1. Definition and principles of tethered systems

Tethered system refers to the technology of fixing drones or other aerial platforms at a specific location by using physical connections (e.g. cables). For the MYUAVFC30M communication relay tethered system, it is not only capable of transmitting power, but also ensures real-time data transmission between ground and airborne communication base stations.

Depending on the configuration of the air-mounted communication equipment, it can achieve signal transmission of several kilometres to tens of kilometres. The tethered system is suitable for air-mounted communication equipment from 1kg to 20kg, and can be selected from single optical fibre, dual optical fibre, network port communication and other signal transmission methods.

Thanks to the unique electromagnetic shielding design, the tethered system can minimise the electromagnetic interference generated by the on-board power supply, ensuring that the communication mounted equipment can play the most effective.

2.Advantages of the MYUAV FC30M tethered system solution

With the MYUAV tethered system, the equipment can operate in the designated area for a long period of 24 hours uninterruptedly in the air without worrying about the power problem, which ensures the continuity and stability of the communication service.

Self-developed tethered air power: weight 6.4kg, protection level ≥ IP54; embedded design, plug-and-play, easy to deploy; smaller power supply design, larger load space; equipped with a patented rainproof heat dissipation design.

Enhanced Signal Coverage: Traditional terrestrial base stations have the problem of blind signal coverage. the FC30M significantly enhances signal coverage by lifting the communication equipment to a maximum height of 350m.

Improve communication reliability: Fibre-optic tethered cables connect directly to ground stations and air-mounted communication base stations, avoiding loss of signal or degradation of quality due to the curvature of the earth, mountain obstructions, building obstructions, electromagnetic interference and other factors.