Modular Mine Plough

Global Clearance Solutions’ Modular Mine Plough delivers full-width minefield breaching capability for military engineering vehicles, creating a cleared and safe path.

 

The Mine Plough is purpose-built for rapid minefield breaching in armoured operations. Its V-shaped blade displaces mines and explosive threats to both sides whilst maintaining forward momentum across varied terrain.

Designed for heavy and medium armoured platforms, the Plough delivers reliable, durable performance with straightforward crew operation, keeping manoeuvre forces moving in high-threat environments.

 

Operator-controlled plough depth ensures consistent clearing across uneven terrain. The Plough switches rapidly between stowed and deployed modes, enabling immediate transition to breaching operations without compromising vehicle mobility.

 

Rapid Lane Breaching
Clears a full-width path through minefields to support off ensive manoeuvre.

Operational Mobility
Maintains armoured formation tempo throughout breaching operations.

Crew-Controlled
In-cab hydraulic control enables safe, simple

 
 

SYSTEM CAPABILITIES

  • Compatible with heavy tracked and medium tracked/wheeled platforms via quick-coupling interface

  • Plough depth adjusts to varying soil conditions across a wide range of terrain types

  • Supports multiple width configurations for different vehicle types and operational requirements

  • Robust, replaceable components maintain operability after a blast event

  • Optimised ripper spacing prevents small anti-tank mines from passing through the plough structure

  • Fully compatible with magnetic signature duplication (MSD) systems

  • Works seamlessly with Attachment Command Control Unit and GCS Marking System for minefield breaching, Counter-IED, and earth-moving tasks

 
 

HOST VEHICLE CATEGORIES

KEY CHARACTERISTICS

  • Multiple width configurations (4.5m NATO Standard)

  • Adjustable clearance depth

  • Rapid attachment and removal via QCA

  • Remote in-cab hydraulic control

  • Mine Retention Design

  • MSD compatible