Our company and the Geological Survey Center for Nonferrous Metals and Minerals jointly developed the GTK-RF-007 light fixed-wing drone aeromagnetic measurement system for the first application in the national geological survey project
September25To29On the 20th, the Nonferrous Metals Mineral Geological Survey Center organized experts to go to Laiwu, Shandong Province to conduct guidance and inspection on the "Mineral Survey of Important Prospecting Kuangqu in Daxinganling and Jiaoliao" project. This project is the first application of the light fixed-wing drone aeromagnetic measurement system in the national geological survey project. It is an effective supplement to the existing aeromagnetic system types of the Nonferrous Geological Survey Center and enhances the center's business capabilities in the aeromagnetic field.
The aeromagnetic measurement system of the light fixed-wing drone is our company's best choice.CenterJoint research and development, by modifying the vertical and horizontal CW-007 vertical fixed wing drone, equipped with an ultra-light aeromagnetic system, and conducting flight measurement tests in multiple Kuangqu mining areas in Inner Mongolia, various performance indicators met the specification requirements, and finally carried out low-altitude aeromagnetic survey applications in Laiwu area, Jinan, Shandong Province to solve deep prospecting problems in areas with strong surface interference and complex areas.
Since 2010, the Nonferrous Geotechnical Survey Center has been committed to the research and development of low-altitude aeromagnetic measurement systems. It has gone through power glider aeromagnetic systems, multi-rotor drone aeromagnetic systems and fixed-wing drone aeromagnetic systems, and has been successfully applied to China Geological Survey. Multiple geological survey and prospecting projects. The successful application of this project marks a big step forward for the Nonferrous Geotechnical Survey Center in the field of low-altitude aeromagnetic measurement technology systems. It also provides a new tool for rapid evaluation of mineral geological surveys and provides a basis for the center's subsequent aeromagnetic project application in different landscape areas. It laid the foundation for work.
