MultiTrack
MultiTrack
Strong, Recycled Ground Protection Mats
MultiTrack is a practical, hard-wearing ground protection mat that helps you create safe, stable access routes while protecting the surface beneath. Whether you are working across soft ground, grass, or sensitive areas, it keeps your site running smoothly without causing lasting damage.
Manufactured in Europe from 100% recycled plastic, MultiTrack is compression moulded for strength and durability. Each mat weighs just 39 kg, making it easy to install by hand without machinery. With a reversible surface and the option of bolt or wire connectors, it offers a flexible solution for many different site needs.
At A Glance: Why Choose MultiTrack?
At A Glance: Why Choose MultiTrack?
Further Details
Technical Specifications
Technical Specifications
Material:
100% Recycled HDPE
Weight Loading:
Overall Size:
2.44m x 1.22m x 13mm
Surface Size:
2.44m x 1.22m x 13mm
Surface Area:
2.98 m2
Weight:
39kg
Slip Testing:
Tested to BS7976 part 2
Connectors:
Handling:
Portable and quick to deploy by hand
Manufacture:
Compression-Moulded, Made in Europe
Environmental:
Made from 100% recycled plastic and fully recyclable
Tread:
Built for These Sectors
Built for These Sectors
Ideal To Create
Ideal To Create
Downloads
Downloads
MultiTrack Case Studies
MultiTrack Access for Borehole Testing
GroundGuards supplied MultiTrack mats for borehole testing in Kendal, providing fast, stable access across grassy fields near the River Kent.
Read moreMultiTrack Taxiway for RAF Airbus
A 3,600m² MultiTrack taxiway enabled safe movement of an RAF A400M at Rock Barracks, bridging decayed concrete over an 8-week military trial.
Read moreOverflow Event Car Park in Leeds
Discover how MultiTrack mats enabled safe overflow parking for a busy Leeds event, preventing field damage during wet weather.
Read more1.4km Temporary Road Through Forest Terrain
Discover how MaxiTrack and MultiTrack created a 1.4km temporary road across sensitive forest land in Cheshire, protecting the ground during a 12-week investigation.
Read more