If you've ever worked in the oversize escort industry there's no doubt that you've heard the terms geometric surveys and super loads, but have you ever wondered why geometric surveys are needed for super loads? Well, geometric surveying is an essential aspect of the transportation industry, particularly when it comes to the safe and efficient movement of super loads. These massive and oversized loads, such as industrial equipment or construction materials, require special attention and precise planning to ensure they reach their destination without incident. In this post, we'll explore the importance of geometric surveys for super loads and explain how this type of surveying ensures the safe and efficient transportation of these massive loads.
What is a Super Load?
First, let's define what a super load is. A super load is a load that exceeds the maximum weight and/or size limits set by the Department of Transportation (DOT) for transportation on public roads. These loads can be anything from industrial equipment to construction materials and are often too large or heavy to be transported using traditional methods. Due to their size and weight, these loads require special permitting and routing, as well as specialized equipment and personnel to move them.
One of the most important steps in the transportation of a super load is conducting a geometric survey. A geometric survey is a type of survey that involves collecting data on the physical characteristics of a transportation route, including the width and height of bridges, the weight limits of roads, and the clearance of overhead structures. This information is then analyzed to determine the most efficient and safe route for the super load to take.
The importance of a geometric survey for a super load cannot be overstated. By conducting a thorough survey of the route, transportation companies and other organizations can ensure that the super load will not encounter any obstacles or hazards that could impede its progress or cause damage. This includes identifying and addressing any potential clearance issues, such as low-hanging power lines or bridges with insufficient height clearance. By carefully analyzing the route and identifying potential issues, geometric surveying can help to prevent accidents and delays during transportation.
The process of conducting a geometric survey for a super load typically begins with site preparation. This includes marking the route, taking photographs, and collecting other data that will be used in the analysis. Next, the data is collected using specialized surveying equipment, such as laser scanners and GPS devices. Once the data is collected, it is analyzed to determine the most efficient and safe route for the super load to take.
In Conclusion
Geometric surveying is an essential aspect of the transportation industry, particularly when it comes to the safe and efficient movement of super loads. By conducting a thorough survey of the route, transportation companies and other organizations can ensure that the super load will not encounter any obstacles or hazards that could impede its progress or cause damage. It is important for organizations that frequently transport super loads to invest in accurate surveying to ensure the safe and efficient transportation of their loads. Hopefully, this answers the question of why Geometric Surveys are needed for Super Loads.
