Imagine a scenario where all the equipment is ready, you have set up the total station and made observations and the 3D laser scanner is also set up and ready to scan the site. Just before you carry out the inspection, you find that the LiDAR scanner is not working correctly. Time to

I’m sure you already know all about 3D laser scanning and how it helps Architects, Engineers and Construction Managers cover more ground and gather accurate on-site information in record time. But seldom do we make the most of this new technology without a little helpful advice. In order to realise the

LiDAR scanners have become an indispensable part of any architectural project. These cutting-edge machines help architects collect accurate site measurements, capture important site details and so much more.But did you know that the benefits of laser scanning go far beyond 3D architectural visualisation? 3D Laser scanning in particular plays a

What is the first thought that comes to mind when I mention 3D laser scanning? Are you thinking about Sci-Fi movies or buildings recreated in 3D space? Well, I'm here to explain how 3D laser scanning is used to replicate the built environment. LiDAR scanning or 3D laser scanning is a complete

3D laser scanning has revolutionised the AEC industries. Architects, engineers and construction contractors can now incorporate 3D models into their workflows easily thanks to these lightweight, portable technologies.With a 3D laser scanner you can generate accurate 3D model replicas of real world environments and also use these to develop 2D

Land surveying and construction site inspection are perhaps the greatest challenges that a contractor or onsite engineer faces when working on a construction project. Sometimes, it is simply not possible to manually measure and map the construction site - a practice that a lot of construction still stubbornly holds onto. In larger