수단군의 아킨지 드론이 RSF의 CH-95 2기를 격추?

[위종민]

수단군이 아킨지로 RSF의 CH-95 2기를 격추했다는 얘기가 있네요. 

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[영상] 수단의 아킨지 드론, 코르도판 공중전에서 중국산 CH-95 두 대 격추 주장

사우디리 인근에서 보고된 공대공 격추가 신속지원군의 감시능력을 약화시킬 수 있지만, 손실 대수와 사용 무장은 아직 검증되지 않았다.

2026년 9월 25일

(DEFENCE SECURITY ASIA) — 수단군이 터키제 바이락타르 아킨지 전투 드론을 사용해 하루 동안 중국산 CH-95 드론 두 대를 격추한 것으로 알려졌으며, 이는 북코르도판 전역에서 신속지원군의 감시 및 타격 능력을 약화시킬 수 있는 전개다.

9월 24일 유통된 설명에 따르면 교전은 사우디리 동쪽과 서쪽의 알가아와 카감 인근에서 벌어졌지만, 공개적으로 설명된 증거는 주로 공개된 시커 영상으로 구성돼 있으며 수단군의 전투피해평가는 제시되지 않았다.

이 격추 주장이 중요한 이유는 신속지원군이 정찰과 정밀타격을 위해 수입 무인기에 의존하는 반면, 이러한 항공기를 무장한 공중 요격기로부터 보호할 수 있는 재래식 공군력을 보유하고 있지 않기 때문이다.

오픈소스 추정에 따르면 현재 아킨지의 공대공 교전으로 파괴된 것으로 보고된 중국계 드론은 8대를 넘지만, 이 수치는 독립적으로 검증되지 않았으며 증거 수준이 서로 다른 사건들이 함께 집계됐을 가능성이 있다.

아킨지의 보고된 우위는 물리적 성능뿐 아니라 운용 측면에도 있다. 고도, 체공시간, 센서, 무장을 이용해 넓은 지역을 탐색하고, 더 느린 드론을 식별한 뒤 표적이 감시구역을 벗어나기 전에 공격할 수 있다.

신속지원군 입장에서 CH-95 한 대의 손실은 단순히 전투서열에서 항공기 한 대가 빠지는 것 이상의 의미를 가질 수 있다. 타격을 유도하고 이동을 추적하며 지상공세를 지원하는 데 필요한 지속적인 감시도 동시에 중단되기 때문이다.

이러한 압박은 북코르도판에서 특히 중요하다. 이 지역에서는 도로, 감시 통로, 엘오베이드 접근로에 대한 통제 여부가 다르푸르 방향과 더 동쪽의 정부군 점령지역으로 이어지는 작전에 영향을 줄 수 있다.

공대공 격추 주장은 더 넓은 군수 경쟁도 드러낸다. 양측 모두 수단의 광대한 거리와 상대적으로 취약한 방공망 속에서 드론 작전을 유지하기 위해 외국산 항공기, 탄약, 기술자, 접근로에 의존하고 있다.

CH-95가 아랍에미리트와 연계된 네트워크를 통해 신속지원군에 전달됐다는 주장은 정치적으로 논쟁적이다. UAE는 수단의 어느 교전세력에도 무기를 공급하지 않았다고 부인하고 있기 때문에, 실제로 관찰된 장비와 주장되는 공급 경로를 구분하는 것이 중요하다.

아킨지의 겉보기 성공이 수단 영공에 대한 통제권을 의미하는 것은 아니다. 신속지원군의 거점 방공망이 더 큰 터키제 항공기를 격추한 것으로도 알려졌으며, 값싼 일회용 드론은 CH-95 손실에도 계속 운용될 수 있기 때문이다.

결정적인 문제는 반복되는 요격이 신속지원군으로 하여금 정찰 출격을 줄이거나, 발사기지를 이동하거나, 비행 프로파일을 변경하거나, 항공기 및 지원 기반시설 보호에 더 많은 자원을 투입하도록 강제하느냐다.

