Composite Trackout Control Mats (FODS Mat)

FODS MaT Specifications

Specification	Detail
Product Type	Composite Trackout Control Mat – FODS Mat
Model	1100TCM
Dimensions	3.65m (W) × 2.13m (L) × 95mm (H)
Pyramid Height	73mm
Weight	190.5kg per mat
Load Capacity	Withstands 1,000,000+ passes of 36T+ vehicles
Material	100% recyclable HDPE, UV-stable & chemical resistant
Lifespan	10+ years
Installation	Pin & clip connection, simple and fast

Composite Trackout Control Mats (FODS Mat)

Description

Efficient Wheel Cleaning for Construction Site Exits

The FODS Composite Trackout Control Mat is an interlocking matting system designed to clean vehicle tyres as they exit a construction site. Unlike traditional rock-based rumble grids, the FODS Mat features a patented pyramid surface structure that flexes tyresunder pressure to dislodge dirt, mud, and sediment from tyre treads, without damaging tyres or disturbing the site surface.

Manufactured from 100% recyclable High-Density Polyethylene (HDPE), the mat offers a reusable and environmentally conscious alternative to single-use trackout methods. Its modular design allows mats to be quickly installed without the need for heavy equipment, and securely connected using supplied hardware for a range of site-specific configurations.

Features

Mat Size: 3.65 m (w) x 2.13 m (l) x 9.5 cm (h)
Pyramid Height: 7.3 cm (h)
Mat Weight: 190.5 kg
Deploy in under 30 minutes, saving labour and downtime.
Reduces construction site trackout by up to 60%
Unique pyramid design causes slight tyre deflection to dislodge mud and sediment.
Reusable and long-lasting, reducing the expense of replacement aggregate.
Debris can be easily swept, washed, or scraped away.
Multiple mats can be joined to cover any site access point.
Manufactured from heavy-duty, UV-resistant HDPE for long service life.
Reusable system eliminates quarry rock waste.

Suited For

FODS Mats are used across a wide range of civil construction, mining, utility, and infrastructure projects to prevent sediment and debris from being tracked off-site. Ideal for replacing or supplementing traditional rumble grids, they help sites stay compliant with EPA guidelines while reducing maintenance, material, and labour costs. Common applications include roadworks, subdivisions, infrastructure upgrades, pipeline installations, and other high-traffic access points.