p, offering crystal-clear imagery with no white screen issues or flickering.
We may release a digital version in the future, but the current version does not support digital cameras.