Turkey’s SİPER Ürün-2 Missile Successfully Tests Mid-Flight Target Redirection

Ender Öztürk

October 26, 2026

Turkey has achieved a significant milestone in its multi-layered air defense architecture, known as the Steel Dome, with the latest successful test flight of the SİPER Ürün-2 long-range air defense missile. During the recent evaluation, the domestically developed missile demonstrated a game-changing capability by changing its target while in mid-flight based on real-time commands. This operational success highlights the high level of software agility and tactical flexibility achieved by the Turkish defense industry, as the system intercepted a newly designated threat with pinpoint accuracy, further solidifying the nation’s commitment to building a fully independent national security infrastructure.

Operational Flexibility Defines Modern Combat Requirements

In the contemporary aerial battlefield, threats frequently alter their trajectory, altitude, or priority within seconds. The ability of the SİPER Ürün-2 to perform mid-flight target updates provides a critical advantage for battery commanders facing dynamic risk environments. By receiving updated data from the command and control center, the missile can transition from an initial target to a more urgent threat, ensuring that no ammunition is wasted and that high-priority targets are neutralized efficiently.

This development is the result of a collaborative effort between ROKETSAN and ASELSAN. The integration of advanced mid-course guidance algorithms with sophisticated terminal seekers allows the system to remain effective even when the operational environment changes rapidly. Such agility ensures that Turkish air defense units maintain a decisive edge against saturation attacks and maneuvering cruise missiles.

Precision is Maintained Against Low-Altitude Threats

A notable aspect of the recent test involved engagement profiles against targets flying close to the sea surface. Known as sea-skimming, these threats are notoriously difficult to detect because they remain below the radar horizon. However, the SİPER Ürün-2 utilizes terminal guidance algorithms specifically designed to filter out the complex interference of the sea surface. This ensures that the missile maintains a stable lock on the target despite high-clutter environments.

The technical success of this engagement underscores the maturity of the project. By refining the seeker head and maneuverability profiles, the Turkish defense industry has enabled the missile to respond to highly elusive threats that previously challenged traditional air defense systems. This capability is essential for protecting maritime assets and coastal regions from modern, low-flying cruise missiles.

Steel Dome Ecosystem Strengthens National Defense Capabilities

The SİPER project, managed under the coordination of the Turkish Presidency of Defense Industries with contributions from TÜBİTAK SAGE, ASELSAN, and ROKETSAN, represents the pinnacle of Turkey’s air defense strategy. The project integrates an extensive network of approximately 1,000 local subcontractors, fostering a robust domestic defense ecosystem. While systems like KORKUT and HİSAR address short and medium-range defense needs, SİPER Ürün-2 extends the reach and altitude of the Steel Dome to the highest possible tier.

This initiative is not merely about developing a single weapon; it is about establishing a comprehensive, indigenous shield that eliminates dependence on foreign technologies. As production continues and these systems are integrated into the Turkish Armed Forces, the nation moves closer to total self-sufficiency in protecting its airspace from diverse and evolving aerial threats.

How do you view the impact of Turkey’s rapid advancements in indigenous air defense technology on regional stability? Share your thoughts and technical insights in the comments section below.