수단 밖의 군사기획자들에게 이 보고된 교전들은 센서, 통신, 운용요원, 발사기지가 압박 속에서도 유지된다는 조건 아래, 무장한 고고도 드론이 적의 무인 감시전력을 상대로 경쟁할 수 있음을 보여준다.

아킨지가 CH-95의 감시 역할을 어떻게 차단할 수 있는가

바이락타르 아킨지는 쌍발 터보프롭 무인전투항공기로, 보고된 최대이륙중량은 약 6,000kg이다. 이는 수단 관련 보도에 등장하는 CH-95보다 탑재량과 운용범위가 훨씬 크다는 뜻이다.

공개된 수치에 따르면 아킨지의 체공시간은 약 20~25시간, 운용고도는 약 30,000피트로, 더 느린 드론보다 높은 위치에서 탐색 위치를 유지하면서 광범위한 지역을 감시할 수 있다.

보고된 탑재량은 약 1,350~1,500kg으로 센서, 연료, 무장을 조합할 수 있지만, 수단에서의 개별 요격 당시 실제로 어떤 구성을 탑재했는지는 공개된 시커 영상 설명만으로 신뢰성 있게 판단할 수 없다.

아킨지는 능동전자주사배열 레이더, 전자광학·적외선 센서, 위성통신, 전자지원장비를 탑재할 수 있지만, 수단에서 운용된 특정 기체에 이러한 체계가 실제로 어떤 구성으로 탑재됐는지는 확인되지 않았다.

이러한 능력은 운용자가 드론을 탐지하고 위치를 정밀화한 뒤, 카메라만으로 효율적으로 탐색하는 것보다 더 넓은 지역에서 교전을 유도할 수 있게 해줄 수 있다. 특히 표적이 멀리 있거나 식별하기 어려울 때 그렇다.

CH-95의 제원은 출처와 파생형에 따라 다르지만, 일반적으로 최대이륙중량 약 650~850kg, 체공시간 6~12시간, 훨씬 작은 무장 탑재량이 자주 언급된다.

CH-95는 정찰 및 경타격 역할에 적합해 병력 이동을 감시하고 특정 표적을 공격하는 데 유용하지만, 제공된 설명에서는 접근하는 아킨지와 교전할 수 있는 자체 공대공 무장을 갖췄다는 내용은 없다.

이러한 불균형은 더 큰 항공기가 사냥꾼 역할을 수행할 수 있게 해주지만, 고도나 센서 탐지거리에서 이론적 우위가 있다고 해서 실제 전투에서 특정 표적이 어떻게 처음 탐지되고 식별되며 추적됐는지가 입증되는 것은 아니다.

성공적인 요격은 시의적절한 통신, 유효한 사격 위치, 표적에 도달할 수 있는 무장도 필요하기 때문에 플랫폼 제원만으로는 9월에 보고된 교전을 설명하거나 독립적으로 검증할 수 없다.

따라서 운용상 결과는 조건부다. 보고된 요격이 확인되고 반복된다면, 신속지원군은 장시간 CH-95 정찰 출격 하나하나를 공중공격에 노출되는 행위로 간주해야 할 수 있다.

요격 영상이 입증할 수 있는 것

보고된 격추에 관한 공개 설명은 주로 방위 관련 계정과 오픈소스 계정에서 유통된 시커 영상에 크게 의존하고 있으며, 이 때문에 파괴된 항공기의 수, 정확한 교전 위치, 개별 사용탄의 종류는 독립적 검증 대상으로 남아 있다.

영상은 적외선 시커 화면에서 표적이 점점 커지다가 충돌 또는 화염구로 보이는 순간 영상이 끝나는 장면을 보여주는 것으로 설명되는데, 이는 교전과 일치하는 장면이지만 그 자체만으로는 완전한 손실평가를 하기에는 부족하다.

일부 관찰자들은 인터페이스 특징과 종말단계 거동을 근거로 EREN 계열 배회탄약이라고 식별했으며, 다른 설명에서는 공중발사형 Sungur 미사일을 언급한다. 그러나 공개적으로 설명된 회수 잔해를 통해 모든 영상의 무장을 확정한 것은 아니다.

