Trek Metals (ASX:TKM) Gains as All Ords Track Manganese Survey Plan

Highlights

• Exploration activity advances at a manganese discovery in Western Australia
• Petrophysical results support geophysical survey planning across the project area
• Reverse circulation drilling scheduled following survey completion

Trek Metals advances exploration at Christmas Creek with IP surveys and drilling plans, reflecting ongoing developments linked to the all ordinaries and Australian resource sector trends.

The mining exploration sector continues to shape activity within the Australian resources landscape, with developments often tracked alongside benchmarks such as the all ordinaries. Trek Metals operates within this environment, concentrating on mineral exploration in under-explored regions. Recent updates from the Christmas Creek Project in the Kimberley region highlight ongoing work at the Kuro manganese discovery, where new technical findings have guided the next phase of field programs.

Petrophysical Results and Geological Context

Trek Metals (ASX:TKM) reported outcomes from petrophysical testing conducted on rock chip samples collected during fieldwork. These results revealed consistent electrical characteristics across all tested samples, including strong chargeability responses and low resistivity values. Such features are typically associated with sulphide and oxide mineralisation, reinforcing interpretations of a coherent mineral system beneath surface expressions.

The Kuro Prospect has also returned high-grade manganese values from earlier sampling campaigns. Observations from these samples indicate dense mineralisation, aligning with characteristics expected in hydrothermal manganese systems. Geological interpretation links the discovery to analogues such as the Woodie Woodie manganese deposits, which are recognised within Western Australia for similar mineralisation styles.

Bulk density measurements from the tested samples indicated elevated values, supporting the presence of concentrated manganese material. These combined findings contribute to a clearer understanding of the subsurface environment and provide a technical basis for selecting appropriate exploration methods.

Induced Polarisation Survey Design

Based on the petrophysical data, Trek Metals (ASX:TKM) has initiated plans for a large-scale induced polarisation survey across the Kuro discovery area. Induced polarisation is a geophysical method used to detect variations in electrical chargeability within the ground, often applied in identifying mineralised zones that may not be visible at surface.

The planned program will be conducted in two stages. The initial phase involves a gradient array configuration, which is designed to cover a broad area and identify potential extensions of mineralisation along strike. This approach allows for efficient screening of targets and helps define zones of interest for more detailed investigation.

The second phase will involve dipole-dipole survey lines positioned over priority anomalies identified during the first stage. This method provides higher resolution data, enabling more precise mapping of subsurface features and assisting in the delineation of drill targets.

Integration with Previous Survey Data

Prior airborne surveys, including electromagnetic and magnetic data collection, have already contributed to the project’s geological models. These datasets are currently being integrated with the newly acquired petrophysical information to refine interpretations of the mineral system.

The combination of airborne geophysics and ground-based induced polarisation is expected to enhance understanding of the spatial distribution of mineralisation. This integrated approach supports the identification of conductive and chargeable zones that may represent extensions of the manganese system beneath cover.

Such methodologies are widely used across exploration projects and are often referenced in discussions surrounding the all ordinaries chart, where resource sector activity reflects ongoing exploration and development trends within the broader market.

Planned Drilling Program

Following completion of the geophysical surveys, Trek Metals (ASX:TKM) has scheduled a maiden drilling campaign at the Kuro Prospect. Reverse circulation drilling will be conducted by a contracted drilling provider, targeting anomalies defined through the survey work.

The drilling program is expected to test the extent and continuity of the mineralised system below surface. Reverse circulation drilling is commonly used in early-stage exploration due to its efficiency in generating geological and geochemical data from targeted depths.

Preparatory activities, including cultural heritage clearance surveys, are scheduled ahead of drilling commencement. These steps form part of standard operational procedures within the Australian exploration sector, ensuring compliance with regulatory and community engagement requirements.

Exploration Strategy and Project Focus

Trek Metals operates with a focus on identifying and advancing mineral systems in regions that have seen limited historical exploration. The Christmas Creek Project forms a key component of this strategy, offering geological potential supported by recent findings.

The identification of strong electrical signatures within the Kuro manganese discovery provides a technical foundation for continued exploration. By applying geophysical techniques alongside drilling, the company aims to establish a clearer picture of the scale and geometry of the mineral system.

This progression reflects typical exploration workflows within the mining sector, where initial surface sampling is followed by geophysical surveys and drilling to validate subsurface interpretations. Activity of this nature contributes to broader sector dynamics often observed in the all ordinary index.