ALASKA / LONDON (IT BOLTWISE) – Grande Portage Resources is relying on LiDAR technology to increase efficiency and precision when planning its gold project in Alaska. This innovative surveying technique not only enables more precise location selection for mine structures, but also takes into account environmentally relevant aspects such as waterways and vegetation density. With these advances, the project could progress to gold production more quickly.

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Grande Portage Resources has taken a significant step in the development of its New Amalga gold project in Alaska with the implementation of LiDAR technology. This advanced mapping method uses laser beams to create high-resolution three-dimensional terrain models, enabling more precise planning and faster implementation of mining projects.

The LiDAR survey conducted by NV5 Geospatial not only supports strategic infrastructure planning, but also validates previous decisions, such as siting for above-ground mine structures. This technology makes it possible to identify natural waterways, vegetation density and geological features essential for mine planning.

Ian Klassen, President and CEO of Grande Portage Resources, emphasizes the importance of LiDAR technology as a catalyst for more precise engineering and environmental studies. These advances are critical to accelerate the regulatory process and ensure the economic viability of the project. The project’s estimated gold resource is 1,438,500 ounces of indicated gold, complemented by 515,700 ounces of inferred resources.

The application of LiDAR in the mining industry is not new, but its integration into Grande Portage Resources’ project planning shows how this technology can increase efficiency and accuracy in the industry. By collecting detailed terrain data, companies can not only optimize their planning processes, but also develop greener and more sustainable practices.

As LiDAR technology continues to develop and be applied to the mining industry, companies like Grande Portage Resources may be able to deliver their projects more quickly and efficiently. This could not only increase profitability, but also minimize environmental impact by making the design and construction of mine structures more in line with natural conditions.



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LiDAR technology improves gold project planning in Alaska
LiDAR technology improves gold project planning in Alaska (Photo: DALL-E, IT BOLTWISE)

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