EREN은 느린 공중표적과 지상표적 모두를 공격하도록 설계된 터보제트 추진 탄약으로 설명되기 때문에, 영상에서 더 긴 추적이나 운용자 유도형 종말접근이 보이는 경우 그럴듯한 후보가 된다.

Sungur 역시 아킨지에 통합되고 공중표적 시험을 실시했다는 보고를 고려하면 또 다른 그럴듯한 단거리 공대공 선택지다. 하지만 성공적인 시험이 수단 운용자들이 9월의 두 격추 주장 가운데 하나에서 실제로 사용했다는 뜻은 아니다.

이 구분은 중요하다. 탄약의 사거리, 시커 거동, 비행시간, 재고 요구량이 아킨지가 위협받는 공역에서 얼마나 멀리 순찰할 수 있고 얼마나 자주 요격 출격을 수행할 수 있는지를 결정하기 때문이다.

적외선 시커는 최종 접근 과정에서 표적을 보여줄 수 있지만, 최초 탐지가 기체 탑재 레이더, 전자광학 센서, 다른 항공기, 또는 지상에서 제공된 외부 표적정보 중 무엇에서 비롯됐는지는 알려주지 않는다.

마찬가지로 충돌 순간에 영상이 끝난다고 해서 이후 잔해, 추락지점, 또는 상대 전력의 실제 운용대수 감소가 독립적으로 확인되지 않는 한 해당 항공기가 영구적으로 손실됐다고 단정할 수는 없다.

7월의 한 작전에서는 공중에서 CH-95 한 대를 격추하는 것과 함께 지상에 있던 다른 항공기 한 대도 파괴한 것으로 알려졌으며, 이는 발사 또는 회수기지에 대한 타격 접근권을 확보할 경우 한 번의 출격 효과가 더 커질 수 있음을 시사한다.

더 완전한 증거가 나오기 전까지 가장 강하게 뒷받침되는 평가는 유통된 영상이 명백한 공중교전 장면을 보여주는 듯하다는 정도이며, 누적 격추 수와 정확한 무장 식별은 각각 별도의 확인이 필요한 주장으로 남아 있다.

북코르도판의 드론 경쟁은 전선 너머까지 영향을 미친다

수단 전쟁은 2023년 4월 시작됐으며, 이후 드론은 장거리와 제한된 통합방공망 때문에 지속적인 공중감시가 양측 모두에게 특히 가치 있는 수단이 된 이 나라 전역의 공격에서 핵심 역할을 하게 됐다.

북코르도판 일대에서 신속지원군은 지상작전을 지원하고 정부군 점령지역을 감시하기 위해 공중관측을 활용하는 반면, 수단군은 이러한 감시를 방해하고 서부 전장으로 이어지는 이동경로를 공격하려 한다.

정찰 드론을 제거하면 지상 차량을 한 대도 파괴하지 않더라도 지휘관에게 제공되는 정보가 줄어들 수 있다. 종대의 위치를 파악하고 방어태세를 평가하며 공격 결과를 확인할 수 있는 센서가 줄어들기 때문이다.

이러한 효과는 엘오베이드 인근에서 중요해진다. 지속적인 압박과 감시가 증원군과 보급품의 이동에 영향을 줄 수 있기 때문이다. 다만 개별 드론 손실만으로 영토 통제의 변화를 입증할 수는 없다.

수단군의 혼성 무인기 전력에는 터키제 바이락타르 계열과 이란제 체계가 포함된 것으로 알려져 있어 정찰이나 공격을 수행할 수 있는 수단이 여러 가지 있지만, 각 기체는 체공시간, 탑재량, 취약성이 서로 다르다.

신속지원군의 보고된 전력에는 CH-95 또는 FH-95, 다른 중국계 드론, 장거리 일회용 공격체계, 소형 전술 플랫폼 등이 포함된다. 따라서 특정 범주의 손실은 특정 임무를 제약할 수 있지만 드론 작전 자체를 중단시키지는 않는다.

