QUINN FLUORSPAR EXPLORATION UPDATE
| Stock | OD6 Metals Ltd (OD6.ASX) |
|---|---|
| Release Time | 4 May 2026, 8:42 a.m. |
| Price Sensitive | Yes |
OD6 Provides Update on Quinn Fluorspar Exploration
- Phase 1 soil and stream sediment sampling complete, assays pending
- Phase 2 mapping and sampling underway, targeting known deposits and new prospects
- Expanded program to systematically test an 8km alteration corridor
OD6 Metals has provided an update on the exploration activities at its Quinn Fluorspar Project in Nevada. The initial Phase 1 exploration program has now been completed, with approximately 320 soil samples and 40 stream sediment samples collected and submitted for laboratory analysis. Assay results are currently pending and will be released once received and interpreted. The Phase 1 program was designed to develop knowledge on anomalism in and around the known Mammoth and Horseshoe deposits, as well as to target key alteration corridors for potential additional fluorspar discovery. Phase 2 of the exploration program is now underway and nearing completion. This phase involves an expanded program, with three geologists and field support staff on site. Key activities include channel sampling across the Horseshoe and Mammoth deposits, detailed geological mapping, reconnaissance mapping and sampling at historic fluorspar occurrences, and mapping and sampling across the 1.1km Horseshoe-Jumbo alteration corridor. The company is also planning access track surveys ahead of drill planning, as well as preliminary metallurgical test work. The Phase 2 program is designed to refine the company's geological model and directly inform the design of the initial drill program and associated permitting activities. OD6 Metals is well-funded to progress these extensive exploration activities across the project.
The company is well-funded to progress extensive exploration activities across the Quinn Fluorspar Project, including completing the Phase 2 program of mapping, sampling, and metallurgical test work. This work will help refine the geological model and inform the design of the initial drill program and associated permitting activities.