The Navy aims to equip the aircraft carrier Cavour with the TB3: here are the features of the super drone
The indication came from the Navy Chief of Staff, Admiral Giuseppe Berutti Bergotto, during his speech at a hearing before the Senate Foreign Affairs and Defence Commission
by Andrea Carli
TheNavy aims to acquire a new combat drone. It is the TB3 system developed by Baykar. The drone is called the Bayraktar TB3. It should operate from the deck of the aircraft carrier Cavour. The Chief of Staff of the Navy, Admiral Giuseppe Berutti Bergotto, has spoken on the issue in recent days during his speech in a hearing before the Senate Foreign Affairs and Defence Committee. Bergotto showed footage of the Bayraktar TB3 taking off from the Turkish aircraft carrier TCG Anadolu. The Navy - and defence in general - is increasingly looking at unmanned systems, including drones.
With a length of 8.35 metres, a wingspan of 14 metres, a load capacity of 280 kg, a maximum take-off weight of 1,600 kilograms and over 24 hours of autonomy, the TB3, an evolution of a model already tested in several international scenarios, is designed specifically for naval use. It has foldable wings, designed to optimise space on board, and a reinforced structure suitable for operational conditions at sea. It is a versatile drone, with capabilities ranging from reconnaissance to light attack.
For the Italian Navy, the introduction of this type of aircraft could translate into a greater capacity for remote intervention. Indeed, drones allow for longer missions, lower costs compared to traditional fighter jets and less risk for personnel.
This drone is capable of taking off and landing autonomously on aircraft carriers with short runways. In addition to reconnaissance, surveillance and intelligence missions, the Bayraktar TB3 is equipped to carry out attack missions using 'smart' munitions mounted under the wings.
The system supports remote control over long distances, thanks to its line-of-sight (LOS) and beyond line-of-sight (BLOS) communication capabilities, making it functional for both short- and long-range missions.



