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Questcorp Mining
Investor Insight
With a tight capital structure, experienced management and strategic gold and copper project locations near major past-producing mines, Questcorp is well-positioned to deliver discovery-driven growth to investors.
Overview
Questcorp Mining (CSE:QQQ,OTC:QQCMF,FSE:D910) is a Canadian junior exploration company focused on unlocking value in two high-potential mineral districts: the Sonoran Gold Belt in Mexico and Vancouver Island in British Columbia.
The company aims to build shareholder value through disciplined exploration of assets with near-surface mineralization and proven geologic continuity. The company operates in mining-friendly jurisdictions, close to infrastructure and within major metal-producing belts. Its flagship La Union gold project offers high-grade gold-silver-lead-zinc potential in Mexico, while the North Island copper project provides exposure to porphyry copper and skarn systems in a district that hosts multi-billion-pound copper resources.
With gold prices near all-time highs and a copper supply crunch emerging, Questcorp is targeting discoveries that can drive exponential value from a tightly held share structure.
Company Highlights
- Flagship Asset – La Union Gold Project (Mexico): A high-grade carbonate replacement gold system in the Sonoran Gold Belt, boasting historical production, strong geologic signatures and drill-ready targets with >80 g/t gold surface samples.
- Copper Exposure in Tier-1 Jurisdiction: The North Island copper project lies just north of BHP’s historic Island Copper Mine. It shows promising porphyry and skarn-style mineralization and is adjacent to Northisle’s multi-million-ounce copper-gold deposits.
- Tight Capital Structure and Strategic Investors: ~63 million shares outstanding with approximately 90 percent held by long-term, high-net-worth and international investors with 3-5 year investment window .
- Execution-focused Management: Led by Founding President & CEO Saf Dhillon, a veteran builder of public companies, and geologist Tim Henneberry, with over 45 years of global exploration success.
- Immediate Catalysts: Near-term exploration at both assets with active permitting, drill programs and news flow expected throughout 2025.
Key Projects
La Union Gold Project – Sonora, Mexico (Flagship Asset)
The La Union gold project is a 2,604-hectare, road-accessible high-grade carbonate replacement deposit (CRD) located at the edge of the Sonoran Gold Belt, one of the richest gold-producing regions in Mexico. The property is located near major mines, including La Herradura (6.7 Moz, measured and indicated) and San Francisco (1.4 Moz, measured and indicated), and boasts historical production from underground operations by Peñoles and others, reportedly yielding ~50,000 ounces of gold in the 1950s at grades of 7 to 20 grams per ton (g/t) gold.
La Union gold project location
Work done to date includes consolidation of seven historical properties into a single district-scale project by Riverside Resources, which invested more than US$2.5 million in geological mapping, sampling and target definition. Sampling has returned high-grade grab samples including 83.2 g/t gold, 4,816 g/t silver, 30 percent zinc, and 19.8 percent lead. Channel sampling and geological work identified eight mineralized zones, three of which – Plomito, La Famosa and La Union – are drill-ready and fully permitted.
Geology and history of La Union
Questcorp executed a definitive agreement with Riverside in May 2025 to earn up to 100 percent interest in the project. The planned Phase I program includes drilling 10 diamond drill holes averaging 300 meters in depth across the three priority targets, alongside geophysical (gravity and EM) surveys to refine targets. Questcorp will also continue surface exploration at the remaining five targets to identify additional drill candidates. The project’s polymetallic nature and porphyry potential at depth suggest significant resource upside. Riverside remains as the operator during the earn-in, bringing proven success in similar deposits such as Alamos Gold’s Mulatos.
North Island Copper Project (NICP) – Vancouver Island, BC
The North Island copper property is an exploration-stage project located on the northern tip of Vancouver Island, approximately 7.5 km northwest of BHP’s historic Island Copper Mine. The Island Copper operation historically produced 1.2 billion kg copper, 35,268 kg gold, 360,800 kg silver, and significant molybdenum and rhenium from 367 million tonnes of ore, underscoring the district’s endowment.