양측 모두 상대 전선 깊숙한 곳의 목표에도 드론을 사용해왔기 때문에 조기탐지와 공격 문제는 전선의 부대 지원뿐 아니라 도시, 기반시설, 보급로 방어의 문제이기도 하다.

보고된 아킨지 교전은 이러한 방어방식에 잠재적 변화를 시사한다. 적대적 드론이 표적에 접근할 때까지 기다리는 대신, 정부군 항공기가 분쟁지역 상공에서 정찰 중인 드론을 찾아 파괴할 수 있다는 것이다.

이 접근법은 지속적인 순찰, 신뢰할 수 있는 식별, 넓은 지역을 담당할 충분한 무장을 필요로 하며, 승무원과 정비능력에 부담을 준다. 이러한 부담은 보고된 요격 영상만으로는 측정할 수 없다.

어떤 군사평가라도 민간인을 고려해야 한다. 제공된 자료에 인용된 보도는 어느 쪽이 일시적인 공중 우위를 차지하든 인구밀집지역에 대한 광범위한 드론 공격과 상당한 민간인 사망이 발생했다고 설명한다.

해외 공급경로가 공중전을 좌우한다

아킨지와 CH-95의 운용은 기체 자체만으로 이뤄지지 않는다. 발사·회수기지, 예비부품, 통신망, 숙련인력, 탄약이 어느 쪽이 손실을 보충하고 수단의 광대한 지역에서 임무를 지속할 수 있는지를 결정한다.

제공된 보도는 터키제 체계를 수단군과, 중국계 체계를 신속지원군과 연관시키지만, 제조국만으로 특정 작전에서 해당 국가 정부가 어떤 역할을 했는지 입증할 수는 없다.

여러 설명은 신속지원군 장비가 인접국과 남다르푸르를 통과하는 UAE 연계 경로를 통해 들어왔다고 주장하지만, UAE는 이를 부인하고 있어 개별 수송과 운용주체는 증거와 정치적 논쟁의 대상이다.

보도는 또한 수단군 드론 활동을 이집트 영토 이용과 연관시키며 공군기지 영상을 언급하고 있지만, 플랫폼의 위치만으로는 각 임무에 대한 허가나 지휘체계를 입증할 수 없다.

안전한 비행장에서 장거리 작전을 실시하면 즉각적인 지상전투에서 떨어진 곳에서 항공기를 전개하고 회수할 수 있지만, 코르도판 상공에서 반복 순찰을 유지하기 위한 통신과 지원망은 더 길어진다.

신속지원군의 경우 발사장소를 분산시키거나 비행경로를 바꾸면 예측 가능한 아킨지 순찰에 노출되는 위험을 줄일 수 있지만, 이러한 조정은 이동시간을 늘리고 우선순위가 높은 지상부대에 대한 감시를 약화시킬 수 있다.

신속지원군이 운용하는 것으로 알려진 중국계 단거리 방공체계는 아킨지 격추를 주장해왔으며, 이는 항공기를 사냥할 수 있는 드론도 기지와 작전구역을 방어하는 무기의 위협을 여전히 관리해야 함을 보여준다.

잔해 사진은 여러 대의 아킨지 손실 식별을 뒷받침하는 것으로 알려졌지만, 제공된 설명은 독립적으로 검증된 총손실 대수를 제시하지 않으며 모든 격추 주장이 같은 방공체계에 의해 이뤄졌다는 것도 보여주지 않는다.

이러한 상호 손실은 전력 운용 딜레마를 만든다. 가치 높은 요격기를 보호하면 탐색할 수 있는 지역이 제한되고, 더 전방으로 보내면 CH-95 비행경로에 접근하기 쉬워지는 대신 기체 위험이 커질 수 있다.

정비망, 숙련 승무원, 사용 가능한 작전기지를 보존하는 쪽이 개별 격추 이후에도 압박을 지속하기에 더 유리하므로, 군수는 공개된 공중전 승리 숫자만큼 중요하다.

