Edge Drops: Causes, Risks and Measurement.
Edge drops are sudden height differences between roads and edges, creating safety risks. Detection tools and analysis guide repairs to ensure safer roads.
Understanding Pavement Rutting: Causes, Risks & Detection
Rutting, the formation of longitudinal depressions in road wheel paths, is a common issue caused by heavy traffic and construction deficiencies. These surface deformations pose significant safety risks, including water accumulation and reduced vehicle stability. In this blog post, we’ll discuss the underlying causes of rutting, its impact on road safety, and the various methods—ranging…
Evaluate your road survey videos with precision and flexibility
Road surveys and subsequent assessments can be challenging. Hiring survey teams and renting expensive equipment can pose a roadblock to efficient analysis. That is why we have developed RoadGaugeAI, a groundbreaking Software-as-a-Service (SaaS) solution that simplifies the process. RoadGaugeAI is available as a web application that is available for any user, anywhere in the world.…
Revolutionising cycleway inspection with cost-effective trike-mounted scanner
The climate crisis has propelled eco-friendly modes of transport, such as cycling and walking, into the spotlight. The UK’s Department of Transport is actively promoting them as the future of short-distance travel, emphasizing their role in fostering sustainable travel and health benefits. Regular maintenance of cycleways is necessary to continuously reap the benefits of ongoing…
Turn your pavement inspection videos into actionable insights with RoadGauge AI
We are proud to announce the launch of RoadGauge AI, a groundbreaking Software-as-a-Service (SaaS) offering set to redefine road inspection methodologies. RoadGauge AI represents a leap forward in the world of pavement surface analysis, leveraging cutting-edge artificial intelligence and decoupling video capture from analysis to empower customers with unprecedented control and flexibility. Traditional pavement surface…
