The technical details of YILDIRIMHAN, one of the Turkish defence industry's biggest strategic surprises unveiled globally at SAHA EXPO 2026, are becoming clearer. In her statements to TV100, Nilüfer Kuzulu, Director of the Ministry of National Defence (MoND) R&D Centre, explained that the massive system with a range of 6,000 kilometres is not just a fair model and that the project has a deep-rooted history spanning ten years. Emphasising the seriousness of the project with the words "We do not exhibit any product we have not completed," Kuzulu announced that the special missile fuel, which only a few countries in the world can produce, has been successfully manufactured in Türkiye.
Two-Component Liquid Fuel and a 3-Tonne Warhead
Launching a ballistic missile out of the atmosphere and carrying it thousands of kilometres requires immense chemical thrust power. According to Kuzulu's statements, YILDIRIMHAN uses a complex bipropellant architecture consisting of Nitrogen Tetroxide (N2O4) and UDMH (Unsymmetrical Dimethylhydrazine) components in its propulsion system. This special fuel combination creates an instantaneous and violent combustion reaction in the rocket engines. Thus, the missile reaches speeds of Mach 9 within the atmosphere and much higher hypersonic speeds outside the atmosphere within seconds.
The most critical point emphasised by Kuzulu is that this technological fuel was directly produced by the MoND R&D Centre using domestic resources. Today, the number of countries capable of producing this complex and dangerous liquid fuel in the world does not exceed the fingers of one hand. Furthermore, the four massive rocket engines at the rear of the missile perfectly provide all the kinetic energy needed to carry a destructive warhead of exactly 3,000 kilograms (3 tonnes) to intercontinental targets.
Manoeuvrability in Space: The Intelligence That Defeats Defence Shields
The operational animation videos of YILDIRIMHAN shared at SAHA EXPO reveal that the system is not merely a classic rocket that flies straight after launch. The videos clearly show that the missile can instantly change direction while outside the atmosphere (in space) thanks to the movable engine nozzles on its rear section and the micro-thrusters on its nose. Why is this feature so strategically significant?
As is known in aviation, classic fins and rudders do not work at the edge of space where the atmosphere ends. For a platform to change direction in space, it needs micro-thrusters that expel gas. YILDIRIMHAN can instantly change its trajectory in space thanks to these thrusters on its nose and its movable main engines. This immense manoeuvrability takes the missile off its classic predictable trajectory, turning it into an unpredictable target. Consequently, the multi-billion dollar anti-ballistic missile shields of enemy countries face great difficulty in locking onto and destroying this massive warhead that suddenly changes direction in space.
YILDIRIMHAN: The Product of 10 Years of Secret Engineering
A platform with a range of 6,000 kilometres like YILDIRIMHAN does not appear overnight or just on a drawing board. Behind the project lies ten years of continuous and secret engineering work. Kuzulu particularly draws attention to the massive industrial production memory brought by the MoND's 26 factories and 4 major shipyards. This deep-rooted infrastructure, which for years maintained all kinds of weapons, equipment, and platforms for the Turkish Armed Forces, is now directly designing strategic offensive weapons.
In past years, the system's fuel and sub-engine components were produced individually and tested in laboratories. Today, the MoND R&D teams have moved to the mass production phase, successfully combining these complex parts into a single massive body. This proves that Türkiye has completely established its own knowledge base in ballistic missile technology without expecting any technology transfer from abroad.
Global Deterrence
The YILDIRIMHAN project is the most concrete symbol of Türkiye's transition from tactical defence to strategic deterrence in its defence doctrine. The MoND official's assertion that "we do not exhibit what we cannot do" declares to all allies and rivals that the system has transformed from a mere fair model into an operational reality on the ground.
With this unique platform, produced entirely with domestic resources from its fuel to its rocket engines, Turkish engineering is gaining an unstoppable momentum on its path to becoming one of the world's most elite and deterrent military powers.
