Israeli defence companies Rafael and SpearUAV have unveiled Iron Wasp, a new vehicle-launched counter-unmanned aerial system (C-UAS) interceptor designed to provide ground forces with an organic capability to defeat aerial threats while on the move. Introduced during Eurosatory 2026, the system expands Rafael’s layered force protection portfolio by adding a dedicated platform-level interceptor for drones, loitering munitions, and other low-signature aerial targets.
Developed as a derivative of SpearUAV’s Viper I interceptor, Iron Wasp is designed for integration directly onto armoured and tactical vehicles without requiring major platform modifications. The interceptor is housed in a compact Multi-Canister Launcher that can be mounted on combat vehicles, allowing crews to launch it on demand while maintaining mobility during operations.
Designed for mobile counter-UAS operations
Unlike fixed or externally deployed counter-drone systems, Iron Wasp is intended to accompany manoeuvring forces and provide immediate protection against rapidly emerging aerial threats. The engagement process begins with radar-based target detection and tracking, followed by mid-course guidance through datalink updates. During the terminal phase, an onboard electro-optical sensor combined with machine-vision algorithms identifies and tracks the target before interception.
The system incorporates AI-enabled processing to support rapid engagement while maintaining a man-on-the-loop approach, allowing operators to supervise engagements and intervene if required. Its open architecture also enables integration with a range of sensors, command-and-control systems, and mission payloads depending on operational requirements.
Rafael states that the interceptor is compatible with a wide variety of platforms, including armoured fighting vehicles, armoured personnel carriers, and tactical vehicles, offering flexibility for different force structures.
Part of a layered protection architecture
Iron Wasp joins Rafael’s force protection ecosystem, complementing systems such as the Trophy Active Protection System, Drone Dome counter-UAS solution, SAMSON remote weapon stations, and Lite Beam directed-energy system. Together, these capabilities provide layered protection through detection, tracking, and both soft-kill and hard-kill engagement options.
While technical specifications have not been fully disclosed, information presented during Eurosatory indicates that Iron Wasp offers a significantly greater engagement envelope than the original Viper I interceptor. The system has been developed to protect formations rather than individual vehicles, with reports suggesting an engagement range approaching 10 kilometres and a larger payload compared to its predecessor.
Rafael has announced that Iron Wasp is available for customers and plans to conduct a live demonstration for international delegations later this year.