Breaching system components
Breaching operations require more than soil displacement
Breaching system components
Breaching operations require more than soil displacement
Breaching system components
Breaching operations require more than soil displacement
Breaching system components
Breaching operations require more than soil displacement
To execute minefield breaching safely and consistently, the Modular Mine Plough operates as part of a coordinated system that combines clearing, threat activation and lane marking.
The following breaching system components are designed to work alongside the Modular Mine Plough, supporting controlled execution, reduced crew exposure and clearly defined cleared lanes during combat engineering operations.
To execute minefield breaching safely and consistently, the Modular Mine Plough operates as part of a coordinated system that combines clearing, threat activation and lane marking.
The following breaching system components are designed to work alongside the Modular Mine Plough, supporting controlled execution, reduced crew exposure and clearly defined cleared lanes during combat engineering operations.
To execute minefield breaching safely and consistently, the Modular Mine Plough operates as part of a coordinated system that combines clearing, threat activation and lane marking.
The following breaching system components are designed to work alongside the Modular Mine Plough, supporting controlled execution, reduced crew exposure and clearly defined cleared lanes during combat engineering operations.
To execute minefield breaching safely and consistently, the Modular Mine Plough operates as part of a coordinated system that combines clearing, threat activation and lane marking.
The following breaching system components are designed to work alongside the Modular Mine Plough, supporting controlled execution, reduced crew exposure and clearly defined cleared lanes during combat engineering operations.
Pole Lane Marking Systems
Real‑time lane definition for safe follow‑on movement
Pole Lane Marking Systems provide immediate and reliable visual definition of cleared lanes during minefield breaching operations. Deployed in coordination with the Modular Mine Plough, the system marks the safe passage through contaminated terrain, supporting controlled movement of follow‑on vehicles under day and night conditions.
Key features
Pole‑based marking system
A durable pole‑based marker design supports high‑capacity lane marking for sustained breaching operations, including clearly defined entry and exit points.Real‑time lane marking
Continuous marker deployment during vehicle movement enables immediate and adaptable lane definition based on tactical requirements.Protected operator control
Full in‑cab operation via a rear‑mounted marking system allows lane marking in operational and stowed positions without crew exposure.All‑surface marking capability
Effective marking across varied surfaces, including hard ground and concrete, supports reliable lane definition in diverse terrain.Day and night visibility
Fluorescent markers and LED lighting enable lane visibility in daylight and low‑light conditions, with selectable illumination options including 360 full‑area lighting and driver‑side‑only visibility.System flexibility and sustainment
Configurable one‑ or two‑sided lane marking and refill indication support flexible use and sustained operational awareness.
Role in Minefield Breaching operations
Define the cleared lane immediately after breaching
Support safe movement of follow‑on forces through contaminated areas
Contribute to controlled, repeatable breaching procedures
Reduce ambiguity and risk during manoeuvre operations
Pole Lane Marking Systems
Real‑time lane definition for safe follow‑on movement
Pole Lane Marking Systems provide immediate and reliable visual definition of cleared lanes during minefield breaching operations. Deployed in coordination with the Modular Mine Plough, the system marks the safe passage through contaminated terrain, supporting controlled movement of follow‑on vehicles under day and night conditions.
Key features
Pole‑based marking system
A durable pole‑based marker design supports high‑capacity lane marking for sustained breaching operations, including clearly defined entry and exit points.Real‑time lane marking
Continuous marker deployment during vehicle movement enables immediate and adaptable lane definition based on tactical requirements.Protected operator control
Full in‑cab operation via a rear‑mounted marking system allows lane marking in operational and stowed positions without crew exposure.All‑surface marking capability
Effective marking across varied surfaces, including hard ground and concrete, supports reliable lane definition in diverse terrain.Day and night visibility
Fluorescent markers and LED lighting enable lane visibility in daylight and low‑light conditions, with selectable illumination options including 360 full‑area lighting and driver‑side‑only visibility.System flexibility and sustainment
Configurable one‑ or two‑sided lane marking and refill indication support flexible use and sustained operational awareness.
Role in Minefield Breaching operations
Define the cleared lane immediately after breaching
Support safe movement of follow‑on forces through contaminated areas
Contribute to controlled, repeatable breaching procedures
Reduce ambiguity and risk during manoeuvre operations
Pole Lane Marking Systems
Real‑time lane definition for safe follow‑on movement
Pole Lane Marking Systems provide immediate and reliable visual definition of cleared lanes during minefield breaching operations. Deployed in coordination with the Modular Mine Plough, the system marks the safe passage through contaminated terrain, supporting controlled movement of follow‑on vehicles under day and night conditions.
