Fiber Optic Drone Harness

Have you ever seen a fiber optic cable that is a hundred times smoother than a kite line? The fiber optic drone comes with a fiber optic spool, which is a device like a fishing reel or a line release, It can release the line while flying, The tension is only 250 grams, The cable falls naturally with the wind and is not easy to break, even if the drone rolls over.

From a distance, an optical fiber is thinner than a hair, How can it withstand the rigors of the battlefield? China's optical fiber accounts for more than 60% of the world's optical fiber, Its tensile strength is stronger than steel wire, and its surface coating is scratch-resistant and wear-resistant, Let alone the forest, even if it is crossing the line of fire, at most it will get a layer of dust and become tangled, That is the imaginary picture of the enemy radar.

You thought you were flying a kite, but the fiber optic cable of a drone has a diameter of less than 0.5 mm and can transmit pulse signals, replacing traditional radio communications, It enables two-way high-speed data transmission and the issuance of control commands, ensuring real-time high-definition video return and control stability, While most developed countries are still struggling with the problem of wiring harnesses entangled in propellers, China has evolved to a fiber-optic drone model.

Similar UAVs in the United States complain about their fatigue after a range of 5 kilometers, while Chinese UAVs can fly over 20 kilometers after being released, With the help of quantum communication encrypted signals, from kite lines to life-threatening silk, China's fiber-optic UAVs have proven with their strength what it means to hit whatever you point at.

‌Fiber optic cable’s anti-interference capability‌

Fiber optic transmission is not affected by electromagnetic interference and can work stably in a strong electronic countermeasure environment, completely avoiding the problem of traditional drones losing control due to interference with GPS/RF signals, and significantly improving combat effectiveness.

Advantages of fiber-optic drones

‌Enhanced concealment: Fiber-optic cables do not radiate electromagnetic signals to the outside world, When flying at ultra-low altitude (2 to 3 meters above the ground), the probability of being detected by radar or electronic detection equipment can be greatly reduced.

‌High-precision strike: Through high-definition images transmitted by fiber-optic cables, operators can identify target details in real time (such as the identity of vehicle crew members and the distinction between decoys and real targets), and accurately lock on armored weak points or key facilities.

‌Economical and flexible: The cost of a single machine is only a few thousand dollars, but it can destroy military targets worth millions of dollars, with a cost-effectiveness far exceeding that of traditional anti-tank weapons; it also supports a 10-kilometer combat radius and maneuvers in narrow spaces.