Extended Range Anti-interference Fiber Optic Module Cable Tray For FPV UAV RC Cars 1KM to 30KM Available

We are launch newest Extended Range Anti-interference Fiber Optic Module Cable Tray For FPV UAV RC Cars, from 1KM to 30KM distanace available, this fiber optic image and data module uses optical fiber as thetransmission medium, which has the advantages of stabletransmission, fast speed, no influence of electromagnetic interference, and prevention of eavesdropping and theft. lt is apractical solution for various scenarios when used with drones.  

1. Optical fiber Cable tray Optional

1.1 Opional Variants (Version 1.0)

1.2 Opional Variants (Version 2.0)

2.1 Fiber optic images and  data Ground end

2.2 Fiber optic images and  data Ground end PLUS

3.1 Mode 1

① Connect the GH1.25 line of Opticallink SKY to flight control according to the figure of "ground end wireless connection Method 1". 
② Connect the GH1.25 line of the Opticallink GBD ground end to the receiver and the image transmission. 
③ Fix the Opticallink SKY end and optical fiber disc, and pay attention to the optical fiber outlet mouth as far away from the UAV propeller as possible to avoid winding accidents.
④ Connect the optical fiber wiring harness. Connect the FC interfaces at both ends of the optical fiber disk to the Opticallink SKY FC interface and the Opticallink GBD ground FC interface. Note that the mouth end is connected to the ground. 
⑤ Fully charge the Opticallink GBD ground terminal battery and insert it into the ground terminal connector. 
⑥ Finally, turn on the power switch

3.2 Mode 2

① Connects Opticallink SKY sky end GH1.25 wire to flight control according to the figure of "ground end wireless connection Method 2". 
② Connect the Opticallink GBD ground end GH1.25 wire directly to the remote control, note that not all remote controllers are compatible with wired connections, choose the remote control with PPM output. 
③ Fix the Opticallink SKY sky end module and optical fiber disc, and pay attention to the optical fiber outlet as far away from the drone propeller as possible to avoid winding accidents. 
④ Connect the optical fiber wiring harness. Connect the FC interfaces  at both ends of the optical fiber disk to the OpticallinkSKY FC interface and the Opticallink GBD ground FC interface. Note that the mouth end is connected to the ground. 
⑤ Fully charge the Opticallink GBD ground terminal battery and insert it into the ground terminal connector. 
⑥ Finally, turn on the power switch

4. Installation Angle Diagram

5. Important Tips

1. Fiber optic disk installation, fiber optic disk outlet nozzle should be as far away from the propeller as possible, but additional attention should be paid to the balance point of the center of gravity of the aircraft.
2. Fiber optic disk installation should be based on the aircraft's tilt angle, the mounting bracket should be reserved for a certain tilt angle (as shown in the figure). The mounting angle should be close to the tilt angle, so that the fiber optic disk outlet angle is a horizontal position.
3. Fiber optic winding uses special glue, the first 200 meters of distance is the glue application area, in this area the flight speed of the aircraft should be controlled at 30km/h or 8m/s or less, to avoid high speed flight in the area with the glue.
4. Maximum flight speed of the aircraft should be controlled within 120km/h.
5. Do not contact the optical fiber with water; otherwise, the optical attenuation phenomenon will occur, and the optical signaltransmission quality will be degraded.

6. Applications scenarios

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Do you have any question about the Fiber Optic Module Cable Tray and drones,
Contact us get contact to get specification and newest price via email: Contact@huatenmax.com.

Below advantages make fiber-optic controlled FPV, UAVs, RC Cars, etc. becomes the best choice for such as complex missions, military security, industrial inspections, scientific exploration and so on.
1. Excellent anti-interference ability
Fiber optic communication does not rely on radio waves, so it can effectively resist GPS interference, Wi-Fi interference and signal blockers, ensuring stable operation of the drone even in complex environments.

2. High-speed and Stable Data Transmission
Fiber optic communication with high bandwidth and low latency enables real-time transmission of high-definition video, control signals and sensor data to ensure precise control.

3. Ultra-long-range control
Supports wired communication up to 30 kilometers, allowing stable connectivity even in complex environments that are difficult to achieve with traditional wireless control, such as underground tunnels, pipelines, or densely populated urban areas.

4. No Signal Leakage, Higher Security
Unlike wireless communications, fiber optic transmission does not emit electromagnetic waves, making it difficult to detect, intercept or interfere with, making it ideal for military, security and classified operations.

5. Special Environmental Adaptability
Works efficiently underwater, underground, and in industrial environments where wireless signals are weak or failing, such as mines, tunnels, and pipelines.

6. Higher Reliability
Fiber optic communications are unaffected by weather conditions, obstructions or external electromagnetic interference, ensuring uninterrupted connectivity even in extreme conditions such as strong winds, thunderstorms or high interference areas.