Radix Project Phase 1 Study Identifies Beaver Creek as Key Target Area
Omnia Metals has identified Beaver Creek within its Montana Radix Project as the key focus for rare earth and niobium exploration, leveraging historical data and planning detailed field validation.
- Beaver Creek confirmed as priority target with historic 0.3% niobium grades
- Radix Project adjacent to US Critical Metals’ high-grade Sheep Creek deposit
- Phase 2 fieldwork to include drainage sampling, mapping, and rock-chip assays
- Regional corridors provide structural and geochemical context for exploration
- No drilling undertaken yet; historical data unverified pending field validation
Beaver Creek Emerges as High-Priority REE-Nb Target
Omnia Metals Group Ltd (ASX:OM1) has sharpened its focus on the Beaver Creek Carbonatite-Nb Zone within its Radix Rare Earth Elements (REE) and Gallium Sheep Creek Project in Montana. The Phase 1 targeting study, a desktop exercise integrating public-domain US Geological Survey (USGS) data, has flagged Beaver Creek as the prime in-claim validation area, supported by historical Mineral Resource Data System (MRDS) records reporting niobium grades up to 0.3% Nb associated with carbonatite and amphibolite lithologies.
The significance lies in Beaver Creek’s potential to validate a district-scale REE-Nb carbonatite system that aligns with regional geological trends, including those hosting the adjacent US Critical Metals (USCM) Sheep Creek deposit. USCM’s project is noted for surface rock-chip samples reaching 20.1% total rare earth elements (TREE) and up to 363 ppm gallium, underscoring the prospectivity of the broader belt, though Omnia cautions these grades are not indicative of mineralisation on its tenure.
Strategic Regional Corridors Frame Exploration Model
Beyond Beaver Creek, Omnia’s study delineates three regional corridors; West Fork Bitterroot, Sheep Creek, and Woods Creek; that provide structural and geochemical analogues to refine the exploration model. These corridors exhibit supportive drainage geochemistry and mineral occurrences, such as monazite, columbite, and barite, which serve as pathfinder minerals for REE-Nb mineralisation.
The West Fork Bitterroot corridor, for instance, shows a balanced REE-Th-Ba-Ti profile in stream sediments, interpreted as a strong analog-style drainage signature. Meanwhile, the Sheep Creek system offers the highest REE proxy values in the area’s National Uranium Resource Evaluation (NURE) dataset, reinforcing its role as a regional mineral system reference.
Phase 2 Field Validation to Ground-Truth Historical Data
With no new sampling or drilling conducted to date, Omnia plans a focused Phase 2 field program prioritising Beaver Creek. This will involve systematic drainage sediment sampling to refine and ground-truth historical NURE/HSSR geochemical anomalies, followed by reconnaissance geological mapping and selective rock-chip sampling targeting carbonate/carbonatite-style veining, structural contacts, and historical workings.
The program aims to confirm whether public-domain datasets correspond to locally sourced bedrock REE-Nb-Ga mineralisation. Structural mapping will focus on northwest-trending faults, folds, and shear zones that may control mineralisation, a model informed by analogies to the Mineral Hill district south of the project area.
These activities will be complemented by assessments of land status, access, and permitting, especially for regional corridors where tenure and permissions remain to be confirmed. The company emphasises that until Phase 2 results are obtained, historical data should be considered unverified and indicative only.
Radix Project Positioned in a Tier-1 US Mining Jurisdiction
The Radix Project covers 80 federal lode mining claims over approximately 1,652 acres in Ravalli County, Montana, within the Montana-Idaho Alkalic Belt; a prolific alkaline igneous province hosting multiple REE and niobium systems. The project benefits from existing road access and sits adjacent to the USCM Sheep Creek deposit, the highest-grade domestic REE and gallium source in the United States.
This strategic positioning aligns with Omnia’s broader US expansion, following recent appointments to strengthen its technical team and capital raises to fund exploration activities. The company’s focus on future-facing commodities essential to the global energy transition is evident in its disciplined approach to advancing Radix, as outlined in its recent Senior Geologist Appointment and Strategic US Project Acquisition announcements.
Next Steps and Market Implications
Omnia’s immediate priorities include confirming land access at Beaver Creek, conducting detailed field mapping and sampling, and refining its exploration model based on new data. The company commits to reporting material field observations and assay results in compliance with ASX Listing Rules and JORC 2012 standards.
While the proximity to USCM’s high-grade deposit lends geological credence, the absence of direct drilling or assay results on Omnia’s tenure means investors should weigh the potential against the inherent uncertainties of early-stage exploration. The upcoming Phase 2 program will be a critical litmus test for the project’s viability and could set the stage for more advanced resource definition work.
Bottom Line?
Omnia’s methodical transition from desktop targeting to field validation at Beaver Creek will be pivotal in substantiating the Radix Project’s rare earth and niobium potential.
Questions in the middle?
- Will Phase 2 fieldwork confirm the historical niobium grades reported in public data?
- How will access and permitting challenges in regional corridors affect exploration timelines?
- Could Omnia leverage strategic partnerships or offtake agreements following Phase 2 validation?
