Turkish AI technology enables autonomous carrier landing of Bayraktar TB3 video

The Turkish Bayraktar TB3 unmanned combat aerial vehicle successfully completed an autonomous landing on the icy runway of the TCG Anadolu — regarded as the world’s first aircraft carrier designed specifically for unmanned aerial vehicles — during NATO exercises in the Baltic Sea. The landing was carried out in challenging conditions, including subzero temperatures and strong winds.

According to Clash Report, the drone was equipped with an artificial intelligence system developed by Turkish engineers, which enabled it to perform the landing fully independently without direct human control.

Developed by the Turkish defence company Baykar, the Bayraktar TB3 is a next-generation UCAV designed primarily for naval operations and deployment from short-runway vessels. The aircraft is intended to operate from aircraft carriers and amphibious assault ships, particularly Türkiye’s flagship TCG Anadolu.

The drone features foldable wings that allow efficient storage and launch aboard ships with limited deck space. It is capable of short takeoff and landing operations without the need for catapult systems, enabling flexible maritime deployment. Designed for long-endurance missions, the TB3 can conduct persistent surveillance over sea areas and carry a range of payloads, including precision-guided munitions, smart micro-munitions and advanced reconnaissance equipment. Its satellite communication (SATCOM) capability allows beyond-line-of-sight control during extended operations.

The platform represents a significant step toward carrier-based drone aviation, enabling naval forces to project airpower without relying on traditional fighter aircraft. In operational terms, the TB3 is expected to enhance maritime surveillance, strengthen anti-surface warfare capabilities and expand long-range strike options at sea.

By Tamilla Hasanova