Hanwha explores Lithuanian air defence production partnerships

Hanwha explores Lithuanian air defence production partnerships

Hanwha has signed four new Lithuanian defence manufacturing cooperation agreements. The proposed partnerships cover vehicle integration, turret fabrication, cabling, and command-system interoperability for its 40mm mobile air defence system.


IN Brief:

  • Hanwha Aerospace has signed four memoranda with Lithuanian engineering and technology companies.
  • KMT, Cosmos Construction, T&G Lithuania, and Nortal will examine separate industrial roles associated with the 40mm WAAG system.
  • Technology transfer, joint development, and lifecycle support remain potential areas of cooperation rather than contracted production commitments.

Hanwha Aerospace has signed four memoranda of understanding with Lithuanian companies to explore manufacturing and integration work associated with its 40mm Wheeled Anti-Aircraft Gun (WAAG), extending the South Korean defence manufacturer’s industrial cooperation activities in the Baltic region.

The agreements cover potential work with KMT, Cosmos Construction, T&G Lithuania, and Nortal. Each company brings different engineering or technology capabilities to the proposed arrangement, from vehicle integration and structural fabrication to electrical connections and command-system interoperability.

Hanwha presented the cooperation opportunities during an industry event in Vilnius on 23 October, with the agreements disclosed publicly on 26 October. More than 80 representatives from approximately 30 Lithuanian businesses attended the event, which was organised with the Lithuanian Defence and Security Industries Association.

KMT will examine the integration of WAAG equipment with wheeled vehicle platforms. The company has experience in truck bodies and equipment installation, providing a potential industrial basis for adapting the system to the mechanical and electrical arrangements of a selected carrier vehicle.

Vehicle integration requires the installed equipment to fit within the available structural and operating constraints. The selected platform must accommodate the equipment’s mass, dimensions, electrical supply, and interfaces with other systems, with the completed arrangement subject to further engineering evaluation.

Cosmos Construction will explore production of the WAAG turret shell. Its proposed work concerns structural fabrication, where the materials, geometry, and quality requirements of components must be compatible with the design established by the original equipment manufacturer.

The turret structure provides mounting and enclosure arrangements for associated equipment. Dimensional consistency is important because the manufactured components must accommodate the installation of other subsystems without changes that compromise the agreed configuration.

T&G Lithuania has been identified as a potential cable manufacturing partner. Electrical harnesses connect equipment within a vehicle and its mounted systems, distributing power and carrying information between electronic components and control equipment.

Harness production involves defined component specifications, suitable connectors, controlled assembly processes, and inspection. Its manufacturing arrangements must reflect the installed configuration because different sensors, control units, or communications equipment can require different electrical interfaces.

Nortal will examine integration of the system’s command-and-control functions with NATO networks. The proposed work centres on software and communications interoperability, allowing information to be exchanged with external systems under the requirements established for participating military organisations.

Network integration requires agreement on the information exchanged, the interfaces used, and the associated security arrangements. Technical compatibility between individual components must be supported by system-level testing before connected equipment can be accepted for military use.

Hanwha’s WAAG combines a 40mm gun system with automated fire control and target-tracking technology on a wheeled platform. It is intended to address low-altitude aerial threats, including drones and other unmanned aircraft, as part of a wider defensive arrangement.

The system brings together mechanical equipment, sensors, electronics, and operator controls. Its integration with a carrier vehicle requires the individual subsystems to function within the vehicle’s available space and electrical architecture, while communications arrangements connect the equipment with the relevant command structure.

Different parts of this work can be undertaken by specialist suppliers, provided their production and engineering responsibilities are clearly defined. The proposed Lithuanian partnerships would distribute selected activities among businesses already operating in mechanical engineering, metal fabrication, electrical manufacturing, and software.

Hanwha would retain responsibility for coordinating the complete system and its integration requirements. Any future local manufacturing arrangement would need agreed specifications, technical documentation, inspection procedures, and processes for managing changes to the equipment configuration.

The memoranda provide a framework for examining those responsibilities. They establish neither a confirmed Lithuanian procurement of WAAG nor funded manufacturing orders for the four participating companies.

Further work would determine which components could be produced locally, the technical support required from Hanwha, and the arrangements governing integration and acceptance of completed equipment. Those decisions would influence the extent of Lithuanian industrial participation in any subsequent programme.

Technology transfer and joint development are among the areas Hanwha intends to explore. These activities can involve sharing engineering information, developing local manufacturing competence, and establishing responsibilities for future changes to the equipment, subject to the agreements reached between participating organisations.

Lifecycle support is another possible area of cooperation. Military vehicle and air defence equipment requires maintenance, replacement components, and technical assistance after delivery, creating industrial work beyond the initial manufacture and assembly of complete systems.

Hanwha’s senior vice-president Robert Sangwon Park, who leads its Air Defence and Missile Launcher Systems Business, identified long-term industrial cooperation and support capabilities as objectives of the Lithuanian relationships. The company has also joined the Lithuanian Defence and Security Industries Association.

Membership provides a further connection to local manufacturers and engineering organisations. The association represents businesses across Lithuania’s defence and security industrial base, supporting engagement between domestic companies and international equipment suppliers.

Hanwha has been developing industrial relationships in several European markets as it expands its defence manufacturing activities. The Lithuanian agreements add possible suppliers and integration partners to that wider network, with the specific industrial work dependent on subsequent technical and commercial decisions.

The four memoranda identify a potential division of responsibilities across vehicle engineering, structural fabrication, cable manufacture, and communications integration. Hanwha and its Lithuanian partners will need to establish funded projects, equipment configurations, and production arrangements before the proposed cooperation progresses into manufacturing.


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