Poland Showcases Baobab-K Mine-Laying System on Tatra 6x6 Deploying 600 Anti-Tank Mines.

Poland’s defense group PGZ and Belma unveiled a modular mine-laying system mounted on a Tatra Force 6x6 truck at BEDEX in Brussels, designed to rapidly deploy up to 600 anti-tank mines to block armored advances. The vehicle represents the export variant of Poland’s Baobab-K battlefield obstacle system and reflects renewed NATO interest in fast counter-mobility tools for large-scale territorial defense.

PGZ and Belma’s Modular Mine Laying System mounted on a Tatra Force 6x6 gives land forces a fast counter-mobility tool that can close approach routes for armored formations without waiting for laborious manual mine emplacement. Seen by Army Recognition at BEDEX in Brussels, the vehicle represents the export face of Poland’s Baobab-K family, adapted with Czechoslovak Group and Tatra for third-country markets after its first public showing at World Defense Show 2026 in Riyadh. The significance is clear: this is not just a truck with launchers, but a mobile battlefield-shaping system aimed at restoring rapid anti-armor obstacle capacity to armies re-learning large-scale territorial defense.
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PGZ and Belma’s Modular Mine Laying System mounted on a Tatra Force 6x6 gives armies a fast, automated counter-mobility capability, able to rapidly deploy up to 600 anti-tank mines to block armored advances. Displayed at BEDEX in Brussels, the system reflects Poland’s Baobab-K program and its push into export markets (Picture source: Army Recognition Group).

Baobab-K grew out of a Polish R&D contract signed on 28 December 2018 with the then Armaments Inspectorate, with Huta Stalowa Wola leading a PGZ consortium that included Belma, Jelcz, and the Military Institute of Engineering Technology. Belma built the mine-dispensing architecture and MN-123 mine component, while the wider program moved from prototype to qualification success in November 2022. In June 2023, HSW signed a roughly PLN 510 million contract for 24 Baobab-K vehicles for the Polish Armed Forces, with deliveries scheduled from 2026 to 2028, while Belma separately secured a PLN 566 million order for more than 10,000 ISM mine cassettes, MR-123 mines, and training rounds.

At BEDEX, Army Recognition observed the system on a Tatra Force CAB T 815-7M3R31 6x6 chassis with two prominent rear launcher banks. The show placard described MMLS as a fully automated architecture built around an integrated computer-based control unit and modular launchers usable on wheeled or tracked carriers. HSW’s published Baobab-K baseline lists a two-person crew, 600 mines carried, reload time under 30 minutes, laying speeds of 5 to 20 km/h, minefield depth from 60 to 180 meters, and a maximum field length of 1,800 meters; the BEDEX display for the Tatra configuration cited up to 2,000 meters depending on mission profile. Tatra’s FORCE family adds the mobility layer, using the company’s central backbone tube and independent swinging half-axles to protect superstructures and preserve traction over rough ground.

Those characteristics matter because modern counter-mobility is about speed, geometry, and survivability. An army using MMLS could rapidly seal road networks, likely armored avenues of approach, river crossings, or gaps between defensive strongpoints while keeping engineer crews inside the vehicle for most of the laying cycle. The system’s selectable mine density and self-destruction settings, highlighted by PGZ and CSG for the export version, also make it better suited to controlled obstacle plans than older scatter systems that emphasized volume over precision. In practical terms, MMLS is best understood as a brigade- and division-level obstacle enabler: it can canalize armor into artillery engagement areas, protect exposed flanks, and buy time for reserves to reposition.

As of March 2026, Poland is the only publicly confirmed customer of this mine-laying family. The wheeled Baobab-K is in the Polish procurement pipeline, and PGZ’s export release also confirmed a tracked derivative, Baobab-G, under contract for follow-on delivery. No foreign operator has been publicly named yet for the Tatra-based MMLS displayed in Brussels, although CSG and PGZ have explicitly identified Saudi Arabia and at least one European NATO market as early export targets, especially among forces already using Tatra chassis. That makes the BEDEX exhibit less a mature export fleet item than a deliberate bid to turn a national program into a broader NATO-adjacent product line.

Against competitors, the Polish-Czech system sits in an interesting middle ground. The U.S. Army’s M139 Volcano remains the benchmark Western scatterable anti-vehicle system in service, dispensing up to 960 mines over roughly 120 by 1,100 meters and already integrated on multiple vehicle platforms. MMLS carries fewer mines in its 600-round baseline, but its newest selling point is launcher modularity across wheeled, tracked, and even unmanned platforms. At the other end of the spectrum, Russia’s ISDM Zemledeliye is a longer-range remote mining system that fires mine-loaded rockets from an 8x8 vehicle and can seed areas from kilometers away, but it is a louder, more conspicuous fires asset rather than a close-support engineer tool. Europe’s other current reference point is Dynamit Nobel Defence’s Skorpion², ordered by Latvia in 2025, which underlines that eastern-flank armies are once again investing seriously in rapid ground-denial systems.

The deeper significance of the Tatra-Belma combination is industrial as much as tactical. By separating the mine-laying module from a single national chassis, PGZ and CSG are trying to make counter-mobility exportable, scalable, and easier to localize. For countries facing long borders, limited engineer manpower, and a renewed armored threat, that is attractive. The system is worth watching because it reflects a wider shift underway across Europe: mine warfare is moving back from a specialist engineering niche to front-line operational design, and MMLS is one of the clearest new products built for that reality.