A Ukrainian military unit destroyed a Russian tank using a fiber-optic FPV drone.  Pilots of the 414th separate

regiment of strike unmanned aerial systems, "Birds of the Madiar," have begun using FPV drones controlled using fiber

optics. This was reported by the regiment commander, Robert Bravi Magar. It is reported that this drone is an original

development of the "Climate Team 414" engineering service of the Hungarian Birds Aviation Research Center. The published video shows two fiber

optically controlled FPVs destroying a Russian tank that is firing from a closed firing position. It is noted that

a classic FPV drone would not be able to hit this tank, as it was reliably covered by electronic warfare (EW)

means. It is noted that this development has already been submitted for codification to the Ministry of Defense of Ukraine. This is the main advantage of

controlling drones using fiber optics: wired communication makes drones insensitive to interference. It also eliminates the problem of radio horizon

when a drone loses the signal from the remote control at a long distance due to being beyond the horizon. However, such drones also have a

number of disadvantages. The main one is that the massive coil with a 10 km cable adds an additional 2 to 2.5 kg of weight.

This requires the use of larger, more expensive drones. The coil itself and the modified control system also add

Ukrainian Magyar Unit Destroyed a Russian tank using a fiber-optic FPV drone.

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우크라이나군의 러시아 전차 파괴

우크라이나군이 광섬유 FPV 드론을 이용해 러시아 전차를 파괴함.

414 독립 타격 무인 항공 시스템 연대의 조종사들이 광섬유로 제어되는 FPV 드론 사용 시작.

헝가리 조류 항공 연구 센터의 "Climate Team 414" 엔지니어링 서비스가 개발한 드론.

광섬유로 제어되는 FPV 드론 2대가 폐쇄된 발사 위치에서 발사하는 러시아 전차 파괴 영상 공개.

전자전(EW) 수단으로 안전하게 보호된 전차도 타격 가능.

기존 FPV 드론은 전자전으로 인해 전차를 타격할 수 없었음.

유선 통신으로 간섭에 영향받지 않음.

10km 케이블이 추가 무게(2~2.5kg)를 더함.

코일과 제어 시스템 개조 비용 증가.

Ukrainian Magyar Unit Destroyed a Russian tank using a fiber-optic FPV drone.

Ukrainian Magyar Unit Destroyed a Russian tank using a fiber-optic FPV drone.

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