AuKing Mining Explores High-Value Rare Earth Opportunities

AuKing Mining is ramping up its exploration initiatives targeting high-value heavy rare earth elements, specifically dysprosium and terbium. Following its recent acquisition of Green Exploration Limited, the company now fully owns the Machinga project, located near its operational hub in Zomba.

Details of the Acquisition

The acquisition from Tusker Minerals was structured through a mix of cash, deferred payments, and escrowed shares, with further share considerations based on achieving resource milestones at Machinga. This strategic move is motivated by historical data indicating significant dysprosium and terbium enrichment within the area.

Insights from Historical Drilling Data

Historically, the drilling at Machinga has revealed promising mineralization, defined in terms of total rare earth oxides (TREO) and heavy rare earth oxides (HREO). The following highlights taken from past drilling efforts underline the potential of the site:

• Average HREO/TREO: 29%
• Average DyTb/TREO: 3.6%

This consistent mineralization suggests that the site is not merely dependent on random findings but indicates a stable enrichment trend throughout the drilling area.

Market Dynamics Favoring Rare Earth Elements

The heavy rare earth elements, dysprosium and terbium, play crucial roles in various high-tech applications, including electric vehicles and advanced defense systems. Recent reports highlight a surge in their market prices:

• Dysprosium oxide prices soared by 41% to reach US$3,250/kg as of September 30, 2026.
• Terbium oxide saw an even larger increase of 53%, now valued at US$7,500/kg.

This uptick is accompanied by Chinese customs reports indicating a suspension of dysprosium and terbium exports in August 2026, increasing demand for reliable global suppliers and insights into the market potential for Machinga.

Exploration Plans Ahead

AuKing has been busy integrating historical drilling, geophysical, and geochemical data, which has led to the identification of several priority exploration areas. Additional efforts include:

• Mapping regional radiometric anomalies.
• Conducting advanced airborne surveys that will combine LiDAR and UAV magnetics.

Specifically, plans are in place for the LiDAR survey to cover approximately 100 km², with magnetic line spacing varying from 150 m to 50 m over key areas.

Next Steps at Machinga

Field activities are scheduled to commence this November, encompassing geological mapping, rock chip sampling, and verifying historical exploration sites. Engagement with local stakeholders is also a priority.

The UAV-based geophysical survey is aimed for early December 2026 and will provide essential topographic and magnetic datasets. This integrated data approach will enable refinement of the geological model and aid in selecting optimal drilling targets moving forward.

With careful data integration, geological modeling, and defined drilling targets, AuKing is poised to capitalize on Machinga's rich potential for heavy rare earth elements, positioning itself strategically in a rapidly evolving market.