
Temporary Access Roads for Challenging Entrances and Remote Sites
GroundGuards access road mats give your team dependable site access, even in remote or hard-to-reach areas.

Secure Site Access
Designed for the most challenging ground conditions, our mats deliver strong, stable access for vehicles, trucks, and equipment. With quick installation and proven durability, they keep your projects moving where traditional surfaces fail.

Why Use Temporary Access Roads?
Access road mats provide reliable ground protection and traffic routes across grass, mud, sand, and uneven ground. Benefits include:
- Create all-weather, all-terrain access routes
- Protect lawns, fields, and work surfaces from vehicle damage
- Maintain safe and organized traffic flow
- Handle repeated use by heavy vehicles and equipment
- Reduce costs by minimizing site damage and restoration
- Keep projects on schedule in any condition
Industries We Support
Our temporary access road mats are trusted across:

How Our Access Roads Work
Built from tough, long-lasting composite, our mats interlock to form strong, stable surfaces that support heavy equipment and vehicles. Quick to deploy and easy to transport, they provide access where it’s needed most.
Real Results from Access Road Projects
Explore case studies showing how GroundGuards mats deliver safe, stable access roads that keep vehicles and projects moving in difficult conditions.
MaxiTrack Access for AC Installation
Narrow access and hard surfaces were no match for MaxiTrack, which enabled safe, stable access for new air conditioning units on a tight site.
XtremeMat Access Route on Waterway
XtremeMat provided a durable, compliant access solution for wheeled equipment operations along a sensitive waterway site.
Ground Protection for Housing Site
Discover how XtremeMat provided stable access for early ground investigation work on a new homebuilding development site.
AlturnaMat Access for Borehole Testing
GroundGuards supplied AlturnaMat for borehole testing, providing fast, stable access across grassy fields in an environmentally sensitive area.