50
feature
urban design & landscape architecture
better than patch and repair: modern road building for private sites
Roadways highlights how modern highways techniques outperform repeated asphalt repairs
For many private roads, farm tracks, school access roads, estates and commercial yards, maintenance still follows the same pattern: patch the worst defects, get through the next winter, then repair the same areas again. At first glance, this can look like the cheapest option and deals with the visible problem quickly. But over time, continued patch and repair works that do not actually deal with the real problem become more expensive than proper, long-lasting repairs. In many cases, the real problem is not the surface, it is the foundation underneath. That is why potholes return, edges break away, water gets into the lower layers and the surface fails again.
For farms, schools, estates, heritage sites and commercial premises, long-lasting and durable repairs matter. Access roads are no longer lightly used tracks. They need to carry delivery vehicles, refuse wagons, horseboxes, buses, agricultural machinery, HGVs and regular staff or visitor traffic. Modern solutions for resilient roads Private-site construction works are more commonly starting to adopt methods associated with highways and infrastructure works. Instead of simply replacing the top layer, modern road- building focuses on the full structure: ground conditions, drainage, foundation strength, material choice and long-term traffic loading.
Highways construction companies such as Roadways adapts this approach for private clients through its Trackform solution. Trackform is a practical private- works construction method based on proven highways principles, using CBGM: cement-bound materials to create strong, stable and trafficable foundations for private roads, farm tracks, access routes, yards, car parks and hardstandings. The material is produced at Roadways’ computer- controlled mixing plant using recycled aggregate, including processed asphalt planings and selected low-carbon binders, with the mix tailored to suit the site and intended traffic use.
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