Why choose TuffTrak®?
TuffTrak® is the preferred choice for projects requiring maximum load capacity, durability and environmental protection. Unlike traditional temporary roadway systems, its solid composite construction provides exceptional strength while reducing the risk of ground damage and improving vehicle traction in challenging conditions.
Combined with our experienced installation team and nationwide coverage, TuffTrak® offers a dependable solution for some of the UK’s most demanding construction, infrastructure and utilities projects.
Key features
Sustainable & non-conductive – Manufactured from 100% recycled HDPE, TuffTrak® is fully recyclable and non-conductive, making it particularly suitable for transmission, utilities and renewable energy projects.
Chevron traction® surface – The unique raised chevron design delivers outstanding traction, helping reduce mud dispersal while improving grip and vehicle stability on uneven or sloping ground.
Rapid installation – Quick-fit connector bolts and plates enable efficient installation while creating strong, seamless temporary access routes across large working areas.
Protects sensitive ground – The low-profile reverse surface helps minimise rutting and ground disturbance, making TuffTrak® ideal for environmentally sensitive areas and prestigious landscapes.
Heavy-Duty load capacity – Supporting loads of up to 150 tonnes (subject to ground conditions), TuffTrak® provides exceptional strength for heavy vehicles, cranes and specialist plant.
Heavy-Duty ground protection for extreme loads. Designed for heavy plant and machinery, TuffTrak® is a dual-sided, solid composite road mat engineered to perform in the toughest environments. Its robust one-piece construction delivers outstanding strength while protecting the ground beneath, making it suitable for temporary roadways, crane pads, site compounds and more.
Manufactured from chemically inert HDPE, TuffTrak® is particularly suited to SSSI, utilities projects, renewable energy developments and remote locations where protecting the surrounding environment is essential.
Built for safety, performance & reliability
TuffTrak® mats are designed to perform where conventional temporary roadway systems are no longer suitable. The dual-sided design provides excellent traction for heavy machinery while the reverse creates a low-profile anti-slip pedestrian surface when required.
Being non-conductive also makes TuffTrak® an excellent choice for electrical transmission projects and sites where aluminium systems may not be appropriate.
Technical information
Mat dimensions & properties
Professional installation from start to finish
Due to the weight and specialist nature of TuffTrak® mats, every project is delivered as a fully managed service by our experienced installation team.
From the initial site survey and ground assessment through to delivery, installation and removal, we manage every stage of your project to ensure the system is installed safely, efficiently and in full compliance with health and safety requirements.
Our service includes:
- Site surveys and ground assessments
- Load and access planning
- RAMS documentation
- Nationwide delivery
- Professional installation
- Ongoing project support
- Safe removal on project completion
How we work at Davis Trackhire
Staying on Track – Episode Six: Request to Reality
Hire TuffTrak® for your project
Our TuffTrak® heavy-duty composite mats are designed for projects where maximum strength, stability and ground protection are essential. Suitable for crane pads, temporary roadways, site compounds and heavy plant access, every project includes nationwide delivery, professional installation and removal by our experienced team.
Complete the enquiry form and we’ll recommend the most suitable TuffTrak® solution for your project.
TuffTrak® FAQs
TuffTrak® mats are heavy-duty composite ground protection mats designed to create safe temporary access over challenging terrain. They are commonly used as temporary roadways, crane pads, site compounds and working platforms for construction, infrastructure, utilities and renewable energy projects where heavy plant and machinery need reliable access.