TechGen Metals Unveils Exceptional Mt Boggola IP Survey Results

TechGen Metals Commences IP Survey at High-Grade Northern Star Target

Mt Boggola Project Reveals Exceptional Gold and Copper Values

TechGen Metals (ASX: TG1) has commenced an induced polarisation (IP) geophysical survey at its 100% owned Mt Boggola Project, targeting a promising copper-gold-antimony soil and rock chip anomaly. Located 60km south of Paraburdoo in Western Australia, the project covers 179 km² across two exploration licenses.

The Northern Star target area has delivered exceptional rock chip results including 48.8 g/t gold, 27.8% copper, and 3.92% antimony within a defined 1km x 1km area. These high-grade surface indications suggest potential mineralisation at depth.

"We are excited to be back on the ground at Mt Boggola and eagerly await the results of the IP ground geophysics survey currently underway at the Northern Star copper, gold and antimony target," commented Ashley Hood, TechGen's Managing Director.

Northern Star Target: A Triple-Threat Mineral Opportunity

The Northern Star target represents a compelling exploration opportunity with multiple value drivers:

• High-grade surface samples: Peak rock chip values include gold up to 48.8 g/t, copper up to 27.8%, antimony up to 3.92%, and lead up to 3.72%
• Promising soil geochemistry: Peak values of 1,070ppm copper, 60ppb gold, 240ppm arsenic, and 593ppm lead
• Favourable geological setting: Quartz veins, quartz breccias, and iron & malachite bearing gossanous outcrops occur within the anomaly area
• Structural controls: A significant northeast-southwest striking fault zone runs through the area

The current IP survey is expected to take 10 days to complete and will help identify drill targets where chargeability anomalies coincide with the already established geochemical anomalies.

Understanding Induced Polarisation (IP) Surveys

What is an IP Survey and Why It Matters to Investors

An Induced Polarisation (IP) survey is a geophysical method used to identify subsurface materials by measuring their electrical chargeability and resistivity. This technique is particularly effective at detecting disseminated sulphide minerals that often host copper and gold deposits.

For investors, IP surveys represent a critical pre-drilling step that can significantly improve targeting efficiency. Here's why this matters:

1. Cost-effective target refinement: IP surveys help narrow down drilling locations, reducing the cost of expensive drilling programmes
2. Depth insights: Surface sampling only tells part of the story – IP can detect potential mineralisation at depth
3. Increased discovery probability: By identifying zones where minerals accumulate, IP surveys improve the chances of drilling success

The dipole-dipole configuration being used at Mt Boggola is specifically designed to provide detailed resolution of potential ore bodies and their depth extent.

How IP Surveys Work

IP surveys involve sending electrical currents into the ground through electrodes and measuring how the ground responds. Different geological materials respond differently to these electrical currents:

• Resistivity measurements indicate how strongly the ground resists electrical current flow
• Chargeability measurements show how well the ground holds an electrical charge after the current is turned off

Sulphide minerals, which commonly host valuable metals like copper and gold, typically show high chargeability responses. This makes IP surveys particularly useful for mineral exploration companies targeting these metals.

The survey data is processed to create cross-sectional images of the subsurface, highlighting areas of high chargeability that may represent mineralised zones. These images help geologists identify the most promising locations for subsequent drill testing.

Historical Context Enhances Potential

The Northern Star target has an intriguing history that adds credibility to TechGen's exploration focus. The area was previously held by Northern Star Resources Limited (2015-2018), who conducted detailed soil sampling over an area containing malachite-bearing gossans and an underlying gravity feature interpreted as a potential intrusive body.

Northern Star was targeting intrusion-related gold mineralisation, identifying coincident copper, arsenic, and gold soil anomalies oriented in a northwest-southeast direction. This previous work provides TechGen with valuable data and a head start on identifying the most prospective zones.

The project's location in the Proterozoic-aged Ashburton and Edmund Basins of Western Australia places it in a geological setting known for hosting significant mineral deposits.

