Sudan Army Uses Turkish AKINCI to Shoot Down Chinese-Made RSF Drone, Exposing External Stakes in Civil War
Sudan’s army says one of its Turkish-made AKINCI drones has shot down a Chinese-designed CH-95 unmanned aircraft operated by UAE-backed Rapid Support Forces near Abo Jaleeb. The engagement shows how foreign-supplied drone fleets are deepening and internationalizing Sudan’s civil war, with advanced systems now fighting each other in the country’s skies.
Sudan’s fragmented civil war is increasingly being fought by foreign-made machines in the air, not just rival militias on the ground. The Sudanese army now says one of its AKINCI drones has shot down a Chinese-designed CH-95 operated by the Rapid Support Forces near Abo Jaleeb, south of Sawdiri.
The AKINCI is a Turkish-built, high-end unmanned combat aerial vehicle capable of carrying precision munitions and conducting surveillance over long ranges. The CH-95, a Chinese-made platform, is designed for reconnaissance and strike missions. Both sit at the upper tier of drone technology currently proliferating across conflict zones.
According to the Sudanese army’s account, the AKINCI engaged and destroyed the CH-95 over territory contested with the RSF, a powerful paramilitary group that has been battling the regular army for control since last year. The RSF has not publicly acknowledged the loss, and independent verification of the encounter is limited, but the specific models and location cited align with known patterns of external support.
For civilians caught below these duels, the distinction between Turkish and Chinese hardware is academic. Drone strikes have repeatedly hit neighborhoods, markets and displacement camps during Sudan’s war, leaving people exposed to sudden, often unannounced violence from the sky. As both sides field more capable systems, the risk grows that misidentification or targeting errors will drag more non-combatants into the line of fire.
At the operational level, the shootdown signals a new phase. Sudan’s army is not just trying to survive RSF air attacks; it is attempting to assert air denial by hunting enemy drones. If it can consistently blunt RSF surveillance and strike capabilities, it may slow RSF advances and regain some freedom of movement on key fronts.
Strategically, the engagement underlines how Sudan’s conflict has become a showcase for foreign drone suppliers and their regional patrons. The army’s use of a Turkish platform and the RSF’s reliance on a Chinese design reportedly facilitated by UAE backing reflects a crowded marketplace where rival powers test equipment and hone doctrine through local clients. That dynamic can make wars harder to end; outside actors have a stake in continued influence, and their hardware often arrives faster than diplomatic pressure for compromise.
The incident near Abo Jaleeb also raises questions about escalation. When advanced drones fight each other, operators often push for better sensors, longer endurance and more lethal payloads, spurring an arms race that outpaces any political talks. In Sudan, where state institutions are already under strain and humanitarian needs are vast, scarce resources are being funneled into systems designed to dominate the sky rather than feed or shelter displaced families.
Drone warfare turns airspace into contested territory even in areas far from formal front lines. For aid workers, journalists and civilians trying to move between regions, the presence of loitering or high-altitude unmanned systems adds another layer of risk; being misread as a target becomes a daily concern.
Key developments to watch will be whether Sudan’s army publicizes more AKINCI sorties and claimed shootdowns, whether the RSF adapts by dispersing or upgrading its own drones, and whether foreign states linked to either side recalibrate their support in light of the growing visibility of their technology. Any move toward negotiated limits on drone use or a halt in transfers would signal that external backers are as interested in ending Sudan’s war as they are in showcasing their hardware.
Sources
- OSINT