IN Brief:
- The Italian Navy has signalled interest in operating the TB3 from ITS Cavour.
- Any acquisition route would run through Leonardo’s partnership with Baykar and its Italian industrial base.
- The move would add a fixed-wing unmanned surveillance and strike layer to carrier air-wing planning.
The Italian Navy has outlined a potential route toward operating the Bayraktar TB3 from ITS Cavour, with Chief of Navy Staff Vice Admiral Giuseppe Berutti Bergotto indicating in parliamentary remarks that the system could be integrated via Leonardo’s cooperation with Baykar. No detailed procurement timeline has yet been disclosed, but the direction of travel is becoming clearer.
That matters because the TB3 is not simply another UAV option. It is a short-deck, carrier-capable unmanned combat aircraft designed to push fixed-wing surveillance and light strike further into naval force structure. For Italy, a system of that kind would sit alongside the F-35B rather than replace it, giving the carrier air wing a cheaper, persistent layer for surveillance, targeting, and selected strike missions.
It also gives substance to the Leonardo-Baykar industrial tie-up. The creation of LBA Systems in Italy was already framed around development, production, support, and European market access for unmanned aircraft systems. Carrier integration would move that partnership from broad industrial ambition into a far more concrete naval aviation use case.
Industrial and integration implications
If the TB3 path is pursued, the work goes well beyond aircraft supply. Carrier-capable unmanned aviation needs deck procedures, command links, support equipment, maintenance planning, mission-system integration, certification work, and a training pipeline that fits both aviation safety standards and naval operating rhythms.
That is where Leonardo’s role becomes central. Italian industry would not merely be acting as a sales route, but as the integration and support layer that aligns the platform with local requirements, NATO standards, and the realities of operating from Cavour. Sites already identified within the Leonardo-Baykar partnership give that process a defined industrial geography inside Italy.
Production and support pressures
Short-deck naval UCAV operations impose different stresses from land-based unmanned operations. Airframe durability, launch and recovery margins, corrosion control, embarked support, and deck-cycle compatibility all have to be proven in service, not assumed from brochures.
For industry, the opportunity is substantial, but so is the systems burden. Success depends on building an aircraft, support package, and mission architecture that can live inside a carrier environment without becoming an integration orphan beside the manned fast-jet force.