보고된 격추가 드론전에서 의미하는 것

수단에서 보고된 교전은 전투기 간 공중전과 다르다. 대형의 장기체공 무인기가, 가치의 핵심이 체공시간과 센서, 지상공격 지원에 있는 더 느린 감시 플랫폼을 추적하는 형태로 보인다.

확인된다면 반복적인 격추는 충분한 조기경보를 받고 표적 속도와 비행 프로파일에 적합한 타격수단을 탑재한 경우, 무인기가 더 크고 느린 표적을 상대로 대드론 역할을 수행할 수 있음을 보여줄 것이다.

그러나 같은 방식이 소형 쿼드콥터나 일회용 공격 드론에도 똑같이 잘 통한다는 뜻은 아니다. 이들은 탐지 문제가 다르고, 넓게 분산된 표적을 상대로 더 많은 수를 투입할 수 있기 때문이다.

보고된 일련의 교전은 오히려 운용자들로 하여금 중고도 정찰기의 보호방식을 재검토하게 만들 수 있다. 경로를 다양화하고, 적 순찰지역 근처에서 노출을 줄이며, 가용한 거점 방공망과 더 긴밀하게 협조하는 방식이 포함된다.

수단 지휘관들에게 요격의 즉각적인 가치는 적의 관측 주기를 끊는 데 있으며, 더 넓은 효과는 대체 항공기, 운용자, 센서가 얼마나 빨리 해당 감시범위를 복구하느냐에 달려 있다.

해외 공급업체와 군사 관찰자들에게 이 경쟁은 센서를 갖춘 전투 드론, 공중발사 무장, 단거리 방공체계가 서로 어떻게 상호작용하는지를 보여주는 사례를 제공한다. 다만 무장 식별의 불확실성 때문에 특정 체계의 성능에 관한 결론은 제한된다.

9월의 격추 주장은 전략적 신호전달의 가치도 갖는다. 연속적인 공중전 승리를 발표하면 독립적인 평가가 나오기 전에 분쟁공역 통제와 전장 주도권을 확보했다는 인상을 강화할 수 있다.

이러한 신호는 상대 측 손실과 계속되는 공격을 함께 고려해 평가해야 한다. 제공된 자료는 CH-95 요격 주장과 신속지원군 방공망의 아킨지 격추 성공을 모두 설명하고 있기 때문이다.

현재 가장 강하게 지지되는 잠정적 결론은 제공권 확보보다 훨씬 제한적이다. 수단군이 분쟁 중인 작전회랑 상공에서 신속지원군의 가치 높은 감시 드론 전력에 의미 있는 소모를 강제할 방법을 찾아냈을 가능성이 있다는 것이다.

그 우위가 지속될지는 검증된 손실 수, 대체 속도, 기지 보안, 양측의 적응에 달려 있으며, 수단의 더 광범위한 드론전은 계속해서 전국의 군과 민간인 모두를 위협하고 있다.

[VIDEO] Sudan’s Akıncı Drone Reportedly Downs Two Chinese CH-95s in Kordofan Air War - Defence Security Asia

[VIDEO] Sudan’s Akıncı Drone Reportedly Downs Two Chinese CH-95s in Kordofan Air War - Defence Security Asia

[VIDEO] Sudan’s Akıncı Drone Reportedly Downs Two Chinese CH-95s in Kordofan Air WarReported air-to-air kills near Sawdiri could disrupt Rapid Support Forces surveillance, but the loss count and weapons used remain unverified.

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By admin On Sep 25, 2026

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(DEFENCE SECURITY ASIA) — Sudan’s army has reportedly used a Turkish Bayraktar Akıncı combat drone to shoot down two Chinese-made CH-95 drones in one day, a development that could erode the Rapid Support Forces’ ability to surveil and strike across North Kordofan.

Accounts circulating on 24 September placed the engagements near Alga’a and Kagam, east and west of Sawdiri, but the publicly described evidence consists chiefly of released seeker footage rather than a Sudanese Armed Forces battle-damage assessment.