Strategic Exploration Approach

TechGen's approach to the Mt Boggola Project demonstrates a methodical exploration strategy:

1. Building on historical data: Leveraging previous exploration by Northern Star Resources
2. Surface sampling validation: Confirming and expanding on known geochemical anomalies
3. Geophysical targeting: Using IP surveys to identify subsurface features for drilling
4. Structural analysis: Recognising the importance of fault structures in controlling mineralisation

This systematic approach reduces exploration risk while maximising the potential for discovery. The current IP survey represents a critical step in advancing the project toward drill testing.

Investment Thesis: Multiple Pathways to Value Creation

TechGen Metals presents a compelling investment opportunity based on several key factors:

• High-grade multi-element potential: The exceptional grades of gold, copper, and antimony in surface samples suggest the possibility of a significant mineral system
• Strategic metals exposure: The project offers exposure to both precious metals (gold) and critical/industrial metals (copper, antimony)
• 100% ownership: TechGen holds full ownership of the Mt Boggola Project, maximising upside potential for shareholders
• Methodical exploration approach: The company is following a systematic, risk-managed exploration strategy
• Catalyst-rich timeline: With IP survey results expected soon and potential drill targets to follow, the project offers near-term news flow

The Northern Star target's combination of high-grade surface samples, promising soil geochemistry, and favourable structural setting creates multiple pathways to discovery success.

Target Area Characteristics

The Northern Star target area at Mt Boggola shows several compelling features that make it a priority for exploration:

1. Multi-element anomalism: The coincident copper, gold, and antimony anomalies suggest a potentially complex mineralising system
2. Structural control: The northeast-southwest striking fault zone likely played a key role in controlling the emplacement of mineralisation
3. Visual indicators: Gossanous outcrops with malachite staining provide visible evidence of copper mineralisation at surface
4. Multiple mineralisation styles: Evidence suggests potential for both shear zone-hosted and intrusive-related mineralisation

These characteristics align with the types of geological settings that have produced significant mineral discoveries in similar terrains worldwide.

Why Investors Should Follow TechGen Metals

TechGen Metals represents an opportunity to invest in a focused exploration company with:

• High-grade potential: Surface samples showing exceptional gold and copper values
• Strategic commodity mix: Exposure to both precious and critical metals
• Systematic exploration: A methodical approach that reduces risk while maintaining discovery potential
• Near-term catalysts: IP survey results expected within days, with drill targeting to follow
• 100% project ownership: Full exposure to discovery upside

For investors seeking exposure to precious and critical metals exploration, TechGen offers a compelling combination of high-grade potential, systematic exploration, and upcoming catalysts that could drive significant revaluation.

Key Takeaway:
"TechGen Metals has positioned itself to potentially unlock significant value at its Mt Boggola Project, with exceptional surface grades of gold, copper and antimony. The current IP survey represents a critical step toward drill testing, with results expected shortly. Investors should watch closely as the company advances this promising multi-metal opportunity."

Next Steps for TechGen

Following the completion of the IP survey at the Northern Star target, TechGen is expected to:

1. Process and interpret the IP data to identify areas of high chargeability that may represent sulphide mineralisation
2. Correlate IP results with existing soil and rock chip data to prioritise targets
3. Design a drilling programme to test the most promising anomalies
4. Secure necessary approvals for ground-disturbing activities
5. Execute the drilling programme once targets are finalised and approvals are in place

This structured approach to exploration is designed to systematically reduce risk while moving the project toward a potential discovery. The results of the current IP survey will be crucial in determining the location and design of future drill holes, making this a significant milestone in the project's development.

Ready to Capitalise on TechGen's Gold-Copper Discovery Potential?

Investors seeking exposure to high-grade gold and copper exploration should take a closer look at TechGen Metals' promising Mt Boggola Project. With exceptional surface samples showing up to 48.8 g/t gold and 27.8% copper, the Northern Star target represents a compelling investment opportunity with near-term catalysts on the horizon. To learn more about TechGen Metals and stay updated on their IP survey results and upcoming drilling programme, visit techgenmetals.com.au today.