The Turkish defense industry covers a broad ecosystem of products developed across unmanned systems, missiles and rockets, layered air defense, electronic warfare, armored vehicles, and naval platforms. This page is designed as a hub: it summarizes prominent Turkish defense products in one place and can later be expanded into separate, detailed pages for each item.
Bayraktar TB2
Bayraktar TB2 is a widely recognized UAV platform used for intelligence, surveillance, and reconnaissance, and—when configured—precision engagement missions. Its long endurance and modular payload options are among its key strengths.
Bayraktar AKINCI
AKINCI is commonly positioned as a heavier-class unmanned system with higher payload capacity and an expanded mission set. It is often discussed in the context of carrying larger sensor suites and a broader range of munitions.
Bayraktar KIZILELMA
KIZILELMA is associated with a jet-powered unmanned combat aircraft concept. This title is frequently mentioned in debates about the next step in unmanned aviation, focusing on speed, reaction time, and new mission profiles.
TUSAŞ ANKA
ANKA is a long-endurance UAV family known for ISR missions and adaptable sensor configurations. Over time, the platform has been associated with multiple variants to broaden mission flexibility.
TUSAŞ AKSUNGUR
AKSUNGUR is generally presented as a UAV platform focused on longer missions and heavier payloads. It is often highlighted for wide-area surveillance and maritime reconnaissance scenarios.
TUSAŞ KAAN
KAAN is Türkiye’s next-generation fighter aircraft program. It is typically discussed as a long-term development track covering airframe design, engine and avionics integration, testing, and certification.
TUSAŞ HÜRJET
HÜRJET is described as a jet trainer platform, with configurations that can be adapted for light attack roles. Its core purpose is associated with advanced training and transition needs.
T129 ATAK
ATAK is a dedicated attack helicopter platform often linked to close air support and armed reconnaissance missions. It is commonly evaluated through operational scenarios where rapid response and close support are critical.
T625 GÖKBEY
GÖKBEY is associated with the utility helicopter class, designed to support multiple mission profiles. It is typically referenced in the context of transport, SAR, and general-purpose requirements.
ROKETSAN SOM
SOM is discussed as a stand-off air-to-surface cruise missile family. Such systems aim to deliver effects without forcing the launch platform to approach the target area closely.
ROKETSAN ATMACA
ATMACA is commonly categorized as an anti-ship missile system. It is frequently mentioned in discussions about maritime deterrence and surface warfare capability.
HİSAR-A / HİSAR-O
The HİSAR family is generally described as short- and medium-altitude air defense layers. These layers are often treated as foundational components within a broader integrated air defense architecture.
SİPER
SİPER is referenced as a long-range air defense layer. In layered defense discussions, it is positioned as a high-altitude / long-range component.
ASELSAN Electronic Warfare and Sensors
Electronic warfare includes threat detection, jamming, and spectrum management. Systems in this class are not only about “seeing” threats but also reducing visibility, confusing sensors, and shaping the electromagnetic environment.
Armored Vehicles and Land Platforms
The armored vehicle ecosystem is typically divided by requirements such as crew protection, mine/IED resistance, and mobility. This category represents the diversity of land platforms built around operational realities.
Naval Platforms (Amphibious / Corvette / Frigate)
Naval platforms vary by mission concept, including air defense, anti-submarine warfare, ISR, and amphibious operations. Sensor–weapon integration is a core factor shaping maritime capability.
Layered Air Defense Approach (Architecture and Integration)
Layered air defense emphasizes multiple systems working together across low, medium, and high altitudes under a unified command-and-control framework. In practice, effectiveness often depends on “product families + integration,” not a single system alone.