Grid Metals Corp. Forms Joint Venture with Avenir Minerals to Advance the Falcon West Cesium Project
Grid Metals Corp. (TSXV: GRDM, OTCQB: MSMGF) announced a definitive joint‑venture agreement with Avenir Minerals Limited, a wholly‑owned subsidiary of Agnico Eagle Mines Limited, to develop its Falcon West cesium property in southeastern Manitoba. The partnership is expected to accelerate resource estimation, development, and potential production of the site, positioning Grid within a growing sector of critical minerals essential for advanced technologies.
Key Terms of the Agreement
| Item | Details |
|---|---|
| Parties | Grid Metals Corp. and Avenir Minerals Limited (Avenir) |
| Property | Falcon West Cesium Property, Manitoba |
| Initial Interest | Avenir acquires 15 % of the property for C$3.75 million in cash; Grid retains 85 % and will operate the joint venture. |
| Future Options | Avenir holds an option to subscribe for up to 19.99 % of Grid’s common shares following the publication of a NI 43‑101 compliant Mineral Resource Estimate (MRE). A second option allows Avenir to acquire an additional 15 % of the property, raising its total stake to 30 %, contingent on a Preliminary Economic Assessment (PEA) or mine plan approval. |
| Capital Injection | The cash infusion of C$3.75 million provides immediate, non‑dilutive capital for Falcon West’s development. |
| Operational Control | Grid remains the operator, leveraging its technical team and expertise in exploration and development. |
| Strategic Rationale | Avenir brings world‑class mine development and operating experience, reinforcing Grid’s capability to unlock the full value of the property. |
Executive Commentary
Robin Dunbar, CEO and President of Grid Metals, emphasized the strategic importance of the partnership: “Avenir’s mine development and operating expertise, combined with its financial strength, validates the potential of Falcon West and the broader cesium market. The non‑dilutive capital will accelerate our development timeline and deliver tangible value to our shareholders.”
Alden Greenhouse, CEO of Avenir, highlighted the relevance of cesium: “Cesium’s unique applications across advanced technologies and industrial sectors make it a critical mineral. Working with Grid to develop Falcon West aligns with our strategy to build a portfolio of high‑quality North American critical mineral assets.”
Market Context
Grid Metals operates in the materials sector, focusing on nickel, copper, and platinum‑group metals for electric‑vehicle batteries and grid storage. The company’s valuation reflects its exploration stage, with a market capitalization of CAD 20,991,338 and a negative price‑earnings ratio of –5.73. Despite a modest share price of CAD 0.09 as of July 16, 2026, the company has demonstrated growth, reaching a 52‑week high of CAD 0.185 in November 2025.
The joint venture positions Grid to advance a property that could become a significant source of cesium—a metal increasingly sought after for batteries, sensors, and other high‑technology applications. The partnership also strengthens Grid’s standing with investors and stakeholders by aligning with a well‑established mining operator and securing capital without diluting ownership.
Regulatory Considerations
The agreement is subject to approval by the TSX Venture Exchange, ensuring compliance with regulatory standards. Avenir’s option to acquire additional shares is contingent upon the successful preparation of a NI 43‑101 compliant MRE and subsequent economic assessments, providing a clear pathway for potential future equity participation.
Outlook
The collaboration between Grid Metals and Avenir Minerals marks a pivotal moment for Grid as it seeks to transition from exploration to development. The infusion of capital, combined with Avenir’s operational expertise, is expected to advance Falcon West’s resource estimation and bring the property closer to production. For investors and industry observers, this joint venture underscores the growing interest in critical minerals that support clean‑energy and technology ecosystems across North America.