The reported kills matter because the Rapid Support Forces depend on imported unmanned aircraft for reconnaissance and precision attack, while lacking a conventional air force capable of protecting those aircraft against an armed aerial interceptor.

Open-source estimates now put the number of Chinese-origin drones reportedly destroyed in air-to-air engagements by Akıncı above eight, although that figure has not been independently audited and may combine incidents with different levels of supporting evidence.

Akıncı’s reported advantage is operational as well as physical: its altitude, endurance, sensors and weapons allow an operator to search broad areas, identify a slower drone and attack before the target can leave the surveillance zone.

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For the Rapid Support Forces, losing a CH-95 can remove more than one aircraft from the order of battle because it also interrupts the persistent observation needed to direct strikes, track movements and support ground offensives.

That pressure is particularly significant around North Kordofan, where control of roads, surveillance corridors and approaches to El Obeid can influence operations extending towards Darfur and army-held territory farther east.

The air-to-air claims also expose a wider contest over logistics: both sides rely on foreign-supplied aircraft, munitions, technicians and access routes to sustain drone operations across Sudan’s distances and relatively weak air-defence coverage.

Claims that the CH-95s reached the Rapid Support Forces through United Arab Emirates-linked networks remain politically contested; the UAE denies arming either Sudanese belligerent, making the distinction between observed equipment and alleged supply routes essential.

Akıncı’s apparent success does not establish control of Sudanese airspace, because Rapid Support Forces point defences have reportedly brought down the larger Turkish aircraft, while cheaper one-way drones can continue operating despite CH-95 losses.

The decisive question is whether repeated interceptions force the Rapid Support Forces to reduce reconnaissance sorties, move launch sites, alter flight profiles or commit more resources to protecting aircraft and their supporting infrastructure.

For military planners beyond Sudan, the reported engagements illustrate how an armed high-altitude drone could contest an opponent’s unmanned surveillance fleet, provided its sensors, communications, operators and launch bases remain available under pressure.

(CLICK): Rafale Shot Down by Turkish AKINCI Drone in Sudan? Alleged EREN Missile Air Kill Could Rewrite Global Air Warfare and Shake Future Fighter DoctrineHow Akıncı Could Deny the CH-95 Its Surveillance Role

The Bayraktar Akıncı is a twin-turboprop unmanned combat aircraft with a reported maximum takeoff weight of approximately 6,000 kilograms, giving it a substantially larger payload and operating envelope than the CH-95 drones described in Sudan reporting.

Published figures place Akıncı’s endurance at roughly 20 to 25 hours and its operational altitude around 30,000 feet, potentially allowing it to maintain a search position above slower drones while covering extensive terrain.

Its reported payload of approximately 1,350 to 1,500 kilograms supports combinations of sensors, fuel and weapons, but the load carried during any Sudanese interception cannot be determined confidently from the available descriptions of seeker footage.

Akıncı can be equipped with an active electronically scanned array radar, electro-optical and infrared sensors, satellite communications and electronic-support equipment, although the presence and configuration of those systems on a particular Sudanese aircraft remain unverified.

Those capabilities could let an operator detect a drone, refine its position and guide an engagement across a wider area than a camera alone could efficiently search, particularly when the target is distant or difficult to distinguish.

Reported CH-95 specifications vary by source and variant, but commonly cited figures include a maximum takeoff weight of roughly 650 to 850 kilograms, endurance of six to 12 hours and a substantially smaller weapons payload.

The CH-95’s reconnaissance and light-strike role makes it useful for observing troop movements and attacking selected targets, yet the provided accounts identify no organic air-to-air weapon with which it could engage an approaching Akıncı.

This mismatch permits the larger aircraft to act as a hunter, but a theoretical advantage in altitude or sensor reach does not establish how a specific target was first detected, identified or tracked in combat.

A successful interception also depends on timely communications, a usable firing position and a weapon capable of reaching the target, so nominal platform specifications alone cannot explain or independently verify the reported September engagements.

The operational consequence is therefore conditional: if the reported interceptions are confirmed and repeated, the Rapid Support Forces may have to treat every extended CH-95 surveillance sortie as an exposure to aerial attack.

