Tukutech has completed a major drone-based magnetic survey project covering 4,000 line kilometers in Somalia, marking an important milestone in our growing mining and mineral exploration operations across Africa.
This project demonstrates the value of drone technology in modern exploration work. Using advanced drone-based magnetic systems, our team collected high-resolution geophysical data across large exploration areas, helping reduce field time, improve safety, and provide reliable information for better decision-making.
Traditional mineral exploration surveys can be slow, labor-intensive, and challenging, especially in large or hard-to-reach areas. Drone-based magnetic surveys offer a faster and safer alternative by allowing exploration teams to cover wide areas efficiently while minimizing the need for extended manual fieldwork.
For mining and exploration companies, accurate data is critical. The magnetic data collected through drone surveys can help identify subsurface structures, support geological interpretation, and guide exploration teams toward potential mineral targets with greater confidence.
At Tukutech, our approach goes beyond data collection. We focus on delivering practical results that help clients make better decisions. After survey operations, the collected data can be processed into magnetic maps and geological outputs that support planning, analysis, and exploration strategy.
The completion of this 4,000-line-kilometer project reflects Tukutech’s commitment to building reliable, efficient, and scalable drone solutions for Africa’s mining sector. As exploration demands continue to grow, drone technology will play an important role in helping companies reduce operational costs, improve safety, and speed up project execution.
Tukutech remains focused on transforming mining and agriculture through modern aerial solutions that deliver measurable field impact.
Need a drone-based magnetic survey for your exploration project? Contact Tukutech today and let our team help you plan a faster, safer, and more efficient survey operation.