Kendrick Resources has reported broad, high-grade light rare-earth oxide (LREO) intersections from its Teufelskuppe project in Namibia, providing further geological data as the London-listed explorer advances toward a maiden mineral resource estimate. Certified laboratory assays from drill hole TKDD003 returned 59.78 metres grading 3.39% LREO, including a higher-grade interval of 4.35 metres at 3.97%. A second hole, TKDD002, intersected 38.2 metres grading 3.14% LREO.
The combination of significant widths and elevated grades is important for Kendrick as it assesses whether mineralisation extends continuously enough to support a larger resource model.
Teufelskuppe Resource Target
Kendrick has previously outlined a target of at least 40 million tonnes grading approximately 3% LREO for Teufelskuppe. The figure remains an exploration target and will require additional drilling and a formal resource estimation process before it can be classified as a mineral resource.
Further drilling will be required to determine the continuity, geometry and overall scale of the mineralised zones identified so far. The latest results therefore add to the geological database but do not yet establish the project’s final resource size or economic viability.
Portable XRF Supports Faster Exploration
The company’s laboratory results also showed a correlation of more than 0.82 with portable X-ray fluorescence measurements collected during exploration. That correlation could allow Kendrick to use field-based XRF data more effectively when screening mineralised zones while certified laboratory assays are being processed.
Faster identification of prospective intervals could help improve exploration workflow as drilling continues, although laboratory assays remain necessary for formal resource evaluation.
Rare Earth Supply Chain Relevance
Teufelskuppe is located in Namibia, while Kendrick’s London listing gives the project additional relevance for European investors monitoring new sources of rare earth materials.
The global rare-earth supply chain remains highly concentrated in China, particularly in processing and separation. This concentration has increased interest in projects that could eventually provide alternative sources of materials required for permanent magnets, defence technologies and advanced manufacturing. For European industrial users, additional production outside established supply chains could contribute to broader efforts to diversify critical raw-material sources.
Metallurgy and Development Economics Ahead
Teufelskuppe remains an exploration-stage project, and substantial technical work is still required before any development decision can be considered. Future studies will need to establish the project’s mineralogical characteristics, processing and recovery options, infrastructure requirements and potential development economics.
The immediate focus for Kendrick will be determining whether additional drilling confirms the continuity and thickness of the mineralised intervals already identified. If further exploration supports a resource on the scale indicated by the company’s current target, the project would move toward a different stage of evaluation, with greater emphasis on metallurgy, processing routes and development economics. For now, the key exploration question is whether Teufelskuppe can demonstrate the scale, grade and geological continuity required to support a credible rare-earth resource and potential development case.