(CLICK): Sudan’s Akıncı Reportedly Downs Rival Akıncı From Ethiopia

Chinese-made CH-95What the Interception Footage Can Establish

Public descriptions of the reported kills rely heavily on seeker video circulated by defence and open-source accounts, leaving the number of destroyed aircraft, exact engagement locations and identities of individual munitions open to independent verification.

The footage is described as showing a target growing in an infrared seeker’s view before the feed ends at impact or an apparent fireball, a sequence consistent with an engagement but insufficient by itself for a complete loss assessment.

Some observers have identified an EREN-class loitering munition from interface features and terminal behaviour, while other accounts mention the air-launched Sungur missile; neither identification is established for every clip by publicly described recovered wreckage.

EREN is described as a turbojet-powered munition intended to engage slow aerial targets as well as ground targets, making it a plausible candidate where a longer pursuit or an operator-guided terminal approach appears in footage.

Sungur offers another plausible short-range air-to-air option following its reported integration and airborne-target testing on Akıncı, but a successful test does not demonstrate that Sudanese operators used it in either claimed September engagement.

The distinction matters because munition range, seeker behaviour, flight time and inventory requirements determine how far an Akıncı can patrol from threatened airspace and how frequently it can conduct interception sorties.

An infrared seeker may show the target during the final approach without revealing whether initial detection came from onboard radar, an electro-optical sensor, another aircraft or an external cue from the ground.

Similarly, footage ending at impact cannot establish whether an aircraft was permanently lost unless subsequent evidence identifies debris, a crash site or an independently documented reduction in the opposing force’s operational fleet.

One July operation reportedly paired an airborne CH-95 kill with destruction of another aircraft on the ground, indicating that strike access to a launch or recovery site could magnify the effect of a single sortie.

Until more complete evidence emerges, the strongest supported assessment is that the circulated imagery depicts apparent aerial engagements, while cumulative kill totals and precise weapon assignments remain claims requiring separate confirmation.

(CLICK): “World’s First Drone-vs-Drone Kill”: Turkish Akıncı Shoots Down Another Akıncı in Sudan as UAE-Türkiye Proxy War ExplodesNorth Kordofan’s Drone Contest Reaches Beyond the Front Line

Sudan’s war began in April 2023, and drones have since become central to attacks across a country where long distances and limited integrated air defences make persistent airborne surveillance especially valuable to both sides.

Around North Kordofan, the Rapid Support Forces use aerial observation to support ground operations and monitor army-held areas, while the Sudanese Armed Forces seek to interrupt that surveillance and strike movement routes toward western battlefields.

Removing a reconnaissance drone can degrade the information available to commanders even when no ground vehicle is destroyed, because fewer sensors are available to locate columns, assess defensive positions or check the results of attacks.

That effect becomes consequential near El Obeid, where continued pressure and surveillance can shape the movement of reinforcements and supplies, though individual drone losses cannot by themselves establish a change in control of territory.

The army’s mixed unmanned fleet reportedly includes Turkish Bayraktar aircraft and Iranian systems, giving it several ways to conduct reconnaissance or attack, but the aircraft differ in endurance, payload and vulnerability.

The Rapid Support Forces’ reported inventory includes CH-95 or FH-95 aircraft, other Chinese-origin drones, long-range one-way attack systems and smaller tactical platforms, so losses in one category would constrain particular missions rather than end drone operations.

Both sides have also used drones against locations far behind opposing lines, making early detection and attack a question of defending cities, infrastructure and supply routes as well as supporting troops at the front.

The reported Akıncı engagements suggest a potential shift in that defence: instead of waiting for a hostile drone near its target, an army aircraft may seek to destroy it while it conducts reconnaissance over contested territory.

That approach requires sustained patrols, reliable identification and enough weapons to cover a large area, placing demands on crews and maintenance capacity that cannot be measured from the reported intercept footage alone.

Any military assessment must also account for civilians, because reporting cited in the supplied material describes extensive drone strikes on populated areas and substantial civilian deaths, regardless of which side gains a temporary aerial advantage.

