Kuniko Ltd Defines 4km Gold-Silver Corridor Through Geophysical Breakthrough

Kuniko Defines Game-Changing 4km Gold-Silver Corridor with Breakthrough Geophysical Discovery

Kuniko Limited has delivered exceptional results from its MobileMT airborne electromagnetic survey at the Commonwealth Gold-Silver Project in New South Wales, revealing a coherent 4km gold-silver corridor Kuniko Ltd that fundamentally reshapes the exploration landscape across this district-scale system.

The cutting-edge 3D resistivity modelling has provided the first comprehensive subsurface view of the entire Commonwealth-Silica Hill system. Furthermore, it images continuous structural and stratigraphic controls extending to depths exceeding 1 kilometre. This breakthrough represents a significant advancement in understanding the architecture of what Kuniko now interprets as a structurally controlled, district-scale gold-silver system within the globally recognised Lachlan Fold Belt.

Key highlights from the survey include:

• 4km continuous corridor extending from Commonwealth Mine through Silica Hill, Coronation Mine and Collings Prospect

• Multiple high-priority drill targets identified with materially upgraded targeting confidence

• Independent geochemical validation through elevated silver-in-soil anomalies coinciding with MobileMT-defined targets

• Large resistive bodies interpreted as silica-altered hosts and potential concealed intrusives linked to mineralisation

• Discrete conductive features associated with major thrust faults representing priority targets

"The MobileMT results are extremely encouraging and provide the first district-scale view of the Commonwealth-Silica Hill system. For the first time, 3D resistivity modelling has defined a coherent 4km-long prospective corridor, imaging continuous structural and stratigraphic controls to depths exceeding 1km."

— Maja McGuire, Managing Director

Revolutionary Geophysical Breakthrough Reveals District-Scale Architecture

The MobileMT survey represents a technological leap forward in understanding the Commonwealth system's subsurface architecture. In addition, the survey covered 328 line-kilometres of airborne data and successfully mapped lithological contrasts, alteration systems, and structural controls on mineralisation to significant depths.

These capabilities extend beyond what traditional exploration methods can achieve. Moreover, the technology provides unprecedented insight into the geological framework underlying the 4km gold-silver corridor Kuniko Ltd has identified.

The 3D resistivity modelling has revealed several critical observations:

Structural Framework:

• Coherent NNW-SSE trending resistivity gradient extending ~4km along strike

• Continuous structural corridor linking known mineralisation zones

• Major thrust fault systems including the regionally significant Nindethana Fault

Geological Interpretation:

• Broad high-resistivity domains correlating with silica-altered rhyolitic volcanic units

• Large, depth-extensive resistive body beneath the corridor interpreted as possible concealed intrusive complex

• Known mineralisation occurring on strong resistivity contrasts, validating targeting methodology

Priority Targets Identified:

• Discrete conductive features along major thrust faults highlighting enhanced structural permeability

• Large coherent conductive feature south of interpreted Devonian intrusion near Stringers

• Multiple zones of enhanced structural permeability favourable for sulphide accumulation

What Makes VMS-Epithermal Systems Special?

Volcanogenic Massive Sulphide (VMS) deposits represent some of the world's most significant sources of precious and base metals. These systems form when hot, metal-rich fluids interact with volcanic rocks, creating concentrated zones of sulphide mineralisation. However, when combined with epithermal processes (shallow, low-temperature hydrothermal systems), the result can be exceptionally high-grade precious metal deposits.

Key characteristics of VMS-epithermal systems:

Formation Process Excellence

VMS deposits form on or near the seafloor when hot, mineral-rich fluids are expelled from underwater volcanic vents. These fluids cool rapidly upon contact with seawater, causing metals to precipitate and form massive accumulations of sulphide minerals.

Subsequently, epithermal systems develop in shallower environments where lower-temperature fluids circulate through volcanic rocks.

Metal Content and Diversification

These hybrid systems often contain multiple valuable metals including gold, silver, copper, zinc, and lead. Consequently, this diversification provides multiple revenue streams and can offer protection against commodity price volatility.

Global Significance and Analogues

Eskay Creek in Canada exemplifies the exceptional value potential of VMS-epithermal systems. This deposit produced over 3.3 million ounces of gold and 160 million ounces of silver before closure. Therefore, it demonstrates how these systems can generate substantial returns for investors.

The Commonwealth system's position within the prolific Lachlan Fold Belt provides additional geological confidence. Furthermore, this region hosts major operations including Cadia-Ridgeway, North Parkes, and Cowal, offering both geological validation and established infrastructure advantages.

Independent Geochemical Validation Strengthens Target Confidence

The MobileMT results gain significant credibility through independent validation provided by soil geochemistry. For instance, elevated silver-in-soil anomalies occur precisely above the projected mineralised trend identified through geophysical modelling.

