49 Metals Hits 171m Gold Intercept Opening Door to Large-Scale Nevada Discovery
Key Takeaways
- DRC#22 returned 170.7m @ 0.9g/t Au from 121.9m — the thickest continuous gold intersection recorded at Gold Mountain to date, hosted entirely within the Oddie Rhyolite.
- DRC#19 confirmed a high-grade feeder corridor with 67.1m @ 1.7g/t Au including a 3.0m @ 20.0g/t Au core, extending a zone previously defined by DRC#9's 27.4m @ 8.3g/t Au.
- All 22 holes in the maiden program returned gold and/or silver mineralisation, transforming the geological interpretation from discrete high-grade structures to a broad mineralised system open in all directions.
- 49 Metals held $6.8m cash as at 30 June 2026, providing a funded runway to the next drilling phase targeted to commence before end of 2026 without requiring an equity raise.
- Gold Mountain sits in Nevada's Walker Lane, ranked #1 in the 2025 Fraser Institute Survey of mining investment destinations and responsible for more than 70% of US gold production.
49 Metals confirms scale at Gold Mountain with 171m gold intersection
49 Metals has completed its maiden ~7,500m RC drilling program at the Gold Mountain project in Nevada’s Walker Lane trend, with DRC#22 returning 170.7m @ 0.9g/t Au from 121.9m — the thickest mineralised intercept recorded at the project to date. All 22 holes returned gold and/or silver mineralisation, transforming what was previously interpreted as discrete high-grade structures into a much broader mineralised system that remains open in all directions.
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Standout intersections define scale and high-grade core
The final six holes (DRC#17-22) plus the upper portion of DRC#16 delivered a combination of scale and grade that defines the emerging Adit Zone discovery. DRC#22 returned the thickest continuous gold intersection at Gold Mountain, while DRC#19 extended the high-grade feeder corridor with 67.1m @ 1.7g/t Au from 169.2m, including a thick high-grade core of 10.7m @ 8.4g/t Au from 185.9m, including 3.0m @ 20.0g/t Au from 189.0m. Shallow high-grade mineralisation was confirmed in DRC#21 (13.7m @ 2.9g/t Au from 12.2m) and DRC#18 (29.0m @ 1.3g/t Au from 18.3m).
All intercepts reported are downhole lengths — true widths have not yet been determined.
| Hole ID | Headline Intercept | Included High-Grade Zone | Depth From | Significance |
|---|---|---|---|---|
| DRC#22 | 170.7m @ 0.9g/t Au | 50.3m @ 1.2g/t Au | 121.9m | Thickest intercept to date |
| DRC#19 | 67.1m @ 1.7g/t Au | 3.0m @ 20.0g/t Au | 169.2m | High-grade feeder core |
| DRC#21 | 13.7m @ 2.9g/t Au | 6.1m @ 4.9g/t Au | 12.2m | Shallow high-grade |
| DRC#18 | 29.0m @ 1.3g/t Au | 4.6m @ 5.0g/t Au | 18.3m | Shallow high-grade |
| DRC#16 | 64.0m @ 1.0g/t Au | 15.2m @ 2.4g/t Au | 152.4m | Feeder corridor support |
The results demonstrate the potential for both significant scale and substantial high-grade, structurally controlled mineralisation within the Adit Zone. The combination of broad lower-grade envelopes hosting multiple higher-grade structural zones provides a compelling target for follow-up drilling aimed at defining the ultimate scale and geometry of the system.
Inside the Adit Zone — a broader mineralised system emerges
What drilling has revealed is a broad mineralised system containing multiple structurally controlled higher-grade zones within extensive envelopes of lower-grade gold mineralisation. This is a fundamental shift from the previous interpretation of discrete high-grade structures. DRC#22 intersected 170.7m of continuous mineralisation hosted entirely within the Oddie Rhyolite, crossing multiple mineralised structures and breccia/fault zones. The Oddie Rhyolite contact is now interpreted as a key control on gold mineralisation at the Adit Zone.
