Thales Unveils Polaris Vehicle Equipped with FZ605 Five-Tube Launcher for Mobile Precision Fire Support.

Thales used BEDEX 2026 in Brussels to showcase a Polaris-based light tactical vehicle fitted with the FZ605 five-tube launcher, highlighting a compact mobile fire-support concept for light ground forces. The reveal matters because European and NATO militaries are looking for lighter, faster-deploying strike systems that can deliver precision effects without relying on heavier armored platforms.

During the BEDEX 2026 defense exhibition held in Brussels, Belgium, Thales presented a Polaris-based light tactical vehicle equipped with the FZ605 five-tube launcher, illustrating a new approach to mobile precision fire support for light ground forces. Army Recognition, officially designated as the only Official Online Show Daily News and Web Partner for BEDEX 2026, is providing exclusive digital coverage of the exhibition from preparation to the event itself, a context that gives particular visibility to emerging solutions such as this compact rocket-equipped strike platform. The unveiling comes as armed forces across Europe and NATO increasingly search for agile and rapidly deployable fire-support solutions capable of operating in highly contested environments. According to information presented at the exhibition, the system aims to provide light units with precision strike capabilities normally associated with heavier systems.

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At BEDEX 2026 in Brussels, Thales unveiled a Polaris light tactical vehicle equipped with the FZ605 five-tube 70 mm rocket launcher, presenting a compact mobile fire-support solution designed to give light ground forces rapid precision strike capability (Picture Source: Army Recognition)

The configuration displayed at BEDEX combines a Polaris tactical vehicle with the Thales FZ605 five-tubes launcher, forming a highly mobile ground platform designed to deliver guided rocket fire in support of maneuver forces. The concept reflects the growing demand for lightweight precision strike systems capable of accompanying fast-moving units and operating in complex terrain where heavier platforms may face mobility constraints. By integrating rocket-based precision firepower onto a compact vehicle, the system enables units to rapidly deploy, engage targets, and reposition without relying on large artillery formations or external air support.

The FZ605 launcher itself is part of Thales’ broader family of 70 mm rocket systems developed by Thales Belgium, which has long specialized in this category of precision and unguided rockets. Designed as a lightweight and modular five-tube launcher, the FZ605 can be integrated on various land platforms, enabling ground units to employ guided rockets traditionally associated with helicopter armament. The launcher is compatible with the company’s range of 70 mm rockets and is specifically optimized for the employment of the FZ275 laser-guided rocket, offering a balance between precision, cost-efficiency, and operational flexibility. Its relatively compact architecture allows it to be installed on light vehicles without significantly affecting mobility, making it particularly suitable for reconnaissance units, rapid reaction forces, and special operations elements seeking organic precision strike capabilities.

A central component of the vehicle is the integration of the FZ605 launcher with the FZ275 70 mm laser-guided rocket. This combination provides stand-off engagement capability with a reported accuracy of approximately one meter circular error probable, enabling precise targeting of light armored vehicles, command-and-control nodes, air defense systems, and other battlefield assets. The high velocity of the rocket, reaching speeds of around Mach 2.2, allows rapid engagement of designated targets while minimizing the reaction time available to opposing forces, increasing the probability of successful target neutralization during short engagement windows.

The platform’s design also reflects specific operational requirements linked to expeditionary and special operations missions. The vehicle incorporates aircraft tie-down points and a folding roll cage, allowing it to be transported rapidly by air and deployed immediately alongside airborne or special operations units. This transportability supports strategic mobility and rapid insertion into operational theaters, a feature that is increasingly important for NATO forces preparing for rapid-response scenarios or distributed operations.

Beyond its transportability, the Polaris vehicle offers improved range and mobility that allow ground units to project precision firepower deeper into contested areas. This capability reduces dependence on external air support or heavier indirect fire systems, enabling forward elements to conduct independent engagements against high-value targets. The compact size, high speed, and terrain-adapted configuration of the platform make it particularly suited to shoot-and-scoot tactics, allowing crews to rapidly launch rockets and reposition before enemy counterfire or detection systems can respond, thereby reducing exposure time and enhancing force survivability.

The vehicle’s construction has also been adapted to withstand demanding operational environments. A full underbody skid plate protects critical components when operating across rough terrain or obstacles, while a reinforced front bumper enhances resilience during off-road movement and high-intensity missions. These structural elements contribute to durability and mission continuity in rugged or degraded environments, ensuring that the vehicle can remain operational even under demanding battlefield conditions.

The presentation of the Polaris vehicle equipped with the FZ605 launcher at BEDEX 2026 reflects broader changes in modern land warfare, where mobility, precision, and rapid deployment are becoming central operational requirements. By combining a lightweight vehicle with guided rocket technology capable of fast Mach 2.2 engagements, Thales is positioning the system as a tool capable of extending the strike capabilities of light units while maintaining the flexibility required for modern high-tempo operations. Within the context of a defense exhibition held in the Belgian capital and closely followed by NATO stakeholders, the system illustrates how compact, rapidly deployable fire-support platforms may play an increasingly important role in future European and allied military operations.

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.