This spatial coincidence between surface geochemistry and subsurface resistivity features suggests a direct relationship between underlying geological processes and surface expressions. As a result, this correlation significantly upgrades exploration confidence across the 4km gold-silver corridor Kuniko Ltd has mapped.

Geochemical Support Evidence:

• Silver-in-soil anomalies spatially coincide with near-surface resistivity highs

• Historic drilling at Welcome Jack prospect returned 2m @ 5.7 g/t Au, reinforcing corridor prospectivity

• Surface geochemical responses directly correlate with underlying resistive lithologies and alteration zones

The independent validation through multiple data sources strengthens the geological model. Moreover, it provides investors with increased confidence in the targeting methodology.

Imminent Drilling Program Targets High-Confidence Extensions

Kuniko has confirmed that drill planning and site preparations are complete. The company is now positioned to commence its maiden diamond drilling program at Commonwealth-Silica Hill. This represents approximately 1,200 metres of systematic testing targeting extensions to known mineralisation.

Planned Near-Term Activities:

Phase 1 Drilling Program

• 1,200m diamond drilling targeting known mineralisation extensions

• Focus on high-confidence targets defined by MobileMT modelling

• Systematic approach designed to test structural and stratigraphic controls

Field Validation Activities

• Ground truthing of prospective areas identified from resistivity models

• Refinement of geological interpretations and confirmation of key anomaly sources

• Integration of field observations with geophysical modelling

Ongoing Analysis

• Final soil assay results from Gladstone West Project under review

• Continued integration of MobileMT dataset for additional target prioritisation

• Progressive refinement of exploration targeting through multi-disciplinary approach

Strategic Investment Thesis: District-Scale Discovery Potential

Kuniko's systematic approach to the Commonwealth Gold-Silver Project positions the company for significant value creation through several key investment drivers. Additionally, the 4km gold-silver corridor Kuniko Ltd has defined represents a transformational discovery that could reshape the company's value proposition.

Scale and System Understanding

The 4km continuous corridor represents a district-scale opportunity that extends well beyond individual deposits. This systematic approach to exploration mapping entire geological systems rather than targeting isolated mineralisation provides multiple opportunities for discovery and resource expansion.

Technical Excellence

The integration of cutting-edge geophysical techniques with traditional exploration methods demonstrates technical sophistication that materially upgrades targeting confidence. Furthermore, the independent validation through geochemistry provides additional confidence in the geological model.

Strategic Location Benefits

Positioned within the Lachlan Fold Belt, ~100km north of Orange, NSW, the project benefits from proximity to major mining operations and established infrastructure. Consequently, this location provides both geological confidence through analogue deposits and practical advantages for future development.

Diversified Portfolio Context

The Commonwealth project represents Kuniko's strategic expansion into Australian gold-silver assets. However, it complements the company's established Nordic portfolio including the 40Mt @ 0.25% NiEq Ertelien Nickel-Copper-Cobalt deposit and advanced cobalt projects in Norway.

Why Should Investors Monitor Kuniko's Commonwealth Development?

Kuniko has systematically positioned itself at the intersection of multiple high-value opportunities through its diversified portfolio. The Commonwealth Gold-Silver Project represents a significant addition to this portfolio. Moreover, it offers several compelling reasons for investor attention.

Immediate Catalysts

• Maiden drilling program commencing imminently with 1,200m of systematic testing

• Multiple high-priority targets identified through advanced geophysical modelling

• Clear pathway to resource definition and expansion through systematic exploration

District-Scale Opportunity

• 4km continuous mineralised corridor providing multiple discovery opportunities

• Proven geological model validated through independent geochemical correlation

• Significant upside potential through untested targets across the broader system

Technical and Operational Excellence

• Integration of cutting-edge geophysical techniques with proven exploration methods

• Strong relationships with landholders and local contractors ensuring efficient program execution

• Experienced technical team with proven track record across multiple commodity systems

Strategic Portfolio Positioning

The Commonwealth project enhances Kuniko's diversified commodity exposure whilst maintaining focus on energy transition materials. Combined with the company's established Nordic operations and renewable energy access, this creates a unique investment proposition spanning multiple high-value commodity sectors.

Kuniko has systematically developed a district-scale understanding of the Commonwealth Gold-Silver system through advanced geophysical techniques, revealing a 4km continuous corridor with multiple high-priority targets. With imminent drilling testing proven extensions and significant untested upside potential, the company offers investors exposure to a potential major discovery within the globally recognised Lachlan Fold Belt.

The 4km gold-silver corridor Kuniko Ltd has identified through the MobileMT breakthrough positions the company to advance from exploration to resource definition across a system that demonstrates geological characteristics similar to globally significant VMS-epithermal deposits.

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