AW249 Attack Helicopter

AW249 is a next-generation advanced technology attack helicopter developed by the Italian defense industry firm Leonardo. Designed to meet the multi-mission demands of modern combat environments, it stands out with high speed, extended range, increased payload capacity, and enhanced survivability features. Thanks to its full integration capability with digital battle networks, the AW249 can conduct joint operations with both manned and unmanned aerial vehicles.

Development and Production

The AW249 was developed to replace the A129 Mangusta attack helicopters that have been in service with the Italian Army since the 1990s. A total of four units have been produced, including one prototype and three pre-production models, all used for testing and integration activities. The Italian Ministry of Defense has ordered 17 units for the initial production series in 2025, with a planned total acquisition program of 48 helicopters. First deliveries are expected to begin in 2027.

Design and General Characteristics

The AW249 has been designed in accordance with the strictest safety and performance standards established by the European Defence Agency (EDA), NATO and the European Union Aviation Safety Agency (EASA). This design ensures that the helicopter maintains low maintenance and operational costs. Thanks to its full integration with advanced digital battle management systems, the AW249 is capable of conducting operations in all weather conditions, both day and night.

The cockpit is designed based on ergonomic principles and equipped with next-generation avionics systems. This equipment aims to reduce the pilot’s workload during missions and enhance mission effectiveness. The helicopter features two 21.5-inch wide touchscreen displays and four advanced control units, enabling efficient and integrated management of flight and combat systems.

AW249 Cockpit - (Leonardo)

Main Systems and Capabilities

Main Systems

• Two wide touchscreen displays (21.5”)
• Four advanced control units (8.4”)
• Precise targeting and flight sensors
• LTE data transmission network
• Software-defined radio systems (SDR)
• Line-of-sight (LOS) wideband data link
• NATO Tactical Data Link 16
• Next-generation IFF system
• Multi-sensor flight management system
• Performance-based navigation capability
• External auxiliary fuel tanks

Weapon Systems

• Guided and unguided 70 mm rockets
• Air-to-air infrared-guided missiles
• Air-to-ground radio frequency or fiber-optic guided missiles
• 20 mm three-barrel cannon with integrated helmet-mounted target designation system

Multi-Mission Capability

The AW249 is designed with a multi-role concept and is effective in the following missions:

• ISTAR (Intelligence, Surveillance, Target Acquisition and Reconnaissance)
• Air Escort
• Close Air Support
• Air Attack and Interdiction
• Network-Enabled Operations

Mission Profile (CONOPS)

The AW249 functions as an information-gathering element of its parent C4 system. It scans the operational area using its own sensors or those of cooperating platforms to detect ground elements, both friendly and hostile. It transmits the collected data securely to the Command and Control Center.

Main Missions

Aerial Escort

Through its powerful sensors and precise weapon systems, it can detect, deter, and neutralize enemy threats.

Close Air Support

It protects convoys and identifies and eliminates enemy elements before combat engagement begins.

Air Interdiction

With superior flight performance and real-time tactical awareness, it engages enemy aircraft and strikes strategic targets and infrastructure to limit enemy mobility.

C4 System

C4 is an acronym used in military terminology, derived from Command, Control, Communications, and Computers. This structure refers to the effective command and control of forces, secure communication, and data sharing through computer-based systems on the battlefield. C4 systems are critical in modern operational environments for enabling real-time information exchange and uninterrupted command-and-control chains across different platforms such as ground, air, naval, and unmanned systems.

Artificial Intelligence and Sensor Fusion

The helicopter provides enhanced low-altitude environmental awareness through systems such as LIDAR, infrared sensors, and microwave radar. Data collected from these sensors is processed using sensor fusion techniques to provide pilots with the most up-to-date situational awareness.

In particular, microwave radars enable the detection of obstacles and UAVs, while AI-supported systems enhance mission continuity through predictive maintenance infrastructure that anticipates potential failures. The system calculates parameters in real time to determine the safest flight routes.

Unmanned Aerial Vehicle Integration and MUM-T

The AW249 has the capability to operate in conjunction with unmanned aerial vehicles (Manned-Unmanned Teaming). This capability significantly enhances reconnaissance and intelligence capacity, elevating mission effectiveness to a higher level.

Security and Survivability Features

The helicopter provides protection through armored pilot seats, ballistic-resistant canopies and rotor systems. It is equipped with self-sealing fuel tanks supported by an intelligent fuel transfer system, crashworthy fuel systems, and energy-absorbing structural elements. It is also fitted with anti-jamming systems, a special low-radar-signature paint coating, and automated electronic warfare systems.

AW249 During Test Flight - (Leonardo)