Türkiye Unveils KEMANKEŞ 2 Deep-Strike Missile That Could Expand NATO Mobile Strike Capability
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Baykar unveiled the KEMANKEŞ 2 mini intelligent cruise missile at SAHA 2026 in Istanbul, showcasing a compact Turkish ground-launched precision-strike weapon designed to hit targets at ranges up to 150 km while maintaining operator control during the terminal phase. Presented during the May 5–9 defense exhibition, the system strengthens the ability of dispersed land forces to conduct deep strikes beyond conventional artillery range without relying on large missile platforms.
Powered by a jet engine and equipped with electro-optical terminal guidance, KEMANKEŞ 2 is designed to deliver accurate long-range attacks against time-sensitive or high-value targets while remaining mobile and difficult to detect. The system also reflects a broader shift toward affordable precision weapons that combine autonomy, extended reach, and battlefield flexibility for modern maneuver warfare.
Related topic: Türkiye’s ALKA Directed Energy System on KAPLAN Hybrid Vehicle Expands NATO Counter-Drone Options.
Baykar’s KEMANKEŞ 2 mini intelligent cruise missile, shown at SAHA 2026 in Istanbul, is a 75 kg jet-powered precision weapon with a 150 km range, 20 kg payload, electro-optical/GNSS guidance, and vehicle-based launch capability for mobile long-range strike missions (Picture source: Army Recognition Group).
KEMANKEŞ 2 is a 75 kg class missile with a 20 kg payload capacity, a length of 2.47 m, a wingspan of 1.35 m, and a height of 0.49 m. Baykar lists an operational range of 150 km, an 80+ km communication range, 30 minutes of endurance, a 10,000 ft service ceiling, and a 7,500 ft operational altitude. Its published speeds are 130 KIAS in cruise and 160 KIAS maximum, equivalent to roughly 241 km/h and 296 km/h before accounting for wind, altitude, and mission profile. These figures place it above small electric loitering munitions in speed and payload, but below larger long-endurance strike drones in time over target.
The program is a direct expansion of KEMANKEŞ 1, which Baykar lists as a 45 kg air-launched mini cruise missile with a 10 kg payload, 100 km operational range, 20 minutes of endurance, and integration with Bayraktar unmanned combat aircraft. KEMANKEŞ 2 increases maximum takeoff weight by 30 kg, doubles payload capacity, adds 50 km of stated range, and shifts the launch concept toward rocket-assisted takeoff or a vehicle-based launcher. Baykar announced the first firing test of KEMANKEŞ 2 on April 17, 2024, at its Flight Training and Test Center in Keşan, Edirne, which indicates that the missile had entered live propulsion and launch validation roughly two years before the SAHA 2026 display.
The missile’s most important feature is not only range but the combination of route guidance, electro-optical observation, and terminal decision-making. The SAHA display listed EO or GNSS terminal guidance, an AI-assisted electro-optical camera, a digital data and video link, anti-jamming capability, high-performance image stabilization, and autonomous takeoff, cruise, and dive functions. This architecture suggests a weapon designed to fly toward a pre-planned area, transmit imagery back to the operator, and then support final target confirmation before impact. In practical terms, that matters for targets such as command vehicles, radars, artillery launchers, air-defense components, logistics vehicles, and ammunition points, where target identity and timing are often more important than blast radius alone.
A country using KEMANKEŞ 2 would likely employ it through small mobile launch detachments rather than large fixed firing sites. A launcher could be positioned under cover, receive coordinates from UAVs, forward observers, electronic intelligence assets, counter-battery sensors, or higher headquarters, and fire from outside the reach of many direct-fire weapons and short-range battlefield threats. If connected through Bayraktar TB2, TB3, or AKINCI as a relay, the missile could be pushed deeper while keeping the operator linked to telemetry and imagery. That does not make it a substitute for multiple launch rocket systems or ballistic missiles; its 20 kg payload is smaller than artillery rocket warheads. Its role is more specific: to prosecute selected targets where precision, confirmation, and reduced launcher exposure are more valuable than massed fires. This fits the same operational trend seen in Turkish loitering munitions and networked UAV strike operations.
