Türkiye’s AKINCI Drone Strikes Maritime Target at 250 km With New UAV-300 Supersonic Missile
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Türkiye’s Bayraktar AKINCI unmanned combat aerial vehicle has struck a maritime target more than 250 km away with Roketsan’s new UAV-300 supersonic ballistic missile, according to the newly reported test. The shot pushes AKINCI into longer-range stand-off attack missions, letting it threaten high-value targets while staying farther from hostile air defenses.
The successful firing demonstrates a heavier precision-strike option for the reusable combat drone against ships and other defended targets at extended range. Pairing long-endurance unmanned aviation with supersonic ballistic weapons strengthens Türkiye’s ability to project firepower while reducing exposure of costly aircraft and crews.
Related Topic: Turkish Akinci drone shoots down Chinese CH-95 drone in Sudan in historic air-to-air interception
Bayraktar AKINCI fires Roketsan’s UAV-300 supersonic ballistic missile during a September 11, 2026 test over the Black Sea, striking a maritime target at a distance of more than 250 km. (Picture source: Baykar)
The Turkish Company Baykar announced the firing on September 11, 2026, after AKINCI departed the Çorlu Flight Training and Test Center in Tekirdağ, flew to the Black Sea test area off Sinop, and launched the Roketsan-developed UAV-300 before returning to Çorlu. The more-than-250-km engagement is particularly relevant for maritime operations because the added reach lets the aircraft strike from outside the immediate defensive envelope around a surface group.
The test represents another step in Baykar and Roketsan’s effort to turn AKINCI into a long-range missile carrier rather than limiting it to surveillance and conventional precision bombing. Baykar previously integrated the UAV-122 and UAV-230 supersonic missiles, giving the aircraft several stand-off weapon options intended to address targets at different ranges and with different effects. UAV-300 is especially significant because Baykar describes it as a supersonic ballistic missile, a weapon class that can reduce the time defending forces have to detect, track, and attempt to intercept an incoming threat.
Türkiye’s Bayraktar AKINCI unmanned combat aerial vehicle has demonstrated a new long-range strike capability after hitting a maritime target from more than 250 km away with Roketsan’s UAV-300 supersonic ballistic missile.
Baykar has not publicly disclosed enough detailed performance data in its September 11, 2026 announcement to independently establish the UAV-300’s maximum range, speed, warhead mass, seeker configuration, or terminal maneuvering characteristics. The confirmed result therefore establishes a demonstrated strike beyond 250 km rather than a definitive maximum engagement range. Operationally, that distance lets AKINCI release its missile much farther from a defended target than the shorter-range guided munitions traditionally associated with unmanned combat aircraft, reducing the aircraft’s exposure and widening the geographic area from which an attack can originate.
AKINCI’s flight characteristics reinforce that concept. Baykar lists the twin-turboprop aircraft with a 30,000-foot operational altitude, a 40,000-foot service ceiling, endurance exceeding 24 hours, and a 1,500-kg payload capacity, while line-of-sight and satellite-enabled beyond-line-of-sight communications support operations at extended distances from the controlling ground station. Its payload capacity is particularly relevant to long-range strike because it allows AKINCI to carry heavier missiles while still accommodating mission sensors or additional weapons, including electro-optical and infrared systems, laser designation equipment, multimode AESA radar, and signals-intelligence equipment.
For maritime warfare, combining those sensors with a weapon demonstrated beyond 250 km could give an operator a persistent reconnaissance-and-strike aircraft able to patrol a broad area before moving into a launch position. The September 11, 2026 test nevertheless demonstrated a hit on a maritime target under controlled conditions and should not automatically be equated with proven combat performance against a maneuvering warship using electronic warfare, decoys and layered air defenses.
