MOOG and Milrem Create Robotic Air Defense Shield Based on Operational Lessons from Ukraine.

MOOG and Milrem Robotics presented a new joint robotic combat solution during Eurosatory 2026 in Paris, France. The system combines Milrem’s HAVOC 8x8 Robotic Combat Vehicle with Moog’s Reconfigurable Integrated-Weapons Platform, known as RIwP. Developed with NATO’s Eastern Flank Deterrence Initiative in mind, this configuration responds to the growing need for layered protection against drones, aerial threats, and contested border environments. Its relevance lies in the way it brings together autonomy, air defense effectors, electronic warfare, and beyond-line-of-sight targeting on an unmanned ground platform.

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MOOG and Milrem Robotics unveiled a new unmanned combat vehicle at Eurosatory 2026 that combines the HAVOC 8x8 robotic vehicle with the RIwP turret, integrating air defense, counter-drone, electronic warfare, and long-range targeting capabilities to address battlefield lessons emerging from the war in Ukraine and strengthen NATO's Eastern Flank défenses (Picture Source: Army Recognition Group)

The HAVOC 8x8 RCV equipped with RIwP made its debut at Eurosatory 2026, where Milrem Robotics and Moog presented it as part of a broader approach to eastern flank deterrence. The system is designed around lessons drawn from the war in Ukraine, where the density of unmanned aerial systems, electronic warfare, and long-range targeting has reshaped the way ground forces operate. By integrating a robotic combat vehicle with a layered weapons platform, the two companies aim to demonstrate how unmanned and autonomous systems could support continuous defense architectures along NATO’s eastern border.

Beyond the industrial presentation, the HAVOC 8x8 RCV fitted with RIwP reflects a broader shift in NATO’s approach to border defense, especially along the eastern flank. Rather than relying only on conventional manned air-defense vehicles, the concept places an unmanned combat platform forward in areas where drones, artillery observation, electronic warfare, and long-range fires create constant risk for soldiers. In this role, the vehicle could operate as a distributed node in a wider defensive network, combining surveillance, electronic denial, and kinetic engagement while reducing the exposure of crews in the most contested zones.

The operational concept focuses on an interoperable robotic approach to the Eastern Flank Deterrence Initiative, combining air and land domain capabilities. According to MOOG, the HAVOC RCV with RIwP is intended to support Counter-Unmanned Aerial Systems missions, Very Short-Range Air Defense, and Short-Range Air Defense. This configuration reflects the increasing requirement for mobile systems able to detect, deny, and engage aerial threats while reducing the exposure of military personnel in highly contested areas and challenging border zones.

Moog’s RIwP turret is configured for a fully layered air defense mission set. In this configuration, it can host a self-defense weapon, a medium-caliber cannon, two different missile canisters, a long-range RF jammer, and a tethered drone for Beyond Line of Sight targeting. This combination enables the platform to address different types of threats with both lethal and non-lethal effectors, ranging from drone denial through electronic warfare to missile engagement against aerial targets. The use of a tethered drone is also relevant for beyond-line-of-sight targeting, as it can extend the vehicle’s observation range in forested, urban, or broken terrain without requiring a manned reconnaissance team to move forward.

The weapons and effectors associated with the RIwP configuration include SHORAD missiles for aerial threats, a 30×113 mm cannon using proximity-fused ammunition for counter-UAS missions and precision fire, a 7.62 mm machine gun for close-range protection, and a long-range RF jammer for non-lethal drone threat denial. This layered configuration is significant from a cost-per-engagement perspective. On a battlefield increasingly shaped by small drones, loitering munitions, and reconnaissance UAVs, commanders need several response options instead of relying only on expensive interceptors. Electronic attack can be used to disrupt selected drone threats, cannon fire can address close or medium-range targets, while missiles can be reserved for more demanding aerial threats.

Eurosatory 2026 marks the first time the RIwP weapon system has been integrated on a Milrem platform, strengthening the HAVOC 8x8 RCV with beyond-line-of-sight targeting and engagement capabilities. Moog also showcased another integration at the exhibition, the Flexible Mission Platform developed in collaboration with Milrem Robotics. From an industrial perspective, this integration illustrates the growing convergence between European unmanned ground systems and modular weapons platforms. Milrem’s experience with robotic vehicles, including the THeMIS unmanned ground vehicle and the HAVOC RCV, combined with Moog’s reconfigurable turret technology, gives the concept a wider significance than a single vehicle presentation.

Richard Allen-Miles, EMEA Capture Lead at Moog, stated that the collaboration with Milrem Robotics highlights European land-domain capabilities and marks the first time RIwP has been displayed in this configuration in Europe. He noted that the system was designed with the eastern front in mind and provides C-UAS, VSHORAD, and SHORAD capabilities. Paul Clayton, Industrial Partnerships Director at Milrem Robotics, said the integration demonstrates how trusted transatlantic and European industrial partnerships can rapidly deliver capabilities responding to the evolving threat environment, while reducing risks to personnel through autonomy and modular mission systems.

The presentation of the HAVOC 8x8 RCV with RIwP at Eurosatory 2026 places robotic combat vehicles at the center of NATO’s evolving deterrence posture on its eastern flank. By combining Milrem’s unmanned ground vehicle expertise with Moog’s modular weapons platform, the concept shows how future border defense could rely more heavily on autonomous systems, layered air defense, electronic warfare, and remote targeting. As drone threats continue to shape modern combat, this configuration underlines a broader shift toward protecting maneuver forces while keeping soldiers farther from the most exposed areas of the battlefield.

Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.