Bayraktar TB2T-AI continues its test activities. Equipped with turbo motor and superior artificial intelligence systems, the National Siha reached 37 thousand 96 feet altitude on the test flight in Keşan. Bayraktar TB2T-AI, thanks to its powerful turbo engine, has carried its ability to climb 30,000 feet in a very short time. The new generation Siha, on February 21, 2025 in the flight test 30 thousand 318 feet increased, the latest flight tests reached 37 thousand 96 feet, reaching the national Siha, high -altitude exhibited the ability to do long -term duty.
High performance with turbo motor
Bayraktar TB2T-AI, which has a turbo engine, registered high altitude performance with this record. Bayraktar TB2T-AI, which has the ability to climb and stay at high altitude for a long time compared to existing SİHAs, continues to be a critical power element that supports air superiority at speeds of 160 knots (300 km/h). With its augmented departure weight and beneficial load capacity, it was designed to work longer and more effectively in the battlefield.
Artificial Intelligence Supported Autonomic Flight
Bayraktar offers superior autonomous capabilities in the air battle with three artificial intelligence computers integrated into the TB2T-AI SİHA. The new generation of National Siha has gained the ability to make a visual navigation with land reference in the most challenging electronic warfare environments. Thanks to advanced artificial intelligence systems, it recognizes the land with visual navigation and can determine the direction. Can analyze and detect and diagnose targets. It can visually recognize the tracks and perform autonomous landing and gauge. Dynamic route planning can determine the most appropriate flight routes.
Strategic superiority in battle
Bayraktar TB2T-AI SİHA further strengthened its position to be a game-changing element in the battlefield with its new altitude record. National Siha is flying with the ability to overcome all kinds of challenging conditions. Thanks to artificial intelligence -supported systems in emergencies developing in the sky, the ability to automatically return to the base in a safe way increases operational security at this new altitude level.
