Eurosatory 2026 has become the stage for a landmark European collaboration as Rheinmetall Landsysteme, DOK-ING, and Pearson Engineering unveiled the world’s first uncrewed mine-breaching system based on a next-generation unmanned ground vehicle (UGV).
Developed with the objectives of reducing risk to personnel, lowering manpower requirements, increasing the number of cleared lanes, and supporting logistical efficiency during minefield breaching operations, the innovative system progressed from initial discussions to a fully tested demonstrator in less than six months. Having successfully proven its viability, the solution is now ready for evaluation by military end-users, with the partners actively pursuing procurement opportunities worldwide.
The system is built on the KOMODO MV-8, DOK-ING’s latest heavy-duty modular UGV platform, integrated with Pearson Engineering’s RCV-Pioneer Minefield Breaching Modular Mission Payload (MMP). The payload incorporates Pearson’s proven Full Width Mine Plough (FWMP) and Lane Marking System (LMS) technologies.
Two versions of the uncrewed mine-breaching system are currently undergoing testing—a light and a heavy variant. The RCV-Pioneer Minefield Breaching MMP (Light) is being showcased at Eurosatory 2026.
In addition to the mine plough, the platform can be equipped with Rheinmetall Landsysteme’s Plofadder Mine Clearing Line Charge, further enhancing its mine-clearing capabilities. Future developments will include the integration of Rheinmetall’s PATH A-Kit autonomy solution, enabling semi-autonomous and fully autonomous mission execution across diverse terrains and weather conditions.
The rapid development of the system was made possible through close cooperation between three leading combat engineering and land systems specialists. The partnership combines Pearson Engineering’s expertise in minefield breaching, DOK-ING’s experience in unmanned platform development, and Rheinmetall Landsysteme’s advanced systems integration capabilities and testing infrastructure.
Together, the companies have delivered a solution that is lighter, more deployable, and more survivable than conventional manned Armoured Engineering Vehicles (AEVs).
“This is a landmark achievement as we have collectively proven a new standard for autonomous combat engineering,” said Ian Bell, CEO of Pearson Engineering. “Our close-knit, high-performing collaboration will deliver vital benefits to end-users by reducing risk to life, lowering manpower requirements, and streamlining logistics in complex minefield breaching operations.”
Gordan Pešić, CEO of DOK-ING, highlighted the speed and effectiveness of the partnership. “What this trilateral partnership has achieved in less than six months is a testament to the unique strengths that each partner brings to the table. By combining complementary expertise and a shared commitment, we have moved from concept to capability at an exceptional pace.”
He added that the project demonstrates the versatility of the KOMODO platform and reinforces DOK-ING’s long-standing philosophy: ‘Don’t send a man to do a machine’s job.’
The new uncrewed mine-breaching system represents a significant advancement in combat engineering, delivering enhanced mobility, modularity, survivability, and digital integration for future military operations.
Visitors to Eurosatory 2026 can view the system at the Rheinmetall AG Pavilion (ExtPegb – F115/F116).
