BAYKAR TO SHOWCASE NEXT-GENERATION TECHNOLOGIES AT SAHA EXPO 2026

Baykar is set to participate in full force at SAHA EXPO 2026, bringing its indigenously and originally developed unmanned platforms and munitions ecosystem. At the exhibition, running from May 5–9, 2026 at the Istanbul Expo Center, the K2 Kamikaze UAV and the intelligent loitering munitions Mızrak and Sivrisinek will make their public debut.

Baykar, Türkiye’s pioneering institution in unmanned systems technology, is set to make a major impact at the SAHA EXPO 2026 International Defense, Aerospace, and Space Industry Exhibition, organized by SAHA Istanbul — Europe’s largest defense industry cluster. Throughout the five-day event, Baykar will present its latest platforms and indigenously produced subsystems to the global defense community, both in the indoor exhibition halls and outdoor display areas of the Istanbul Expo Center (IFM).

FIRST LOOK: K2, MIZRAK, AND SİVRİSİNEK
Baykar is launching three strategic products at SAHA EXPO 2026 — systems that mark a new era in the expendable class and in intelligent loitering munition technology. The K2 Kamikaze UAV combines high-precision strike capability with a low-cost, expendable architecture, delivering a next-generation strike asset optimized for swarm operations on the modern battlefield. The largest in its class, the K2 features a payload capacity exceeding 200 kg and is optimized to neutralize strategic targets even in dense electronic warfare environments. Mızrak — a strategic force multiplier for deep operations with a range exceeding 1,000 kilometers and a payload capacity of 40+ kg — is equipped with AI-assisted autonomous strike capabilities. Sivrisinek offers a flexible and intelligent solution for tactical-level operations, integrating reconnaissance and strike missions into a single airframe for dynamic combat environments. Capable of full AI-assisted autonomy, the intelligent loitering munitions Mızrak and Sivrisinek can locate and engage targets with high precision in the most challenging terrain, using AI-powered visual positioning independent of GNSS.