The significance of UAV-300 also lies in the broader AKINCI weapons architecture. Baykar says the aircraft has already integrated MAM-series guided munitions, TOLUN weapons, TEBER guidance kits, the ÇAKIR cruise missile, UAV-122 and UAV-230 supersonic missiles, and the EREN high-speed multipurpose loitering munition. This increasingly diverse inventory lets one unmanned combat aerial vehicle cover missions from close precision attack to long-range engagement, enabling persistent unmanned aircraft to hold command centers, radar sites, missile batteries, and maritime targets at risk without assigning every stand-off strike mission to a crewed combat aircraft.
That approach can complicate enemy air-defense planning because a long-endurance unmanned aircraft can shift position across a much wider sector before weapon release than a fixed or geographically constrained ground launcher. AKINCI can remain airborne for extended periods, change its launch position as the tactical picture develops, and release a missile when targeting information becomes available, making the potential attack axis less predictable and increasing the surveillance burden on the defender.
The firing also has industrial implications beyond the individual missile. Baykar supplies the unmanned combat aerial vehicle while Roketsan develops the associated Turkish missile family, allowing Türkiye to build a domestically controlled long-range reconnaissance and strike capability with reduced dependence on foreign aircraft and imported stand-off weapons. Baykar said on September 11, 2026, that it had signed AKINCI export agreements with 16 countries, while the company had concluded unmanned aircraft export agreements with 39 countries overall.
The existence of that export customer base does not mean UAV-300 will automatically be supplied to every AKINCI operator, since missile exports remain subject to government approval, customer requirements, and individual contracts. However, successful integration expands the range of capabilities Türkiye can potentially offer foreign operators seeking long-range strike capacity without acquiring an additional fleet of crewed strike aircraft.
The September 11, 2026 firing therefore marks more than another munition release for Bayraktar AKINCI. By demonstrating a direct maritime strike beyond 250 km with a supersonic ballistic missile, Baykar and Roketsan have moved the aircraft closer to a persistent long-range strike role that combines endurance, heavy payload capacity, and stand-off weapons to threaten high-value targets while reducing the exposure of the unmanned aircraft carrying them.
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• Land Defense News• Naval Defense News• Defense Aerospace NewsWritten by Alain Servaes – Chief Editor, Army Recognition GroupAlain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.
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Türkiye’s Bayraktar AKINCI unmanned combat aerial vehicle has struck a maritime target more than 250 km away with Roketsan’s new UAV-300 supersonic ballistic missile, according to the newly reported test. The shot pushes AKINCI into longer-range stand-off attack missions, letting it threaten high-value targets while staying farther from hostile air defenses.
The successful firing demonstrates a heavier precision-strike option for the reusable combat drone against ships and other defended targets at extended range. Pairing long-endurance unmanned aviation with supersonic ballistic weapons strengthens Türkiye’s ability to project firepower while reducing exposure of costly aircraft and crews.
Related Topic: Turkish Akinci drone shoots down Chinese CH-95 drone in Sudan in historic air-to-air interception
Bayraktar AKINCI fires Roketsan’s UAV-300 supersonic ballistic missile during a September 11, 2026 test over the Black Sea, striking a maritime target at a distance of more than 250 km. (Picture source: Baykar)
The Turkish Company Baykar announced the firing on September 11, 2026, after AKINCI departed the Çorlu Flight Training and Test Center in Tekirdağ, flew to the Black Sea test area off Sinop, and launched the Roketsan-developed UAV-300 before returning to Çorlu. The more-than-250-km engagement is particularly relevant for maritime operations because the added reach lets the aircraft strike from outside the immediate defensive envelope around a surface group.
The test represents another step in Baykar and Roketsan’s effort to turn AKINCI into a long-range missile carrier rather than limiting it to surveillance and conventional precision bombing. Baykar previously integrated the UAV-122 and UAV-230 supersonic missiles, giving the aircraft several stand-off weapon options intended to address targets at different ranges and with different effects. UAV-300 is especially significant because Baykar describes it as a supersonic ballistic missile, a weapon class that can reduce the time defending forces have to detect, track, and attempt to intercept an incoming threat.
