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Fiber Optic Module 10 km for FPV AvengeAngel (Carbon)
Fiber optic module 10 km for FPV AvengeAngel (Carbon) is a specialized system for controlling FPV quadcopters via a fiber optic communication channel, completely eliminating the use of radio frequencies. This architecture ensures a stable, secure, and predictable communication link even in environments with intense electronic warfare activity.
By utilizing single-mode fiber, fiber optic module 10 km for FPV AvengeAngel (Carbon) enables real-time video and control signal transmission without latency or signal loss over distances up to 10 km. The carbon fiber housing reduces weight while maintaining high structural strength, making it suitable for mobile deployment.
We are a team of veterans
We work with FPV systems in environments where traditional radio communication becomes unreliable or completely denied. Fiber optic technologies eliminate dependence on the RF spectrum and provide a fully controlled communication channel.
From practical experience, such systems are used where stability, precision, and low observability are critical. We select equipment that performs reliably in real-world conditions and delivers predictable results.
Technical specifications
| Parameter | Value |
|---|---|
| Product type | Fiber optic module |
| Application | FPV quadcopter control |
| Connection type | Fiber optic |
| Cable length | 10 km |
| Fiber type | G657A2 (single-mode) |
| Fiber diameter | 0.4–0.43 mm |
| Fiber interface | FC |
| Video format | NTSC / PAL / SECAM |
| Data format | TTL / S.BUS |
| Data rate | 0–1 Mbps |
| Transmission | Bidirectional |
| Wavelength | 1310 / 1550 nm |
| Housing material | Carbon fiber |
| Module weight | 2450 g |
| Media converter | Built-in |
Comment / comments
The key advantage is the complete absence of radio transmission, making the system immune to jamming and interception. This enables reliable operation even in environments with high electromagnetic interference.
The carbon fiber construction provides an optimal balance between durability and weight, which is important for mobile operations. At the same time, the use of a physical cable introduces mobility constraints and requires proper cable management.
Who it is suitable for
professional personnel
This module is used for operations in environments with active electronic warfare where standard control systems are ineffective. It provides a fully controlled communication link without the risk of jamming or interception. Suitable for reconnaissance, targeting, and specialized missions. Used by mobile units and specialized teams. Ensures reliable operation over long distances.
FPV quadcopter operators
Provides stable video transmission and precise control without latency. Suitable for tasks where video quality and control predictability are critical. Allows operation in high-interference environments. Ensures consistent system performance. Requires proper handling and deployment of the fiber cable.
Engineers and technical specialists
Suitable for implementing and testing fiber optic control systems. Enables work with fully isolated physical communication channels. Provides stable performance over extended distances. Can be used in specialized development projects. Serves as a tool for advanced system integration.
Professional users and system integrators
Used in complex systems with high security requirements. Enables integration of fiber optic solutions into various configurations. Suitable for scenarios requiring complete channel isolation. Allows building systems independent of RF spectrum limitations. Serves as an effective solution for specialized applications.