Silver is becoming increasingly important to the technologies shaping the global economy, from renewable energy and electrification to advanced computing and critical infrastructure. Silver Star Resources is advancing the Texas Silver Project through a staged, production-first strategy designed to convert an established Australian silver district into a long-term operating platform.
A historically proven silver district combining existing infrastructure, accessible surface inventories and a staged pathway toward long-term production. Select any metric for further context.
The project includes a defined hard-rock resource forming the foundation of its longer-term production strategy.
Accessible near-surface material already mined and available to support earlier-stage processing.
Indicative capital intended to move the project from restart preparation toward early production.
An indicative figure covering the full staged pathway; subject to further planning, engineering and technical work.
A disciplined, sequenced pathway from restart readiness through to long-term hard-rock production.
Extensive exploration tenure surrounding existing leases, supporting district-scale growth potential.
Silver occupies a distinctive position among global commodities. It functions both as a monetary and investment asset and as a critical industrial input valued for its electrical conductivity, thermal performance, reflectivity and reliability.
As industrial systems become more electrified, connected and computationally intensive, silver is increasingly exposed to structural demand from multiple high-growth sectors. At the same time, investors continue to view physical silver as a store of value and portfolio asset.
Silver's combination of conductivity, durability and performance makes it difficult to replace across many high-value technologies. Demand is no longer tied to one industry; it is increasingly distributed across energy, transport, computing, healthcare and critical infrastructure.
Silver plays an important role in photovoltaic cells, electrical connections and the broader infrastructure required to produce, store and distribute energy. The continued expansion of renewable generation and electrified systems creates a durable industrial use case for the metal.
Select a layer to see where silver is used within a typical photovoltaic cell.
Each layer of a photovoltaic cell plays a role in capturing and conducting energy — silver paste conductors are central to that process.
Expanding solar capacity supports continued demand for photovoltaic-grade silver.
Electrical connections throughout transmission and distribution networks rely on conductive materials.
Battery and storage systems require reliable electrical connections and components.
Broader electrification of industrial processes increases demand for electrical components.
Electric and increasingly automated vehicles require extensive electrical systems, power electronics, safety components, charging connections and digital controls. Silver is used where reliable conductivity and performance are essential.
Choose any highlighted point on the vehicle diagram to learn where reliable electrical connections are required.
Electrification demand extends well beyond the vehicle itself, into charging networks, grid connections and renewable generation infrastructure.
Cinematic site and drone footage will sit here in the production build, connecting the global silver story back to the Texas Silver Project.
Artificial intelligence may appear digital, but its growth depends on physical infrastructure: data centres, power systems, cooling equipment, high-performance electronics, switching systems and expanding electrical networks. Silver's conductivity and reliability support many of the components connecting this infrastructure.
Each stage illuminates as you scroll, reflecting the physical systems this infrastructure depends on.
The expansion of high-performance computing requires increasingly complex electrical and electronic systems.
Data centres depend on substantial generation, transmission, switching and backup infrastructure.
The growth of connected devices and automated systems increases the volume and complexity of electronic hardware.
A structured five stage restart strategy designed to minimise capital requirements, leverage existing infrastructure and progressively unlock value as the Texas Silver Project advances toward production.
| Stage | Capital Required |
|---|---|
| Total Investment | A$95M |
Silver's industrial role distinguishes it from many traditional monetary assets, while its physical scarcity and established bullion market continue to support investor interest. This dual exposure allows silver to respond to both economic development and changing investment sentiment.
Silver can be held directly through recognised bullion products.
Investors may use silver as a diversification or real-asset exposure.
Unlike a purely monetary metal, silver also participates in industrial growth.
This information is general in nature and does not constitute personal investment advice.
Silver supply cannot necessarily respond quickly to changes in demand. New mines require exploration, approvals, funding, construction and commissioning, while a meaningful share of global silver is produced alongside other metals. This can limit the industry's ability to increase output solely in response to silver market conditions.
