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FPV Drone Fiber Optic Cable

Model: Anti-Interference FPV Drone Fiber Optic Cable for UAV, SM G657A2, Ranging from 3km to 30km, with Coil of Bare Optical Fiber​

  • Product Introduction

 

 


Anti-Interference FPV Drone Fiber Optic Cable for UAV
 

FPV Drone Fiber Module Flight distance 5/10/20/30KM ​​for connector for uav accessories​​ FPV Drone FPV optical fiber communication equipment, ​​through optical fiber remote control and image transmission, is effective inanti-interference​​ and suitable ​​for use in places with weak signals.​​

 

The ​​fiber optic diagram module​​ uses fiber optic as the transmission medium, ​​with fast transmission speed and strong stability to meet the transmission needs of large amounts of data.​​ ​​It is not affected by electromagnetic interference, prevents eavesdropping and theft, and can support wired signal transmission up to 50km​​.

 
30KM
maximum distance
300G
Lightest weight
0.27MM
Optical fiber diamete
<0.3S
Extremely low latency
Main features of the product

Stable, fast and anti-interference.

FPV Drone Fiber Module
FPV Drone Fiber Optic Cable
Anti-Interference FPV Drone Fiber Optic Cable For UAV
Fiber-optic drones

Specification.

 

FPV Drone fiber optic Reel Module

Fiber length

Net Weight

Gross Weight

3km

300g

560g

5km

500g

790g

10km

950g

1.27kg

15km

1.2kg

1.55kg

20km

1.65kg

2.03kg

30km

2.1kg

2.51kg

FPV Drone fiber optic Reel Module (With Built-in Sky Module)

Fiber length

Net Weight

Gross Weight

3km

320g

580g

5km

525g

815g

10km

1.039

1.35kg

15km

1.31kg

1.66kg

20km

1.76kg

2.15kg

30km

2.22kg

2.66kg

 

FPV Drone Fiber Optic Cable is made of black ABS engineering plastic, featuring both high strength and lightweight characteristics (density 1.15-1.2g/cm³, meeting industrial-grade standards). It supports customizable lengths ranging from 3 to 30 kilometers, catering to diverse scene requirements. It is compatible with standard connectors such as FC, ST, SC, and LC, and is compatible with G657A2 bending-insensitive optical fibers (diameter 0.27-0.4mm), maintaining signal stability even in a tightly bent state.

 

The modular design, combined with self-lubricating drums and magnetic levitation tension control systems, achieves an optical fiber unfolding speed of 0.05-2m/s, and the rebound rate is less than 0.7% when suddenly stopped, significantly reducing the risk of entanglement in dynamic environments. It has passed the UL94 HB flame retardant certification and operates within a wide temperature range of -30°C to 75°C, ensuring stable operation in harsh weather or disaster sites.

 

 

Applications of FPV Drone Fiber Optic Cable

Power Inspection and Energy Exploration​

 

Fiber-optic drones, ​​leveraging​​ their anti-electromagnetic interference (EMI) capabilities and ultra-long transmission distances (​​10–100 km​​), can penetrate complex environments such as high-voltage transmission lines and oil and gas pipelines.

 

They transmit high-definition images and sensor data in real time to ​​pinpoint issues​​ like line damage and insulator faults​​s​​.

 

For instance, in extremely cold regions, ​​their​​ low-temperature resistance (​​stable operation at -30°C​​) ensures efficient winter power repair. In oil exploration, ​​fiber-optic transmission of ground-penetrating radar data​​ enables resource exploration in remote areas.

Power Inspection and Energy Exploration​
​​Intelligent Agricultural Operations​

​Intelligent Agricultural Operations​

 

By ​​integrating​​ multispectral sensors and optical fiber communication modules, UAVs perform ​​precision pesticide application​​ and crop growth monitoring.

 

Optical fibers' EMI resistance ensures stable data transmission in electromagnetically complex farmland (e.g., near high-voltage lines). Combined with AI algorithms for crop health analysis, ​​this system​​ achieves variable fertilization, ​​reducing pesticide use by over 30%​​.

Film-Level Aerial Photography and Disaster Rescue​

 

In film production, fiber-optic drones overcome signal limitations of traditional wireless transmission, enabling stable 4K/8K transmission in densely populated areas or electromagnetic-heavy environments (e.g., explosion sites).

 

During disaster rescue, their low-altitude penetration (​​5–50 m height​​) detects vital signs through rubble crevices. Thermal imaging data is relayed in real time via anti-interference fibers, ​​enhancing survival rates​​ during critical rescue windows.

Film-Level Aerial Photography and Disaster Rescue​

 

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