FPV Optical Fiber Image Data Module Relay Extender, Optical Link SKY, 0.44mm G657A2 spools (2–10km), 30km wired

Overview

This FPV Optical Fiber Image Data Module Relay Extender (Opticallink SKY/GBD system) uses single‑mode optical fiber as the transmission medium to provide stable, anti‑interference wired links up to 30km. The 0.44mm G657A2 fiber ignores terrain obstruction and supports secure, high‑bandwidth image/data transmission for urban, Gobi, and underground environments.

Key Features

• Single‑mode 0.44mm optical fiber; high speed, stable long‑distance (0–30km) wired communication.
• Strong anti‑interference, anti‑eavesdropping; suitable for complex electromagnetic environments.
• High tensile strength and bending/wear resistance; strain >80N (per options shown).
• Protocol compatibility shown: SBUS and CRSF modes; data format TTL/S.BUS; GH1.25 data interface (GBD PLUS image).
• Ground wired/wireless connection methods illustrated for receiver/VTX and flight control integration.
• Ultra‑light airborne SKY end fiber optic disc module for drones.

Installation & Important Tips

• Mount the fiber optic disk so the outlet nozzle is far from propellers; keep the outlet angle horizontal relative to aircraft inclination.
• When winding with special glue, control aircraft speed to ≤30km/h or ≤8m/s over the first ~200m glue area.
• Maximum flight speed should be ≤120km/h.
• Version 4.0 waterproof version can touch water; other versions should avoid water contact to prevent optical signal degradation.

Specifications

Fiber spool options

General parameters

Compatible terminals (shown)

• Opticallink GBD PLUS: 0–1Mbps rate; TTL/S.BUS data format; single‑mode fiber 0–30km; GH1.25 data interface.
• Opticallink SKY: Power supply DC9–26V (3–6S battery); case material aluminum alloy; size 66.6mm × 45mm × 18mm; body weight 54g ±2g.
• Opticallink GBD: Power supply mode 3–6S; battery shell material aluminum alloy; size 123mm × 56mm × 31mm; body weight 186g ±2g.

Applications

• Pipeline crawling robot communication.
• Indoor inspection drone in tunnels and underground spaces.
• Underwater robot communication.
• Remote monitoring in high‑EMI environments.
• FPV traverser communication; reliable 5–10km wired UAV links.
• Urban, Gobi, and underground deployments requiring anti‑interference wired transmission.

Details

Fiber optic Version 3.5 offers strong tensile, wear, and bending resistance for urban, Gobi, and underground use. Available in 2KM, 3KM, 5KM, and 10KM lengths with specifications including 0.44mm fiber, >80N strain, G657A2 typology, acrylonitrile-styrene-butadiene shell, and aluminum wire outlet.

Installation Angle Diagram: Excessive Fiber Bending Angle 35 Important Tips: 1. Install the fiber optic disk far from the propeller nozzle. 2. Ensure the aircraft center of gravity balance and consider its tilt angle. 3. Mount the bracket at a specific angle, similar to the installation angle diagram shown. 4. Control flight speed within 30km/h or 8m/s when applying special glue for the first 200 meters. 5. Max flight speed should not exceed 120km/h.

Ground-side wired connection method II uses CRFS protocol in Opticallink GBD ground terminal mode. The AaA93 VGPGGSTR EVQUUJJERSF video output features a monitor image transmission system with remote controls. The schematic diagram shows the Opticallink GBD ground terminal connecting to a receiver and MAP. When using SBUS protocol, it is necessary to solder here for 8 SLAUE MASTER 9 @ 2.8. The ground side of the master connection needs to be connected to the SBUS protocol. Opticallink SKY sky terminal has a schematic diagram showing the GBD ground terminal connecting with a receiver and MAP. Note: A blinking blue light indicates that the remote control is not properly connected or configured for PPM mode.

Dual Control Link Method II via CRSF connects flight control, video transmission, receiver, and Opticalink SKY. Master ground unit links to CRSF; M light indicates main control, S light activates for backup control during signal loss.

Optical link GBD connects receiver and VTX; SKY links flight control. Schematics illustrate video, power, and data wiring for ground wireless setup. (37 words)

Uses fiber optic technology for fast, stable data transmission with immunity to electromagnetic interference and eavesdropping. Supports wired signal transmission up to 30 km. Offers reliable performance, long-distance communication from 0 to 30 km, overcomes terrain obstacles, and ensures secure, high-speed transfer of large data volumes. Ideal for environments requiring strong anti-interference and data security capabilities.

The 980 Opticallink GBD PLUS is lightweight and easy to carry, supporting a 0-1Mbps rate in TTLIS.BUS format for single-mode fiber transmission up to 30km with a GH1.25 data interface.

Ultra lightweight airborne SKY sky end fiber optic disc module

Pipeline crawling robots and indoor inspection drones use fiber-optic communication for high-speed, stable, long-distance data transmission, ensuring efficient, safe, and reliable maintenance in complex underground environments with minimal signal loss. (39 words)

Fiber optic technology enables high-speed, stable data transmission for underwater robots and supports long-distance, high-definition remote monitoring with strong anti-interference, clear imagery, and enhanced safety in critical areas. (39 words)

Enables stable 5–10km FPV communication. Features Opticallink SKY (54g, aluminum) and GBD (186g, 3–6S). Supports wired fiber optic tech for reliable UAV transmission. Compatible with diverse systems.