Artillery Rocket Systems Deployment Cooperation

Elbit Systems Ltd. and the Hellenic Ministry of National Defense are cooperating to deploy a modular rocket artillery capability based on the PULS system, targeting land-based fire support applications within the Hellenic Armed Forces.

Context of the Cooperation
The cooperation involves Elbit Systems as the system developer and prime contractor, and the Hellenic Ministry of National Defense as the end user and program authority. The agreement is structured under a government-to-government framework involving the Israeli Ministry of Defense.

The primary objective is to modernize Greece’s artillery capabilities with a system capable of supporting multiple munition types and operational ranges. The requirement reflects increased demand for adaptable long-range fire support within NATO-aligned defense structures.

To support national industrial policy, the program includes collaboration with Greek defense manufacturers. This approach addresses both capability deployment and the development of domestic industrial capacity through technology transfer and localized production.

Technical Solution and Responsibilities
The deployed solution is based on a Precise and Universal Launching System (PULS), designed as a modular rocket artillery platform. The system supports the launch of unguided rockets, precision-guided munitions, and tactical missiles with varying ranges.

The launcher architecture allows integration on both wheeled and tracked vehicle platforms. This compatibility reduces the need for dedicated carrier platforms and simplifies logistics, maintenance, and operator training.

Elbit Systems is responsible for system delivery, integration, and the supply of a comprehensive munition package. This includes training rockets, operational precision-guided rockets, and loitering munitions. The system’s fire control and mission planning components enable selection and deployment of different munition types from a unified interface.

Greek industrial partners are expected to participate in manufacturing, subsystem production, and support activities, supported by transferred know-how and engineering processes.

Deployment and Implementation
The program is scheduled for execution over a four-year period, followed by a ten-year support phase covering maintenance, logistics, and operational sustainment.

Implementation includes system delivery, platform integration, personnel training, and establishment of local support infrastructure. Integration with existing military vehicle fleets is enabled by the system’s adaptable launcher configuration.

The follow-on support phase is structured to ensure long-term operational availability, including spare parts management, system upgrades, and technical assistance.

Applications and Use Cases
The system is intended for use in land-based artillery operations requiring flexible engagement capabilities. Key use cases include:

The multi-munition capability enables operators to select appropriate effects based on mission requirements, improving operational flexibility.

Expected Impact
The modular architecture reduces lifecycle costs by consolidating multiple artillery roles into a single platform. Platform compatibility minimizes additional procurement requirements, while standardized training and maintenance procedures improve operational efficiency.

Local industrial involvement supports sustainment capability within Greece, reducing dependency on external supply chains and enabling faster maintenance and upgrade cycles.

Edited by an industrial journalist Sucithra Mani with AI assistance.

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