Using 3D laser scanning services to create underwater tunnels

Building underwater tunnels is difficult because of the high water pressure and the need for a sturdy structure that can withstand corrosion. However, 3D laser scanning services make it possible for engineers and planners to create 3D models of existing structures in order to find ways to improve them.

In Norway,  the Ministry of Transport is upgrading the Maursund and Kagen Tunnels. The geography of Norway makes it difficult to build tunnels, as the country is made up of many islands and mountains. These conditions have led to the development of specialized tools and techniques for tunnel construction.

The Maursund Tunnel, which is located in the Hardangerfjord, was built in 1968. It is a 3.75 km long twin-tube tunnel with a diameter of 11.25 meters. The Kagen Tunnel, which is also located in the Hardangerfjord, is 3.75 km long and has a diameter of 11 meters.

In order to upgrade both tunnels, the Ministry of Transport used 3D scanning services to take precise measurements and create 3-dimensional models of existing structures in order to identify any damage or flaws that need immediate attention as well as potential future problems on the tunnels. 3D scanning is a non-destructive process, which makes it the perfect tool for this type of project.

How do 3D laser scanning services help?

3D scanning services can be used to take accurate measurements of the tunnel, which can help with the planning and construction process. 3D laser scanning works by capturing 3D images of an object using lasers or optical sensors. This data can then be converted into 3D models. 

3D scanning services are beneficial because they are fast, accurate, and affordable compared to other methods of measurement which can take longer or require many more resources. 3D scanning is also less invasive than traditional surveying techniques that involve drilling holes in the ground for lasers to travel through so there will not be any disruption to the environment or disruption of traffic. 

3D scanning is also beneficial because it can be used to capture 3D images in difficult environments, such as underwater tunnels where traditional methods cannot be used.

Why use 3D scanning services?

The benefits of 3D scanning services are that they’re fast, accurate, and affordable compared to other methods for measuring things that take longer or require more resources than 3D scanning. 

3D scanning is also less invasive than traditional surveying techniques which involve drilling holes in the ground for lasers, so there will be no disruption to traffic or the environment during 3D scanning. This means that 3D scanning can be used to make the impossible possible.