UAV Transmission System

The Fiber Optic Drone System integrates a fiber optic transmission module with a tactical UAV platform, purpose-built for defense, special operations, and high-risk missions. Featuring dual-channel redundancy, the system automatically switches to wired fiber mode under electronic interference, ensuring nearly unbreakable communication. Paired with versatile tactical drone lineup, it delivers robust, mission-critical performance even under extreme operational conditions.

Orientalfiber UAV Fiber Optic Roll Ground End Ground Unit (Model: GROUNDEND) is a compact, lightweight ground control component designed for stable optical fiber transmission in UAV systems. This product integrates high-performance optical interfaces and reliable power supply modes, delivering consistent data and video transmission for professional drone applications. For bulk purchases and customized solutions, contact us to source authentic Orientalfiber UAV Fiber Optic Roll Ground End Ground Unit direct from the manufacturer.

The fiber reel is light weight and compact, built with high-tensile, durable optical fiber for minimal signal loss and maximum resilience.

The foldable UAVs feature an ingenious folding design that greatly enhances portability and reduces transport volume. The airframes use high-standard components and are offered in three sizes—7-inch, 8-inch and 10-inch—to accommodate different payloads.

The 13-inch UAV is a standard product that can be equipped with a 20 km fiber-optic drum plus 3 kg payload, or use wireless control for 6~7 kg payload. It uses a cost-effective 20000mAh Li-ion battery, providing up to 20 minutes flight time at maximum load. The UAV adopts high-reliability electronic components and other parts with waterproof coating on surfaces; the airframe is rugged and can operate in harsh environments, ensuring mission success.

The 15-inch UAV is a high-reliability UAV platform developed for long-range flight and medium payload. Its airframe uses ultra-high-strength T300 carbon fiber, giving the entire fuselage extremely low resonance and excellent stability. Combined with high-performance electronic components, it is capable of executing complex missions.