NICP hosts eight documented copper-silver skarn occurrences and displays porphyry-style mineralization associated with the Island Intrusive suite. The property is geologically anchored by two main target areas: skarns associated with Quatsino limestones in the east and a porphyry copper target to the west, known as the Marisa Zone. Historical drilling by previous operators at Marisa intersected broad zones of copper mineralization, including:
- DDH92-01: 0.078 percent copper over 56.39 m, including 0.171 percent copper over 16.17 m
- DDH92-03: 0.041 percent copper over 70.71 m, with increasing grade at depth
Despite promising results, these zones were never followed up. Questcorp intends to revisit and expand on this historic work. The next steps include completing a 3D induced polarization (IP) survey to model chargeability and resistivity anomalies, followed by a focused drill campaign targeting extensions of the Marisa porphyry.
The project benefits from excellent access via the Vancouver Island Highway and logging roads, plus nearby hydro infrastructure, offering low-cost exploration potential. With a favorable neighborhood, including Northisle Copper & Gold Inc. (TSXV: NCX) with a ~$300 million market cap, NICP represents a high-upside copper exploration story in a Tier-1 jurisdiction.
Founding Directors and Management Team
Saf Dhillon – President, CEO and Director
Saf Dhillon has been involved in the development of public companies for over 20 years, holding various positions including investor relations, business development and senior management, as well as board directorships, building an extensive worldwide list of contacts. He was a key member of the Idaho-based U.S. Geothermal’s management team, which grew the company from an approximately US$2 million startup to a successful independent renewable energy power producer with three new power plants operating in the Pacific Northwest. Saf is President & CEO of iMetal Resources (TSXV:IMR), President & CEO of Bayridge Resources Corp. (CSE: BYRG). He is also a founding director of Torrent Gold (CSE:TGLD), a board member of Lake Winn Resources (TSXV:LWR), and provides assistance to several other private and public companies..
R. Tim Henneberry – Director
R. Tim Henneberry is a professional geoscientist with over 43 years of experience in domestic and international exploration and production for base and precious metals and industrial minerals. He founded Mammoth Geological in 1991, providing geological consulting services to numerous private and publicly traded companies. Henneberry has been involved in senior management of several TSX Venture and CSE listed companies over the last 30+ years, serving as director, senior officer or advisor, including the founding of several.
Scott Davis – Director
Scott Davis is a partner of Cross Davis & Company LLP Chartered Professional Accountants, providing accounting and management services for publicly listed companies. His experience includes CFO positions of several companies listed on the TSX Venture Exchange, and his past experience consists of senior management positions, including four years at Appleby as an assistant financial controller. Prior to that, he spent two years at Davidson & Company LLP Chartered Professional Accountants as an auditor, and five years with Pacific Opportunity Capital as an accounting manager.
Hypromag Achieves Further Technical Milestones as Piloting Ramps Up in Advance of Commercial Rare Earth Magnet Production in The Uk, Germany and USA
HPMS technology was developed by the Magnetic Materials Group at the University of Birmingham ("UoB"), underpinned by approximately US$100 million of research and development funding. HPMS has major competitive advantages over other rare earth magnet recycling technologies, which are largely focused on chemical processes but do not solve the challenges of extracting magnets from end-of-life scrap streams and only produce rare earth oxides or mixed rare earth carbonates, which require further processing. HyProMag provides the solution, producing a value-added, magnet product for direct sale to domestic customers across multiple jurisdictions.
Over the course of the previous 12 months, HyProMag has made significant technical progress to support its efforts in optimising design criteria, processing different NdFeB scrap feed materials and producing recycled, low carbon, commercial, magnets of different technical grades. To date, the University of Birmingham Pilot plant has produced over 3,500 magnets of commercial grade from various waste streams. Sample magnets have been provided to commercial partners for extensive testing and product verification and will support continued off taker due diligence over the coming 12 months for the UK, Germany and U.S. businesses.
Recent progress and technical milestones for HyProMag include the following:
- Further optimisation of HPMS for different NdFeB scrap sources - HPMS continues to demonstrate very effective removal and recycling of magnets from electric motor rotors, where they are embedded in laminated stacks of transformer steel. HyProMag is engaging with multiple parties in this sector to provide pre-processing and recycling solutions, as well as in other sectors such as e-bikes, medical devices and professional audio units.
- Hard disk drive (HDD) magnets continue to be an important feedstock for HyProMag with HPMS now succesfully demonstrated on at least 18 different morphologies of HDDs and commercial grade N45M and N42M magnets produced from the liberated HPMS powder. These and other magnets produced via HPMS from other scrap sources, ranging in grade from N48 remanence and UH coercivity, are currently being tested in a wide range of applications, including automotive, audio and others.
