Latest Articles


Latest news

ComNav adds LS300 laser scanner to product range

ComNav adds LS300 laser scanner to product range

ComNav has announced the launch of its latest innovation: the LS300 3D laser scanner. This addition to the company's product lineup signifies a significant leap forward in addressing the dynamic needs...

3D maps now available for over half of New Zealand

3D maps now available for over half of New Zealand

Driving new opportunities in the mapping landscape, a significant milestone has been achieved in New Zealand. With the introduction of 3D mapping data for the Waikato and Southland regions, access to ...

How do you stay up to date?

Lidar, short for Light Detection and Ranging surveying, represents a sophisticated measuring system leveraging the power of light. Widely recognized for its versatility, Lidar is extensively applied in diverse fields such as archaeology, forestry, geography, geology, seismology, remote sensing, and contour mapping. Its influence is steadily expanding into various geomatics applications, broadening its impact on different industries.

The market for laser scanning, a key component of Lidar technology, is experiencing robust growth. This surge is propelled by the development of more efficient and cost-effective methods for processing Lidar data. These advancements unlock new possibilities across a spectrum of disciplines, including but not limited to construction and engineering, industrial facilities, topographical applications, and cultural heritage preservation.

As Lidar continues to evolve, it plays a pivotal role in reshaping the landscape of measurement and mapping technologies. Its adoption is driven by the demand for higher precision and detailed data, fostering innovation and creating opportunities in fields where accuracy and spatial understanding are paramount. Whether unraveling the hidden features of archaeological sites or optimizing construction processes, Lidar stands as a transformative force in modern geospatial applications.