A meaningful proportion of global silver is produced as a by-product of mining for lead, zinc, copper or gold. This means silver output can be influenced by investment decisions made for those other commodities, rather than by silver market conditions alone.
Mining operations are affected by energy, labour, equipment, consumables, environmental compliance, logistics, financing and development costs. These pressures can influence the economics and timing of new supply.
Illustrative categories shown for context only — segment widths are not proportional to actual cost share. A regional cost comparison may be added when verified data is supplied.
Choose any segment to see a short description of that cost category.
Processing plant and site infrastructure footage will sit here, marking the shift from the market-wide silver story into the Texas Silver Project itself.
The Texas Silver Project is not a greenfield concept. It is a historically proven Australian silver district supported by more than a century of mining, drilling, metallurgy, infrastructure development and processing activity.
Silver Star Resources intends to use this accumulated technical and operational foundation to advance a disciplined staged restart, beginning with accessible surface material before progressing toward long-term hard-rock mining.
Plant, buildings and site works reduce replacement requirements and restart complexity.
Material already located on surface supports a lower-complexity entry into processing.
The project includes a hard-rock JORC resource supporting its longer-term production strategy.
Capital is deployed progressively rather than relying on immediate large-scale development.
Initial production stages are intended to contribute funding toward later growth.
Existing mining leases are surrounded by extensive exploration tenure across the broader mineral field.
The project's 6.35 Moz AgEq surface inventory provides potential early-stage cost and silver-price leverage because the material has already been mined and is available for reprocessing.
Indicative gross in-situ scenario values based on the company's 6.35 Moz AgEq surface inventory:
| Price Scenario | 65% Recovery | 85% Recovery |
|---|---|---|
| US$47 / oz | ≈ A$301 million | ≈ A$393 million |
| US$77 / oz | ≈ A$493 million | ≈ A$644 million |
| US$107 / oz | ≈ A$685 million | ≈ A$895 million |
Silver Star Resources is prioritising staged execution, early operating cash flow and progressive reinvestment rather than premature large-scale capital deployment.
Swipe on mobile to move between stages. All figures are planned, indicative and estimated pending further technical assessment.
The initial funding requirement is intended to move the project from restart preparation toward early production while advancing planning for subsequent stages.
Capital allocation remains subject to final planning, engineering, technical work and operational requirements.
The Texas Silver Project combines near-term restart opportunities with broader exploration potential across a historically mineralised district.
Schematic representation for illustrative purposes — not to scale and not a substitute for a certified survey or tenement map.
Silver Star Resources' 2025 drilling program added nine diamond core holes totalling approximately 2,250 metres. The associated resource work increased geological confidence and supported continued district-scale evaluation.
Resource comparisons are only displayed once the classification basis and relevant report dates are clearly identified.
Site and operations footage will sit here, leading into the execution philosophy behind the staged restart.
Silver Star Resources is taking a production-first approach centred on disciplined execution, early operating cash flow and staged development. The objective is to convert existing project value into production, reinvest into subsequent stages and progressively expand the wider Texas Mineral Field.
Shareholder value creation is an objective of this strategy, not a guaranteed outcome.
The restart strategy is being advanced with specialist technical, engineering, reliability and project-delivery support focused on reducing execution risk and refining the processing pathway.
Ausenco has been appointed to support site review, data assessment, mineral processing and engineering design associated with the restart strategy.
Once core operations are stable and cash-generative, Silver Star Resources may investigate downstream opportunities designed to capture additional value from Australian silver production.
Conceptual future option subject to technical, commercial, regulatory and funding assessment.
Access current presentations, project materials, company updates and relevant shareholder information.
Entries shown are editable placeholders pending publication of actual investor documents. The featured presentation download will appear here once a document URL is available.
Follow project developments, access current investor materials or contact the Silver Star Resources team for company and shareholder enquiries.
The complete legal wording on this page remains editable and must be reviewed by the company's legal advisers before publication.