Sectors Modular buildings

With a proven track record supporting the modular building sector, Grassform Group delivers fast, reliable solutions for site access, groundworks, and modular installations across schools, hospitals, office developments, and temporary accommodation projects. Our heavy-duty ground protection solutions are purpose-built to handle the demands of crane operations, modular unit deliveries, and heavy plant—providing safe, stable access and working platforms even on soft ground, restricted urban sites, or uneven terrain.

What sets Grassform Group apart is our flexibility and speed—crucial in the modular industry, where precise scheduling and minimal disruption are key. Our experienced team carries out rapid site assessments and mobilises quickly, with installations carefully planned to fit around site constraints and client deadlines. We frequently install our systems in advance, stand by during modular building deliveries and crane operations, and uplift the same day—helping to keep sites clear, minimise disruption (especially on live sites like schools and hospitals), and maintain project momentum.

As modular construction embraces smarter, more sustainable methods, there has been a clear shift from traditional stone haul roads to our reusable ground protection systems. By removing the need for quarried stone and reducing vehicle movements, our solutions deliver substantial cost and time savings while cutting carbon emissions—often by up to 70% compared to conventional approaches. This helps modular contractors meet environmental targets and contribute to broader Net Zero ambitions.

We also understand that many modular projects take place on surfaces not designed to handle heavy loads, such as playgrounds, sports fields, and tarmac areas. Our ground protection systems are specifically engineered to distribute the weight of cranes, lorries, and modular units evenly, preventing damage to delicate surfaces and ensuring safe operations. This low-impact approach allows installations to proceed efficiently while preserving the integrity of the existing site.