DRC#19 and DRC#22 extend the high-grade feeder corridor previously identified in holes DRC#9 (27.4m @ 8.3g/t Au from 221.0m including 9.1m @ 21.9g/t Au) and DRC#16 (15.2m @ 2.4g/t Au from 268.2m including 6.1m @ 5.0g/t Au). DRC#21 confirmed shallow structurally controlled mineralisation extends south, while DRC#17 and DRC#18 demonstrated continuity along strike. Mineralisation remains open in all directions.
The geological framework now recognised at the Adit Zone includes:
- Broad lower-grade envelopes hosting multiple higher-grade structural zones
- Oddie Rhyolite contact interpreted as key mineralisation control
- High-grade feeder corridor confirmed and extended
- Shallow structurally controlled mineralisation extending south (DRC#21) and along strike (DRC#17/18)
Phil Carter, Chief Executive Officer
“These results are an outstanding way to complete our maiden drilling program at Gold Mountain and, importantly, they have materially advanced our understanding of the Adit Zone. Hole DRC#22 has delivered 170 metres of continuous gold mineralisation, the thickest interval we’ve seen anywhere on the project, while DRC#19 has returned another broad zone of mineralisation containing a high-grade core of up to 20 grams per tonne gold. The combination of both scale and grade that is now emerging at Gold Mountain provides an exciting pathway for the next steps of exploration. We are no longer looking at isolated high-grade intercepts. Drilling is defining a broad mineralised system containing multiple higher-grade structures within a broader system that remains open in all directions. With only 22 holes completed in our maiden program, we believe there is considerable scope to grow the Adit Zone as we refine the geological model and move into the next phase of drilling and exploration.”
Why epithermal gold systems in Nevada matter
Epithermal gold-silver systems form when hot, mineral-rich fluids rise through fractures and deposit gold and silver in veins, breccias, and disseminated zones near the surface. A “feeder corridor” refers to the zone through which these fluids travelled upward — often the source of the highest grades. “Structurally controlled mineralisation” means gold deposition is concentrated along faults and fractures, which control where fluids flow and where metals precipitate.
What makes broad, continuous intersections like the 170.7m returned in DRC#22 attractive is that they suggest a larger system with the potential to host an economic resource. When those broad intersections also contain high-grade cores — like the 3.0m @ 20.0g/t Au in DRC#19 — they tell you the system had both volume and concentrated metal delivery. That combination is what exploration drilling aims to define before a future resource estimate can be attempted.
Gold Mountain sits in the Walker Lane trend in Nevada, a Tier 1 mining jurisdiction with material advantages:
- Produces in excess of 4moz per annum
- Accounts for more than 70% of US gold production
- Ranked #1 in the 2025 Fraser Institute Survey of mining investment destinations
Disciplined exploration in a premier jurisdiction de-risks the story for investors. The regulatory framework, established infrastructure, and favourable mining policy in Nevada reduce the political, permitting, and operational uncertainties that plague projects in higher-risk jurisdictions. What you are tracking here is early-stage exploration, but the jurisdiction removes several variables that can derail development elsewhere.
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Next steps and funding position
The maiden program is complete: 22 holes, ~7,500m, all assays received. The full dataset — geological logging, structural interpretation, assays, and geochemistry — is being integrated into the geological model to refine the predictive framework for structurally controlled feeder corridors associated with the Oddie Rhyolite contact. Further drill targeting is underway across the broader project, with a follow-up program on priority targets targeted to commence before the end of 2026. The company will update the market on scope and timing when finalised.
49 Metals reported a cash balance of $6.8m as at 30 June 2026, providing a funded pathway to the next phase without an immediate financing overhang.
Roadmap to next phase:
- Integrate full dataset into geological model
- Refine predictive model (structurally controlled feeder corridors on Oddie Rhyolite contact)
- Prioritise drill targets across broader project
- Commence follow-up drilling before end of 2026
What this tells you is that the company has capital to test the most compelling targets identified from the maiden program without needing to return to the market first. The absence of near-term dilution risk is a material factor when assessing early-stage explorers. The next drilling phase will determine whether the scale and grade emerging at the Adit Zone can be extended, and whether analogue targets elsewhere on the Gold Mountain project share the same characteristics.
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