Key features
Primarily used to provide a 3 metre wide load-bearing temporary access road for all ground conditions.
Load distribution properties allow the heaviest vehicles to safely and efficiently travel over the softest of ground.
Variable width and configuration depending on site conditions, allowing for increased load bearing pressure and weight restrictions.
Structurally designed individual box sections slide seamlessly together along its 3 metre width to form a ground-hugging articulated joint across contours and uneven surfaces.
Dual-sided panel with a low profile, pedestrian friendly “topside” and a deeper, corrugated “underside” to provide a higher level of grip and all-round traction when necessary.
DTH Panels have been designed to allow for overlapping edges and all cross plates and bolt heads to be hidden beneath the surface – creating a continuously flush and trip-free access.
With unrivaled grip, even in wet weather, our aluminium DTH PANELS are capable of supporting the heaviest of road-going vehicles, with dual-sided performance for maximum vehicle and pedestrian traction.
Designed to support loads of up to 15 tonnes per axle in a single-width configuration, our panels can also be laid in a variety of configurations to increase load-bearing capacity if required.
Constructed in-house at our Glasgow head office, these 2.4m long x 3m wide Trackway panels are 100% recyclable and have all been manufactured to allow for all cross plates and bolt heads to be hidden beneath the surface – creating a flush, continuous and trip-free surface.
DTH Panels are ideal for soft undulation, inclines and wet ground to support heavy construction vehicles and plant, vehicle and pedestrian access and the creation of cross-country roads, work-pads, standing areas, temporary roads and temporary car parks.
Installed using our state-of-the-art truck-mounted hydraulic clamp system, we can have a 1 kilometre Trackway access laid and ready for use in as little as 3 days!
Our aluminium trackway panels are highly diverse and can be installed in various configurations across numerous different sectors, using the latest state-of-the-art installation tools.
Technical information
Mat dimensions & properties
Mechanical properties & strength calculations