Key features
Pole‑based marking system
A durable pole‑based marker design supports high‑capacity lane marking for sustained breaching operations, including clearly defined entry and exit points.Real‑time lane marking
Continuous marker deployment during vehicle movement enables immediate and adaptable lane definition based on tactical requirements.Protected operator control
Full in‑cab operation via a rear‑mounted marking system allows lane marking in operational and stowed positions without crew exposure.All‑surface marking capability
Effective marking across varied surfaces, including hard ground and concrete, supports reliable lane definition in diverse terrain.Day and night visibility
Fluorescent markers and LED lighting enable lane visibility in daylight and low‑light conditions, with selectable illumination options including 360 full‑area lighting and driver‑side‑only visibility.System flexibility and sustainment
Configurable one‑ or two‑sided lane marking and refill indication support flexible use and sustained operational awareness.
Role in Minefield Breaching operations
Define the cleared lane immediately after breaching
Support safe movement of follow‑on forces through contaminated areas
Contribute to controlled, repeatable breaching procedures
Reduce ambiguity and risk during manoeuvre operations
Attachment Command Control Unit
Centralised control for coordinated breaching operations
The Attachment Command Control Unit enables centralised, remote control of the Modular Mine Plough and associated breaching system components. It supports safe, coordinated operation by managing attachment configuration, operator interface and system connectivity during minefield breaching tasks, without manual intervention or crew exposure.
Key features
Automatic detection and configuration
Automatically recognises when an attachment is connected or disconnected, identifies the attachment type and model, and adapts the system interface accordingly.Operator interface and control
Provides centralised command and control for supported attachments via a graphical user interface, accessible through a ruggedised tablet or vehicle display.Connectivity and system integration
Enables wired and wireless communication between vehicle, attachments and operator, using an open architecture to support data exchange and future system integration.
Role in Minefield Breaching operations
Enables protected, remote control of the Moodular Mine Plough and connected breaching components
Supports coordinated operation of clearing, marking and threat‑activation systems
Reduces operator workload by centralising attachment monitoring and control
Attachment Command Control Unit
Centralised control for coordinated breaching operations
The Attachment Command Control Unit enables centralised, remote control of the Modular Mine Plough and associated breaching system components. It supports safe, coordinated operation by managing attachment configuration, operator interface and system connectivity during minefield breaching tasks, without manual intervention or crew exposure.
Key features
Automatic detection and configuration
Automatically recognises when an attachment is connected or disconnected, identifies the attachment type and model, and adapts the system interface accordingly.Operator interface and control
Provides centralised command and control for supported attachments via a graphical user interface, accessible through a ruggedised tablet or vehicle display.Connectivity and system integration
Enables wired and wireless communication between vehicle, attachments and operator, using an open architecture to support data exchange and future system integration.
Role in Minefield Breaching operations
Enables protected, remote control of the Moodular Mine Plough and connected breaching components
Supports coordinated operation of clearing, marking and threat‑activation systems
Reduces operator workload by centralising attachment monitoring and control
Attachment Command Control Unit
Centralised control for coordinated breaching operations
The Attachment Command Control Unit enables centralised, remote control of the Modular Mine Plough and associated breaching system components. It supports safe, coordinated operation by managing attachment configuration, operator interface and system connectivity during minefield breaching tasks, without manual intervention or crew exposure.
Key features
Automatic detection and configuration
Automatically recognises when an attachment is connected or disconnected, identifies the attachment type and model, and adapts the system interface accordingly.Operator interface and control
Provides centralised command and control for supported attachments via a graphical user interface, accessible through a ruggedised tablet or vehicle display.Connectivity and system integration
Enables wired and wireless communication between vehicle, attachments and operator, using an open architecture to support data exchange and future system integration.
Role in Minefield Breaching operations
Enables protected, remote control of the Moodular Mine Plough and connected breaching components
Supports coordinated operation of clearing, marking and threat‑activation systems
Reduces operator workload by centralising attachment monitoring and control
When combined, the Modular Mine Plough and its breaching system components support a structured minefield breaching process
Modular Mine Plough
Soil displacement and lane creation
Pole Lane Marking Systems
Lane definition for follow‑on forces
Attachment Command Control Unit
Centralised and protected control
Magnetic Signature Duplicator
Provision for threat activation ahead of the vehicle
This system approach supports safer execution, reduced crew exposure and consistent and rapid breaching outcomes in combat engineering operations.
Configure the right system for your task
GCS helps define the right platform, attachments, sensors and support package based on threat type, terrain and mission requirements.
Configure the right system for your task
GCS helps define the right platform, attachments, sensors and support package based on threat type, terrain and mission requirements.
Configure the right system for your task
GCS helps define the right platform, attachments, sensors and support package based on threat type, terrain and mission requirements.
Configure the right system for your task
GCS helps define the right platform, attachments, sensors and support package based on threat type, terrain and mission requirements.