No publicly confirmed operational user of KEMANKEŞ 2 has been announced. Manufacturer material describes the missile’s characteristics but does not identify an in-service military unit, export customer, or combat deployment. Türkiye is the most plausible initial user because the missile is designed inside Baykar’s existing ecosystem, but that should be treated as an assessment rather than a confirmed procurement fact. Potential export users would be countries already operating Bayraktar UAVs or seeking lower-cost precision fires without acquiring aircraft-launched cruise missiles. For those users, the main integration questions would be communications security, national rules for human control, compatibility with existing command-and-control networks, and whether the missile can operate reliably under electronic warfare and adverse weather.
Compared with competitors, KEMANKEŞ 2 occupies an intermediate category between man-portable loitering munitions and larger long-endurance strike weapons. AeroVironment’s Switchblade 600 weighs 15 kg, offers 40+ minutes of endurance, and reaches 90+ km with a forward-pass mission profile, making it more portable but lighter in payload. Rheinmetall lists the HERO 120 at 12 kg with a 4.5 kg warhead, 40 km range, and 60 minutes of endurance, while the larger HERO 900 is listed at 90 kg with a 25 kg warhead, 150 km range, and 2 hours of endurance. IAI’s HAROP is in a different class, with a 9-hour endurance intended for long-duration search and attack missions. Against these systems, KEMANKEŞ 2 trades endurance for speed, payload, and launch flexibility, which may suit forces looking for a faster strike cycle rather than prolonged loitering.
The military value of KEMANKEŞ 2 should therefore be assessed in practical terms. It gives a commander a 150 km class precision option that can be dispersed, launched from land, and tied into an unmanned reconnaissance network, but it also depends on communications, sensor quality, target recognition, and survivability against short-range air defenses. Its small size makes concealment easier, yet its jet engine and flight profile do not eliminate exposure to radar, optical detection, or electronic attack. If Baykar can move the missile from testing and exhibition to serial production, the system would add another layer to Türkiye’s precision-strike inventory and offer export customers a land-launched weapon for time-sensitive targets inside the tactical and operational depth.
Written by Evan Lerouvillois, Defense Analyst.
Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.
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Baykar unveiled the KEMANKEŞ 2 mini intelligent cruise missile at SAHA 2026 in Istanbul, showcasing a compact Turkish ground-launched precision-strike weapon designed to hit targets at ranges up to 150 km while maintaining operator control during the terminal phase. Presented during the May 5–9 defense exhibition, the system strengthens the ability of dispersed land forces to conduct deep strikes beyond conventional artillery range without relying on large missile platforms.
Powered by a jet engine and equipped with electro-optical terminal guidance, KEMANKEŞ 2 is designed to deliver accurate long-range attacks against time-sensitive or high-value targets while remaining mobile and difficult to detect. The system also reflects a broader shift toward affordable precision weapons that combine autonomy, extended reach, and battlefield flexibility for modern maneuver warfare.
Related topic: Türkiye’s ALKA Directed Energy System on KAPLAN Hybrid Vehicle Expands NATO Counter-Drone Options.
Baykar’s KEMANKEŞ 2 mini intelligent cruise missile, shown at SAHA 2026 in Istanbul, is a 75 kg jet-powered precision weapon with a 150 km range, 20 kg payload, electro-optical/GNSS guidance, and vehicle-based launch capability for mobile long-range strike missions (Picture source: Army Recognition Group).
KEMANKEŞ 2 is a 75 kg class missile with a 20 kg payload capacity, a length of 2.47 m, a wingspan of 1.35 m, and a height of 0.49 m. Baykar lists an operational range of 150 km, an 80+ km communication range, 30 minutes of endurance, a 10,000 ft service ceiling, and a 7,500 ft operational altitude. Its published speeds are 130 KIAS in cruise and 160 KIAS maximum, equivalent to roughly 241 km/h and 296 km/h before accounting for wind, altitude, and mission profile. These figures place it above small electric loitering munitions in speed and payload, but below larger long-endurance strike drones in time over target.
