RoadResurfacing CivilEngineeringInnovation SustainableInfrastructure

Dalwhinnie’s A889 Becomes First UK Trunk Road to Use Cutting-Edge Resurfacing Tech

*The A889 road through the village of Dalwhinnie. Source: Bear Scotland*

The A889 road through the village of Dalwhinnie is set to become a landmark in UK road resurfacing, as it will be the first trunk road in the country to utilize the innovative Smooth Ride technology. Typically reserved for airfield surfaces, this cutting-edge method involves using lasers to scan the existing road surface before any work begins. This allows the engineering team, operating on behalf of Transport Scotland, to optimize the resurfacing process, resulting in a smoother and more even road surface. The advanced technology not only promises a superior driving experience but also minimizes the use of bituminous material, contributing to a more sustainable construction process.

The project, which will commence on September 30 and continue for twenty nights, marks a significant step forward in road maintenance. By utilizing this cutting-edge technology, the engineering team aims to create a road surface that not only enhances the driving experience but also improves drainage and reduces the amount of bituminous material needed, thereby lowering the project's carbon footprint.

Advanced Technology for Enhanced Efficiency

Smooth Ride technology represents an end-to-end road resurfacing solution that streamlines the entire process from scanning to paving. This method increases productivity by eliminating the need for traditional string lines, skis, and lasers. The engineering team can conduct accurate, variable milling to ensure an even, smooth finish, which is often challenging to achieve on older roads.

The Future of Road Resurfacing

The Smooth Ride trial on the A889 is not just a one-off project; it could signal the future of road resurfacing across the UK. The engineering team is closely monitoring the results to assess whether this innovative approach could be applied to other trunk roads. The potential benefits are significant, including a reduction in material usage and a decrease in carbon emissions.