Poland Signs €3.8 Billion Deal for Europe's Largest Counter-Drone System
Poland formalized a contract on January 30, 2026, to deploy the SAN Counter-UAS System — a mobile, multi-layered anti-drone architecture valued at approximately €3.5 billion (USD 3.8 billion).
Key Facts:
- The contract covers 18 anti-aircraft system modules with 52 firing platoons across approximately 700 military vehicles, initial operational capability before end of 2026
- Consortium led by Polska Grupa Zbrojeniowa with Norway's Kongsberg Defence & Aerospace and Advanced Protection Systems as key subcontractor
- System integrates short- and medium-range radars, electro-optical sensors, 35mm/30mm cannons, APKWS laser-guided rockets, interceptor drones, and electronic warfare effectors
The signing ceremony took place at PIT-RADWAR S.A. facilities in Kobyłka, attended by Prime Minister Donald Tusk and Minister of National Defence Władysław Kosiniak-Kamysz. SAN is designed to counter mass UAV threats through autonomous sensor suites, command-and-control assets, and layered kinetic and non-kinetic effectors. Each firing platoon operates independently or as part of the broader network. Support platoons include battery-level command posts, surveillance radars, mobile workshops, logistics vehicles, and fuel tankers — all supplied by Polish industry. The 700-vehicle fleet comprises approximately 400 Jelcz tactical trucks and 300 Igwan platforms derived from South Korean KLTV designs.
This procurement directly responds to Russian drone incursions recorded since September 2025, when multiple UAVs violated Polish airspace and prompted Warsaw to invoke NATO Article 4 consultations. The system becomes a core component of Poland's "Tarcza Wschód" (Eastern Shield) program, complementing integrated air and missile defense with scalable counter-UAS capabilities. Approximately 60% of the contract value flows to Polish companies, strengthening domestic defense industrial capacity. Financing comes largely from the European SAFE instrument.
SAN establishes a benchmark for NATO's eastern flank counter-drone posture. If Poland sustains deployment timelines and operational readiness through 2027, other frontline allies — particularly the Baltic states and Romania — will face political pressure to procure comparable systems or risk capability gaps. The primary countervailing factor is integration complexity: fusing radars, electro-optical sensors, kinetic effectors, and EW systems across 52 autonomous platoons requires software maturity and operator training that typically lag hardware delivery by 12-18 months.
Source: Aviacionline
