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- Bravada’s updated Wind Mountain PEA outlines a US$415 million after-tax NPV5, 60% after-tax IRR and 11.2-year mine life using US$3,600 gold and US$48 silver.
- Bravada Gold released an updated preliminary economic assessment for its 100%-owned Wind Mountain gold-silver project in northern Nevada, incorporating an updated mineral-resource estimate and revised long-term metal-price assumptions.
- At a base case of US$3,600 per ounce gold and US$48 per ounce silver, the company reported an after-tax net present value at a 5% discount rate of US$415 million, an after-tax internal rate of return of 60% and a two-year payback period. The study outlines an 11.2-year mine life with average annual production of roughly 40,700 ounces of gold and 280,000 ounces of silver.
The development
Bravada Gold released an updated preliminary economic assessment for its 100%-owned Wind Mountain gold-silver project in northern Nevada, incorporating an updated mineral-resource estimate and revised long-term metal-price assumptions.
At a base case of US$3,600 per ounce gold and US$48 per ounce silver, the company reported an after-tax net present value at a 5% discount rate of US$415 million, an after-tax internal rate of return of 60% and a two-year payback period. The study outlines an 11.2-year mine life with average annual production of roughly 40,700 ounces of gold and 280,000 ounces of silver.
The PEA estimates total project capital of about US$139 million, including approximately US$98.1 million of initial capital and US$41 million of sustaining capital. Bravada also reported all-in sustaining costs of US$1,653 per ounce on the assumptions used in the study.
Those numbers create a stronger development framework, but a PEA remains an early-stage economic study. It can include inferred mineral resources and does not carry the engineering certainty of a pre-feasibility or feasibility study. Bravada is targeting a pre-feasibility study in the second half of 2027.
The study is also highly sensitive to metal-price assumptions. Using elevated base-case gold and silver prices improves headline economics, so investors should examine lower-price sensitivities, resource conversion, recovery assumptions, capital estimates and future engineering work rather than relying on NPV alone.
Why this matters
The updated PEA moves Wind Mountain further along the development spectrum by defining a current mine plan, capital estimate and economic framework.
The relatively modest initial-capital estimate is strategically notable, but it must be tested through more detailed engineering and cost work.
Industry and company context
Wind Mountain is a previously producing Nevada gold-silver project that Bravada is repositioning toward a new development decision.
Nevada provides an established mining jurisdiction, but permitting, water, metallurgy and detailed engineering remain project-specific issues.
How to evaluate the update
The next study should be assessed for resource-category conversion, updated metallurgy, reserve potential, operating-cost detail and capital accuracy.
Sensitivity tables at lower metal prices are important because the base case uses stronger gold and silver assumptions than many historic project studies.
Execution and risk considerations
PEA economics are preliminary and can change materially as engineering, resource classification and costs are refined.
Commodity-price volatility and project financing conditions can materially alter returns even when technical assumptions hold.
What to watch next
- Detailed PEA technical report and sensitivity analysis.
- Work programs supporting the targeted 2027 pre-feasibility study.
- Resource conversion, metallurgy and permitting milestones.
Cornerstone perspective
Wind Mountain now has a more explicit development case, which is more informative than exploration-only news. The study also gives investors a set of assumptions that can be stress-tested rather than accepted at face value.
The project becomes substantially more de-risked only if subsequent engineering confirms the resource, cost and recovery assumptions at a higher level of confidence.
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