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VL-MICA NG Surface-to-Air System Reinforces Air Defense Against Cruise Missiles and Drones at IDEX 2025.
At IDEX 2025 in Abu Dhabi, MBDA is presenting the VL-MICA NG, a new-generation surface-to-air defense system designed to address modern threats in an increasingly complex environment. Developed to protect strategic sites, whether industrial, military, or civilian, the system is designed to operate autonomously or be integrated into a broader air defense network. With enhanced flexibility, it meets the needs of armed forces seeking to strengthen their protection capabilities against evolving threats.
The VL-MICA NG complements the ASTER SAMP/T NG system, forming part of a multi-range, multi-layered defense structure. (Picture source: Army Recognition)
The VL-MICA NG is based on the MICA NG missile, an upgraded version of the existing MICA missile, incorporating advanced technologies to counter a wide range of threats, including cruise missiles, drones, aircraft, helicopters, and precision-guided bombs. Its architecture allows for flexible deployment and 360-degree defense, enabling effective response to saturation attacks and late-emerging threats. It is also designed for interoperability with NATO systems through the J-REAP C tactical data link. Additionally, it can be operated alongside MISTRAL launchers to establish a multi-layered defense network combining SHORAD and VSHORAD capabilities.
The missile features two advanced guidance modes. It can be equipped with an active RF AESA seeker, providing all-weather capability and engagement in both high and low-altitude scenarios. It can also be fitted with a dual-band passive IR seeker, offering high resistance to infrared countermeasures. A key innovation is its bi-pulse motor, which doubles its interception range compared to the previous version. Its guidance system includes mid-course inertial navigation with in-flight data updates via a data link, followed by terminal target acquisition for precise interception.
In terms of technical specifications, the VL-MICA NG missile is 3.1 meters long, weighs 112 kg, and has a diameter of 160 mm. In its container, it weighs 480 kg and measures less than 4 meters in length. Its lethal chain consists of a multi-mode RF/laser proximity fuze, an impact fuze, and a focused fragmentation warhead, ensuring an optimal destructive effect on the target. The aerodynamic design includes long-chord wings for enhanced maneuverability, rear control surfaces, and thrust vector control (TVC) for short-range engagements. Its dual-thrust motor extends interception capabilities to longer distances, improving defensive coverage.
The VL-MICA NG system is designed for easy deployment and adaptability to operational requirements. It includes a tactical operations center mounted on a 20-ton truck, a 3D surveillance and tracking radar, and a vertical launcher with self-reload capability. A radio-linked network connects multiple launchers, allowing flexible deployment based on terrain and mission requirements. This architecture ensures a high probability of target destruction on the first shot, supports multiple simultaneous engagements, and features fully autonomous guidance. Additionally, its design minimizes maintenance needs and personnel requirements while providing extended operational service life.
Already in service with multiple armed forces worldwide, the VL-MICA NG can be integrated into existing VL-MICA infrastructures with only minor adaptations, offering enhanced performance. It is deployed in land-based, airborne, and naval platforms, increasing its versatility and compatibility with modern defense networks. It also complements the ASTER SAMP/T NG system, forming part of a multi-range, multi-layered defense structure. The system has been used in operational missions, including air security deployments by the French Air Force as part of the Dedicated Air Security System (DPSA) for the Paris Olympic and Paralympic Games.
MBDA, the system’s manufacturer, continues to expand the VL-MICA NG’s presence on the global market, responding to growing demand for scalable and interoperable air defense solutions. As aerial threats, particularly from drones and cruise missiles, become more prevalent, the system's advanced capabilities attract interest from nations seeking to modernize their defense infrastructure.