The program is a direct expansion of KEMANKEŞ 1, which Baykar lists as a 45 kg air-launched mini cruise missile with a 10 kg payload, 100 km operational range, 20 minutes of endurance, and integration with Bayraktar unmanned combat aircraft. KEMANKEŞ 2 increases maximum takeoff weight by 30 kg, doubles payload capacity, adds 50 km of stated range, and shifts the launch concept toward rocket-assisted takeoff or a vehicle-based launcher. Baykar announced the first firing test of KEMANKEŞ 2 on April 17, 2024, at its Flight Training and Test Center in Keşan, Edirne, which indicates that the missile had entered live propulsion and launch validation roughly two years before the SAHA 2026 display.
The missile’s most important feature is not only range but the combination of route guidance, electro-optical observation, and terminal decision-making. The SAHA display listed EO or GNSS terminal guidance, an AI-assisted electro-optical camera, a digital data and video link, anti-jamming capability, high-performance image stabilization, and autonomous takeoff, cruise, and dive functions. This architecture suggests a weapon designed to fly toward a pre-planned area, transmit imagery back to the operator, and then support final target confirmation before impact. In practical terms, that matters for targets such as command vehicles, radars, artillery launchers, air-defense components, logistics vehicles, and ammunition points, where target identity and timing are often more important than blast radius alone.
A country using KEMANKEŞ 2 would likely employ it through small mobile launch detachments rather than large fixed firing sites. A launcher could be positioned under cover, receive coordinates from UAVs, forward observers, electronic intelligence assets, counter-battery sensors, or higher headquarters, and fire from outside the reach of many direct-fire weapons and short-range battlefield threats. If connected through Bayraktar TB2, TB3, or AKINCI as a relay, the missile could be pushed deeper while keeping the operator linked to telemetry and imagery. That does not make it a substitute for multiple launch rocket systems or ballistic missiles; its 20 kg payload is smaller than artillery rocket warheads. Its role is more specific: to prosecute selected targets where precision, confirmation, and reduced launcher exposure are more valuable than massed fires. This fits the same operational trend seen in Turkish loitering munitions and networked UAV strike operations.
No publicly confirmed operational user of KEMANKEŞ 2 has been announced. Manufacturer material describes the missile’s characteristics but does not identify an in-service military unit, export customer, or combat deployment. Türkiye is the most plausible initial user because the missile is designed inside Baykar’s existing ecosystem, but that should be treated as an assessment rather than a confirmed procurement fact. Potential export users would be countries already operating Bayraktar UAVs or seeking lower-cost precision fires without acquiring aircraft-launched cruise missiles. For those users, the main integration questions would be communications security, national rules for human control, compatibility with existing command-and-control networks, and whether the missile can operate reliably under electronic warfare and adverse weather.
Compared with competitors, KEMANKEŞ 2 occupies an intermediate category between man-portable loitering munitions and larger long-endurance strike weapons. AeroVironment’s Switchblade 600 weighs 15 kg, offers 40+ minutes of endurance, and reaches 90+ km with a forward-pass mission profile, making it more portable but lighter in payload. Rheinmetall lists the HERO 120 at 12 kg with a 4.5 kg warhead, 40 km range, and 60 minutes of endurance, while the larger HERO 900 is listed at 90 kg with a 25 kg warhead, 150 km range, and 2 hours of endurance. IAI’s HAROP is in a different class, with a 9-hour endurance intended for long-duration search and attack missions. Against these systems, KEMANKEŞ 2 trades endurance for speed, payload, and launch flexibility, which may suit forces looking for a faster strike cycle rather than prolonged loitering.
The military value of KEMANKEŞ 2 should therefore be assessed in practical terms. It gives a commander a 150 km class precision option that can be dispersed, launched from land, and tied into an unmanned reconnaissance network, but it also depends on communications, sensor quality, target recognition, and survivability against short-range air defenses. Its small size makes concealment easier, yet its jet engine and flight profile do not eliminate exposure to radar, optical detection, or electronic attack. If Baykar can move the missile from testing and exhibition to serial production, the system would add another layer to Türkiye’s precision-strike inventory and offer export customers a land-launched weapon for time-sensitive targets inside the tactical and operational depth.
Written by Evan Lerouvillois, Defense Analyst.
Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.