Türkiye’s Bayraktar AKINCI unmanned combat aerial vehicle has demonstrated a new long-range strike capability after hitting a maritime target from more than 250 km away with Roketsan’s UAV-300 supersonic ballistic missile.
Baykar has not publicly disclosed enough detailed performance data in its September 11, 2026 announcement to independently establish the UAV-300’s maximum range, speed, warhead mass, seeker configuration, or terminal maneuvering characteristics. The confirmed result therefore establishes a demonstrated strike beyond 250 km rather than a definitive maximum engagement range. Operationally, that distance lets AKINCI release its missile much farther from a defended target than the shorter-range guided munitions traditionally associated with unmanned combat aircraft, reducing the aircraft’s exposure and widening the geographic area from which an attack can originate.
AKINCI’s flight characteristics reinforce that concept. Baykar lists the twin-turboprop aircraft with a 30,000-foot operational altitude, a 40,000-foot service ceiling, endurance exceeding 24 hours, and a 1,500-kg payload capacity, while line-of-sight and satellite-enabled beyond-line-of-sight communications support operations at extended distances from the controlling ground station. Its payload capacity is particularly relevant to long-range strike because it allows AKINCI to carry heavier missiles while still accommodating mission sensors or additional weapons, including electro-optical and infrared systems, laser designation equipment, multimode AESA radar, and signals-intelligence equipment.
For maritime warfare, combining those sensors with a weapon demonstrated beyond 250 km could give an operator a persistent reconnaissance-and-strike aircraft able to patrol a broad area before moving into a launch position. The September 11, 2026 test nevertheless demonstrated a hit on a maritime target under controlled conditions and should not automatically be equated with proven combat performance against a maneuvering warship using electronic warfare, decoys and layered air defenses.
The significance of UAV-300 also lies in the broader AKINCI weapons architecture. Baykar says the aircraft has already integrated MAM-series guided munitions, TOLUN weapons, TEBER guidance kits, the ÇAKIR cruise missile, UAV-122 and UAV-230 supersonic missiles, and the EREN high-speed multipurpose loitering munition. This increasingly diverse inventory lets one unmanned combat aerial vehicle cover missions from close precision attack to long-range engagement, enabling persistent unmanned aircraft to hold command centers, radar sites, missile batteries, and maritime targets at risk without assigning every stand-off strike mission to a crewed combat aircraft.
That approach can complicate enemy air-defense planning because a long-endurance unmanned aircraft can shift position across a much wider sector before weapon release than a fixed or geographically constrained ground launcher. AKINCI can remain airborne for extended periods, change its launch position as the tactical picture develops, and release a missile when targeting information becomes available, making the potential attack axis less predictable and increasing the surveillance burden on the defender.
The firing also has industrial implications beyond the individual missile. Baykar supplies the unmanned combat aerial vehicle while Roketsan develops the associated Turkish missile family, allowing Türkiye to build a domestically controlled long-range reconnaissance and strike capability with reduced dependence on foreign aircraft and imported stand-off weapons. Baykar said on September 11, 2026, that it had signed AKINCI export agreements with 16 countries, while the company had concluded unmanned aircraft export agreements with 39 countries overall.
The existence of that export customer base does not mean UAV-300 will automatically be supplied to every AKINCI operator, since missile exports remain subject to government approval, customer requirements, and individual contracts. However, successful integration expands the range of capabilities Türkiye can potentially offer foreign operators seeking long-range strike capacity without acquiring an additional fleet of crewed strike aircraft.
The September 11, 2026 firing therefore marks more than another munition release for Bayraktar AKINCI. By demonstrating a direct maritime strike beyond 250 km with a supersonic ballistic missile, Baykar and Roketsan have moved the aircraft closer to a persistent long-range strike role that combines endurance, heavy payload capacity, and stand-off weapons to threaten high-value targets while reducing the exposure of the unmanned aircraft carrying them.
Explore More Defense News
• Land Defense News
• Naval Defense News
• Defense Aerospace News
Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.
