
Military Ground Protection and Roadway Solutions
Rapid, robust ground protection built for military operations and emergency response.

Uninterrupted Access in Challenging Environments
From training grounds to emergency deployments, our mats provide secure, stable routes for vehicles and equipment across soft, uneven, or sensitive ground.

Rapid Deployment and Flexible Staging
Quick to transport and simple to install, our mats support efficient staging, base setup, and equipment movement. Designed for mobility and reliability when speed matters most.

Protect Equipment, People, and Sensitive Locations
From airfields to training ranges, our mats shield valuable assets and reduce ground damage. They’re engineered to keep people safe and equipment operational.

Proven in Training and Real-World Response
Used in exercises and active missions alike, our mats deliver reliable support where and when it’s needed, ensuring safe access for vehicles, gear, and personnel.
Applications for Military Operations
GroundGuards systems provide reliable access and ground protection for military bases, training areas and rapid deployment needs. Our solutions are trusted to support heavy vehicles, safeguard sensitive land, and keep operations running smoothly in demanding environments.

Temporary Haul Roads
Create dependable vehicle access routes across soft ground.

Site Compounds & Bases
Establish secure areas for staging, equipment, and command units.

Hard Surface Protection
Shield paved or concrete areas from tracked equipment and heavy loads.

Temporary Parking Lots
Organized, reliable parking for vehicles and support staff.

Drone Landing Pads & Staging Areas
Stable, level ground for UAV take-off and landing.
Real Results in Military Operations
GroundGuards mats are field-tested in both training and active missions, providing durable access and protection where it matters most.
MaxiTrack Put to the Test by Military
The British Military’s Royal Engineers tested GroundGuards’ MaxiTrack for use in logistics and access routes. See how the mats performed under pressure.