- In collaboration with ZF Automotive and UoB, HyProMag has recently supplied magnets for prototype testing in automotive ancillary applications which were successfully tested by ZF, with performance nearly identical to magnets made from virgin materials as indicated in the recent press article: https://www.engineerlive.com/content/recycling-and-reusing-motor-magnets .
- As a key partner in the Securing Critical Rare Earth Materials ("SCREAM") project, GKN Automotive was instrumental in delivering simulation and physical testing to verify that the HyProMag magnets produced via short-loop recycling have equivalent performance to primary magnets of the same grade.
- The first production-ready HDD magnet separation system has been built by INSERMA ANOIA SL ("Inserma") [i] and is expected to be delivered to the UK in Q3. The system has been shown to more accurately identify and remove the magnets from HDD for HPMS processing at scale. The addition of a printed circuit board removal module is at an advanced stage of development, which would be transformational for the process and enhances the Information Security requirements of HDD Recycling.
- Increased magnetic performance has been achieved through further optimisation of the HPMS and magnet manufacturing processes, with positive feedback from customers who are currently stress testing magnet prototypes. Further technical details, including magnet grades and performance achieved, are elaborated in a detailed HyProMag technical bulletin, which can be accessed via the following link: https://hypromag.com/executive-summary-of-recent-technical-progress-by-hypromag-ltd-june-2025
- Magnets produced from HPMS generated alloys are the first sintered NdFeB magnets to be produced in the UK since the closure of Philips in Southport in December 2003. This capability for manufacture of sintered, commercial grade magnets need not be confined to producing magnets directly from scrap and can be further enhanced by blending with new cast alloys made from virgin mine-sourced metals or recycled metals.
- Acceleration of research and development (R&D) work on blending recycled HPMS powders with virgin materials (from primary as well as medium and long loop recycled sources) is underway, which will broaden the range to higher magnet grades available for commercial purchase and aligns strongly with incoming thresholds for minimum recycled content under the European Union Critical Raw Materials Act.
- Over 100 different blends of recycled material have been created in the last six months to meet R&D and customer requirements, with magnets derived from both single and blended batches of HPMS powder demonstrating consistent performance and further validating the short-loop recycling and magnet manufacturing process.
- Whether in collaborative projects, such as SusMagPro and REEsilience in Europe and UKRI (United Kingdom Research and Innovation) projects RaRE, REAP, SCREAM, ReREwind and REEmelt, or through other collaborations, HyProMag's development partners remain confident of its continuing progress. A recent article has been published which has acknowledged the quality of magnets produced for rotating machines:https://www.engineerlive.com/content/recycling-and-reusing-motor-magnets .
- Rare earth magnets derived from HPMS will be extremely low in their Product Carbon Footprint (PCF). For further details and breakdown see https://mkango.ca/news/hypromag-usas-iso-compliant-product-carbon-footprint-study-confirms-exceptionally-low-co-sub-2-sub-footprint-of-2.35-kg-co-sub/
Through the abovementioned workstreams, together with further optimisation and development of blending and grain boundary technologies, HyProMag expects to significantly expand the range of commercial grades produced as illustrated below:
Will Dawes, Mkango CEO commented: "HyProMag is going from strength to strength with the support of its excellent and growing team, as well as from the University of Birmingham and its other partners. The company is well placed to capitalise on the increasing demand for more robust supply chains and sustainably sourced magnetic materials - technologies being commercialised by HyProMag will be transformational for the sector, and we look forward to first sales in UK and Germany in the coming months, as well as completion of detailed engineering in the USA in advance of large-scale project development."
Julian Treger, CoTec CEO commented: " We are very pleased with the continued progress of HyProMag in advance of the commissioning of the UK and German plants. The learnings from these plants and the University of Birmingham's pilot plant programme represent a significant opportunity for HyProMag USA to optimise and refine the detailed design phase. Furthermore, the production of a wide range of magnet grades for U.S. customers from multiple scrap feedstocks will support our financing and off take activities."
