Yıldırımhan Ballistic Missile

Full Specifications

Yıldırımhan Ballistic Missile: Turkey’s New Strategic Asset

The Yıldırımhan marks a historic shift in Türkiye’s defense posture, transitioning the nation from a regional power to a transcontinental strategic actor. Unveiled at the SAHA 2026 defense exhibition in Istanbul, the Yıldırımhan is Türkiye’s first Intercontinental Ballistic Missile (ICBM). Developed by the National Defense Ministry’s R&D Center (MSB ARGE) in collaboration with domestic giants like ROKETSAN, this system is designed to provide an autonomous deterrent capable of reaching targets across Europe, Africa, and deep into Asia. Its debut signifies Türkiye’s entry into the elite group of nations possessing long-range ballistic strike capabilities.

Manufacturer

The primary developer is the National Defense Ministry’s R&D Center, with heavy industrial support from ROKETSAN. Unlike earlier Turkish solid-fuel missiles like the Bora or Tayfun, the Yıldırımhan utilizes a sophisticated liquid-fuel propulsion system. This shift in engineering suggests a focus on maximizing payload capacity and range, allowing the missile to carry heavy conventional warheads or potentially Multiple Independently Targetable Re-entry Vehicles (MIRVs) in future iterations.

Speed and Range

The Yıldırımhan boasts a reported range of 6,000 kilometers (approx. 3,728 miles), firmly placing it in the lower-tier ICBM category. It features a multi-stage architecture powered by four rocket propulsion engines in its first stage. In terms of velocity, the missile achieves staggering speeds ranging from Mach 9 to Mach 25 during its flight phases. This extreme hypersonic velocity, combined with the maneuverable re-entry vehicle (MaRV) geometry seen on its nose cone, is specifically designed to overcome modern Aegis and Patriot-based interceptor systems.

Cost/Price

As a newly unveiled strategic asset, the exact unit cost remains classified. However, given the transition to liquid nitrogen tetroxide (N₂O₄) fuel systems and the scale of a 6,000 km vector, defense analysts estimate development and production costs per unit to exceed $25 million to $35 million. This reflects the investment in high-end guidance, multi-stage separation technology, and the specialized mobile launch infrastructure required for such a large-scale platform.