Foreign Supply Routes Shape the Air Battle

Akıncı and CH-95 operations depend on more than airframes: launch and recovery sites, spare parts, communications links, trained personnel and munitions determine whether either side can replace losses and sustain missions across Sudan’s geography.

The supplied reporting associates Turkish systems with the Sudanese Armed Forces and Chinese-origin systems with the Rapid Support Forces, but the country of manufacture does not, on its own, establish a government’s role in a particular operation.

Several accounts link Rapid Support Forces equipment to UAE-connected routes through neighbouring states and South Darfur, allegations the UAE denies, leaving individual shipments and their operators subject to evidentiary and political dispute.

Reporting also associates Sudanese Armed Forces drone activity with access to Egyptian territory, including airfield imagery, but the location of a platform does not by itself establish authorization or the command arrangements behind each mission.

Long-range operations from secure airfields would offer aircraft space to deploy and recover away from immediate ground fighting, while lengthening the communications and support chain needed to maintain repeated patrols over Kordofan.

For the Rapid Support Forces, dispersed launch locations or altered flight routes could reduce exposure to a predictable Akıncı patrol, but such adjustments may increase travel time and weaken surveillance over priority ground formations.

Chinese-origin short-range air-defence systems reportedly operated by the Rapid Support Forces have claimed Akıncı losses, demonstrating that a drone capable of hunting aircraft must still manage the threat from weapons protecting their bases and operating areas.

Wreckage photographs reportedly support identification of several Akıncı losses, although the available account does not establish an independently verified total or show that every claimed shoot-down resulted from the same air-defence system.

These reciprocal losses create a force-posture dilemma: protecting a valuable interceptor can restrict where it searches, while sending it farther forward may improve access to CH-95 flight paths at greater risk to the aircraft.

The side that preserves its maintenance pipeline, trained crews and usable operating sites will be better placed to sustain pressure after individual shoot-downs, making logistics as important as the published tally of aerial victories.

What the Reported Kills Mean for Drone Warfare

The reported Sudanese engagements differ from fighter air combat: a large, persistent unmanned aircraft appears to be pursuing slower surveillance platforms whose value lies in endurance, sensing and support to attacks on the ground.

If confirmed, repeated kills would show that unmanned aircraft can perform a counter-drone role against larger, slower targets, provided they receive adequate warning and carry effectors suited to the target’s speed and flight profile.

They would not demonstrate that the same method works equally well against small quadcopters or one-way attack drones, which present different detection problems and can be employed in greater numbers against widely separated targets.

The reported series may instead encourage operators to reconsider the protection of medium-altitude reconnaissance aircraft, including route variation, reduced exposure near hostile patrols and closer coordination with available point air defences.

For Sudanese commanders, the immediate value of an interception lies in disrupting an adversary’s observation cycle, while the broader effect depends on how quickly replacement aircraft, operators and sensors restore that coverage.

For foreign suppliers and military observers, the contest provides evidence of how sensor-equipped combat drones, air-launched weapons and short-range air defences interact, although uncertain weapon identifications limit conclusions about any specific system’s performance.

The September claims also carry strategic signalling value: announcing successive aerial kills may suggest control over contested airspace and strengthen a side’s account of battlefield momentum before an independent assessment is possible.

Such signalling should be measured against opposing losses and continued attacks, because the available material describes both claimed CH-95 interceptions and Rapid Support Forces air-defence successes against Akıncı aircraft.

The strongest provisional conclusion is narrower than air superiority: the Sudanese Armed Forces may have found a way to impose meaningful attrition on a valuable Rapid Support Forces surveillance fleet over a contested operational corridor.

Whether that advantage lasts will depend on verified losses, replacement rates, basing security and adaptation by both sides, while Sudan’s wider drone war continues to threaten forces and civilians across the country.

[백선호]

지상 관제소에서 원격 조종해서 했겠죠???

[위종민]

네 아마 BLOS도 아니고 LOS 써서 통제소도 꽤 가까운 거리에 있지 않았을까요 ㅋㅋ