IRIA News

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Belgium has finalized a contract with KNDS Deutschland to acquire Leguan bridge-laying systems for its military engineers in an approximately $93.7 million (€80 million) deal, reinforcing the country’s ability to move heavy forces rapidly across damaged or missing infrastructure.

The decision comes as European armed forces increasingly reassess their readiness for high-intensity operations, where destroyed bridges, canals, and terrain obstacles can severely limit maneuver and slow the deployment of armored units.

The agreement was formally signed on January 20, 2026, marking a significant step in Belgium’s ongoing effort to modernize its land forces and adapt to evolving security challenges across Europe.

The acquisition highlights the renewed importance of combat engineering capabilities, which are now widely viewed as essential enablers of operational success rather than niche support assets.

The contract was concluded between KNDS Deutschland and Belgium’s procurement agency OCASC. It covers the delivery of eight LEGUAN bridge-laying systems mounted on a 10×10 wheeled chassis, along with 17 Leguan bridges, each measuring 26 meters in length.

The package also includes dedicated logistics support and specialized tools intended to ensure long-term sustainment, maintenance, and operational availability throughout the system’s service life.

The total value of the program is approximately $87 million, converted from the originally announced figure of around 80 million euros. KNDS was selected following a competitive procurement process involving several international contenders.

While the number of systems and bridges has been confirmed, Belgian authorities have not disclosed which specific truck platform will be used for the 10×10 configuration, and no official images of the Belgian vehicles have been released so far.

Enhancing Battlefield Mobility

The Leguan system is designed to address one of the most persistent challenges in land warfare by maintaining freedom of movement under combat conditions.

Modern conflicts have repeatedly demonstrated that bridges and transport infrastructure are among the first targets during military operations. Their destruction can delay reinforcements, disrupt logistics, and create critical bottlenecks for armored and mechanized units.

The Leguan bridge-laying system allows engineer units to rapidly restore mobility by deploying bridges over rivers, canals, anti-tank ditches, and destroyed crossings.

According to KNDS, the system can automatically lay and retrieve either a single 26-meter bridge or two 14-meter bridges. All operations can be conducted day or night, with the crew remaining inside a protected cabin throughout the process.

The bridges are rated for Military Load Classes MLC 80 and MLC 100, meaning they can support the passage of heavy tracked and wheeled vehicles, including main battle tanks and armored recovery vehicles. Automation significantly reduces the time required to establish a crossing while minimizing crew exposure to enemy fire, observation, and indirect threats.

Leguan is not an experimental capability, but a mature and extensively tested system with a broad international user base. Bridge-laying variants mounted on both tracked and wheeled platforms are already in service or under procurement by 22 armies worldwide. This widespread adoption has established Leguan as a reference system among NATO members and partner countries.

For Belgium, this commonality is particularly important. Using a system already integrated by numerous allied forces simplifies training, logistics, and multinational cooperation. In joint or coalition operations, interoperability between engineering units can be decisive, especially when rapid reinforcement and coordinated maneuver are required across national borders.

Operational and Strategic Implications

From a tactical perspective, the new bridge-laying systems will significantly enhance Belgium’s ability to support maneuver forces in contested environments. Rapid gap-crossing under armor allows units to maintain momentum, avoid predictable routes, and reduce vulnerability during critical phases of an operation.

In scenarios where fixed infrastructure has been destroyed or is under threat, organic bridging assets can make the difference between operational success and delay. At the strategic level, the acquisition contributes to broader NATO objectives related to military mobility across Europe.

In recent years, allied planners have emphasized the importance of being able to move forces quickly from Western European logistics hubs toward the alliance’s eastern flank. Rivers, canals, and aging civilian infrastructure remain major constraints along these reinforcement routes.

Combat bridging systems like Leguan directly address these challenges by providing flexible, deployable solutions that do not rely on intact civilian bridges. As a result, such systems are increasingly seen as critical components of deterrence, signaling that allied forces can operate effectively even in degraded infrastructure conditions.

Belgium’s decision to mount the Leguan systems on a wheeled 10×10 chassis reflects broader trends in modern military engineering. Wheeled platforms generally offer greater strategic mobility, allowing rapid movement over long distances by road without the logistical burden associated with tracked vehicles.

This can be particularly advantageous for a country like Belgium, which prioritizes rapid deployment and integration within multinational frameworks.

Wheeled bridge layers can also support a wide range of missions, from national defense and NATO operations to crisis response and reinforcement tasks. Combined with the system’s automation and protection features, this approach enhances both flexibility and survivability in high-threat environments.

Strengthening Readiness and Collective Defense

By investing in Leguan bridge-laying systems, Belgium reinforces a critical pillar of modern land operations: the ability to move heavy forces when and where they are needed, regardless of infrastructure damage or terrain obstacles. The program strengthens national engineering capabilities while directly supporting allied interoperability and readiness.

As European security dynamics continue to evolve, capabilities that ensure mobility, protection, and speed are gaining renewed attention.

Belgium’s acquisition underscores the strategic value of combat engineering assets in contemporary and future conflict scenarios, where freedom of movement remains central to deterrence, crisis response, and collective defense.