Expansion of Radar Production and Testing Facilities

The cooperation between Thales and the Dutch Ministry of Defence focuses on scaling the manufacturing and testing of advanced radar systems. This initiative addresses the structural requirements of national and international defense sectors by expanding critical production infrastructure.

Partners and Operational Challenge
Thales acts as the original equipment manufacturer, providing the engineering and production framework for radar systems. The Dutch Ministry of Defence functions as a shareholder, direct customer, and facilitator for government-to-government procurement contracts. The collaboration addresses the operational challenge of limited supply chain scalability and testing bandwidth in the defense sector. Joint investment and coordinated planning were required to manage the complexity of building specialized manufacturing environments and to ensure the integration of complementary expertise in defense procurement and industrial automation.

Technical Infrastructure and Responsibilities
The infrastructure expansion involves the construction of a near-field test site equipped with an anechoic chamber, designed to measure antenna radiation patterns with high precision by absorbing electromagnetic wave reflections. The project also includes scaling the internal manufacturing of complex printed circuit boards, which are foundational for radar signal processing units. An additional radar test tower will be constructed to conduct system-level calibration and long-range tracking verification. Thales is responsible for the technical deployment and operation of these facilities, while the Ministry of Defence supports the strategic framework and integration into international procurement pipelines.

Deployment and Implementation
The expansion is deployed at the Thales facility in Hengelo, Netherlands. The implementation involves constructing new physical testing environments and integrating them with the existing radar engineering infrastructure. The integration phase requires establishing secure data pipelines for testing analytics and aligning the expanded printed circuit board production lines with established military standards for electronic hardware reliability. The project spans multiple implementation phases to achieve operational readiness between 2025 and 2028.

Applications and Operational Benefits
The expanded infrastructure targets the aerospace and defense industries, specifically focusing on the deployment of naval and ground-based radar systems. Technical use cases include the mass calibration of active electronically scanned array antennas and the validation of radar cross-section measurements. By streamlining the production and testing phases within a single location, the initiative ensures process stability, reduces supply chain dependencies, and increases the maintainability of fielded systems.

Results and Expected Impact
The operational impact of this cooperation is a planned 60 percent increase in antenna production capacity between 2025 and 2028. By expanding the availability of specialized testing facilities, such as the anechoic chamber and test tower, the production cycle for complex radar systems will experience reduced bottlenecks, leading to higher throughput and measurable improvements in manufacturing scalability.

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

www.thalesgroup.com