In a significant move to modernize its maritime forces, the Netherlands Ministry of Defence has announced the procurement of eight V-BAT unmanned aircraft systems from Shield AI. The deep-tech company, known for its advanced autonomy software, will supply the systems to enhance intelligence, surveillance, and reconnaissance (ISR) operations for the Royal Netherlands Navy and Marine Corps.
The acquisition was unveiled at the ‘Maritime Uncrewed’ event in Den Helder, where military officials emphasized that this decision is a focused step toward integrating battle-proven, autonomous systems. A key driver for selecting the V-BAT is its proven capability to operate effectively in contested environments without relying on Global Navigation Satellite Systems (GNSS) for navigation or mission execution.
The Dutch Navy’s decision was influenced by the platform’s real-world performance. The V-BAT has demonstrated significant success in Ukraine, conducting long-range ISR and targeting missions entirely independent of GNSS. Furthermore, the system solidified its credentials during a month-long trial in NATO’s REPMUS 2024 exercise. Operating from the HNLMS Johan de Witt, the V-BAT successfully validated its shipboard performance for maritime ISR, directly informing the Dutch Ministry’s final procurement decision.
Brandon Tseng, President and Co-founder of Shield AI, stated that the V-BAT is ideally suited for the dynamic and high-stakes missions the Dutch forces are preparing for. He highlighted the system’s current operational status, proven in demanding combat environments, and noted the Netherlands’ reputation for rapidly fielding cutting-edge capabilities.
The V-BAT is a unique, single-engine, ducted-fan UAV that features vertical takeoff and landing (VTOL). Its compact design allows it to launch and recover from confined spaces, making it exceptionally suited for shipborne operations. The system has built a global reputation for reliability, specifically for its ability to operate with impunity in GPS-denied and communications-contested environments, as proven in regions like Ukraine, the Black Sea, and the Indo-Pacific.
