Key Highlights
- Phase 1 targeting study completed at the Radix REE and Gallium Project in Montana
- Beaver Creek identified as the priority in-claim validation target
- Historical USGS records reported niobium grades of up to 0.3% Nb
- The project sits adjacent to the Sheep Creek REE and gallium system
- Phase 2 exploration will focus on validating REE, niobium and gallium targets
Omnia Metals Group (ASX: OM1) has completed a Phase 1 targeting study at its Radix REE and Gallium Sheep Creek Project in Montana, United States, identifying Beaver Creek as the priority in-claim field validation target within a broader district-scale rare earth element and niobium exploration model.
The study forms part of the company’s broader effort to assess the prospectivity of the Radix Project for carbonatite-hosted rare earth element (REE), niobium and gallium mineralisation within the Alta and Sheep Creek region of Ravalli County, Montana.
Management stated that the Phase 1 program has provided a more refined geological and exploration framework, differentiating between the immediate priority target area at Beaver Creek and several broader regional corridors that support the company’s wider REE and niobium mineral system interpretation.
Beaver Creek Emerges as Priority Target Area
According to the company, Beaver Creek represents the most direct test of the Radix REE-Nb carbonatite model based on public-domain USGS Mineral Resource Data System records reporting historical niobium values of between 0.1% and 0.3% associated with carbonatite and amphibolite.
The company also identified supporting REE-pathfinder associations within drainage-scale geochemical data gathered through historical USGS and Department of Energy datasets.
Omnia stated that Phase 2 exploration activities will focus on verifying historical niobium and REE records while also identifying potential gallium targets across the project area.
Planned field activities include systematic drainage sediment sampling, reconnaissance geological mapping and selective rock-chip sampling targeting prospective lithologies, carbonate-style veining, structural contacts and historical mineralised exposures.
Management noted that historical datasets remain indicative only until field validation activities confirm geological and mineralisation continuity within the Radix claim block.
Radix Positioned Along Strategic Critical Minerals Corridor
The Radix Project is positioned adjacent to the Sheep Creek Project controlled by US Critical Metals, which has reported high-grade rare earth and gallium mineralisation within the same broader carbonatite geological trend.
The company noted that the Sheep Creek carbonatite system, and by extension the Radix Project area, represents what is believed to be the only known economically viable domestic gallium source within the United States.
Three regional study corridors — West Fork Bitterroot, Sheep Creek and Woods Creek — were also used to support the district-scale mineral system model and broader geological interpretation.
The company stated that regional radiometric survey data appears to support continuation of northwest-southeast trending REE structures extending into Montana from neighbouring Idaho.
Phase 2 Exploration Program Planned
Following completion of the Phase 1 study, Omnia is now preparing for a Phase 2 field validation program designed to confirm priority in-claim geology and assess structurally controlled REE and niobium mineralisation across the project area.
The exploration program will focus on identifying carbonate and carbonatite-style veining as well as pathfinder minerals including monazite, columbite, barite and apatite.
The company indicated that drainage geochemistry and regional geological analogues will continue informing target generation activities as the project advances through the next exploration stage.
About the Company
Omnia Metals Group (ASX: OM1) is an Australian exploration company focused on critical minerals and precious metals opportunities. The company is advancing the Radix REE and Gallium Sheep Creek Project in Montana, United States, alongside its broader exploration portfolio targeting rare earth elements, niobium and gallium mineralisation.
Industry Trends and Market Context
Rare earth elements, gallium and niobium have become increasingly important within global technology, defence and energy transition Supply chains. Demand for critical minerals continues growing as governments and industries seek secure supply sources for semiconductors, advanced electronics, renewable energy systems and defence technologies.
The United States has increased its focus on domestic critical mineral development amid concerns surrounding global supply concentration and strategic resource security. Exploration companies operating in North American critical mineral districts have benefited from heightened investor and policy interest in rare earths and specialty metals projects.
At the same time, early-stage exploration projects remain subject to geological uncertainty, permitting processes, technical validation requirements and fluctuating Commodity market conditions.
Bullish Perspective
Supporters of Omnia Metals may view the identification of Beaver Creek as a priority target as an important step toward refining the company’s exploration focus within a strategic US critical minerals corridor.
Investors may also focus on the project’s proximity to the Sheep Creek system and the broader potential for REE, gallium and niobium mineralisation within a district-scale carbonatite trend.
Bearish Perspective
More cautious investors may note that the project remains at an early exploration stage, with historical datasets yet to be verified through modern field validation and drilling activities.
Exploration success remains uncertain and future project advancement may depend on geological confirmation, permitting outcomes, financing conditions and broader critical minerals market sentiment.
Investment Risks and Challenges
Omnia Metals faces exploration and development risks associated with early-stage critical minerals projects, including geological uncertainty, technical validation challenges and operational execution risks.
Historical geochemical and mineral occurrence records remain indicative until verified through field exploration and sampling activities. Future exploration outcomes may also depend on permitting approvals, funding availability and evolving commodity market conditions.
The company may additionally face competition within the rapidly expanding critical minerals exploration sector as governments and industries continue prioritising domestic supply chain development.






Please wait processing your request...