Nick Mann, HyProMag Limited MD commented: "The improvements on magnetic properties made are down to the increased understanding gained by the metallurgical team on how to process, blend and sinter differing input feed stocks to achieve a consistent grade of magnet. As we begin production at Tyseley we are testing, collaborating and supplying our commercial partners with our magnets against specifications and are demonstrating good alignment with their products."
Sean Worrall, GKN Automotive Chief Engineer Product Sustainability commented: "As the key physical testing and simulation partner, we are pleased to confirm that the recycled magnets replicated expected performance exceptionally closely during testing. This means HyProMag's short-cycled magnets can be reliably used in motor design simulation to deliver real world performance. The HPMS process enables a supply chain of sustainable, competitive, rare-earth magnets, decoupled from the problems of the virgin material supply chain"
2025 University of Birmingham (UoB) Accelerated Pilot Programme
In parallel with commissioning of the commercial plants in UK and Germany, and to support ongoing HyProMag USA LLC ("HyProMag USA") detailed design [ii] , HyProMag has further invested in piloting utilising the UoB infrastructure, onboarded new production engineers and tripled the throughput capacity of the UoB pilot vessel and associated processes. During a six-month period, multiple sources of scrap feeds will be processed with a target of two tonnes of HPMS power produced and converted into commercial grade magnets. HyProMag will provide these samples to potential customers, as well as targeting further improvements in the engineering design criteria, recoveries and magnet making capability to support commercial developments in the UK, Germany and U.S.
The main objectives of the 2025 UoB Accelerated Pilot Programme are to:
- Provide NdFeB block and finished magnet samples to customers , to support product marketing, offtake discussions and scale-up in Europe and North America, and to complement HyProMag's 2025 commercial production of NdFeB alloys, blocks and finished magnets derived from the commercial scale plant being commissioned at Tyseley Energy Park (TEP) by the University of Birmingham.
- Enhanced QAQC planning - Commercial production at TEP is targeted at 600kg batches of HPMS powder that will be analysed by ICP-OE, XRF and gas analysis. These characterised batches will be blended for targeted magnet qualities based on the development know-how from piloting. These batches will be large and consistent in quality; 1.2 tonnes of blended powder can, for example, deliver 50,000 magnets based on a typical 25g speaker application. Sampling QAQC procedures are being developed with end-users.
- Further demonstrate and optimise HPMS , including pre-processing for larger volumes and broader variety of scrap feeds to derive optimal process conditions and estimates of recovery, NdFeB magnet content and yield to short loop recycling for different scrap feeds
- Complete further variability analysis across different HPMS batches of the same type of scrap feed.
- Further demonstrate the ability to blend HPMS powders from different HPMS batches of the same scrap feed with or without virgin feed additions
The Accelerated Piloting Programme targets over 50 additional HPMS runs over a six-month period covering principal scrap feeds containing: separated magnet scrap, VCMs from different sources, pre-processed HDD feed, surface mounted and embedded rotors from electric motors, MRI, wind turbine feed, speaker assemblies and other forms of NdFeB scrap material provided by strategic partners.
About Mkango Resources Ltd.
Mkango is listed on the AIM and the TSX-V. Mkango's corporate strategy is to become a market leader in the production of recycled rare earth magnets, alloys and oxides, through its interest in Maginito Limited ("Maginito"), which is owned 79.4 per cent by Mkango and 20.6 per cent by CoTec, and to develop new sustainable sources of neodymium, praseodymium, dysprosium and terbium to supply accelerating demand from electric vehicles, wind turbines and other clean energy technologies.
Maginito holds a 100 per cent interest in HyProMag and a 90 per cent direct and indirect interest (assuming conversion of Maginito's convertible loan) in HyProMag GmbH, focused on short loop rare earth magnet recycling in the UK and Germany, respectively, and a 100 per cent interest in Mkango Rare Earths UK Ltd ("Mkango UK"), focused on long loop rare earth magnet recycling in the UK via a chemical route.
Maginito and CoTec are also rolling out HPMS recycling technology into the United States via the 50/50 owned HyProMag USA LLC joint venture company.
Mkango also owns the advanced stage Songwe Hill rare earths project in Malawi ("Songwe") and the Pulawy rare earths separation project in Poland ("Pulawy"). Both the Songwe and Pulawy projects have been selected as Strategic Projects under the European Union Critical Raw Materials Act. Mkango has signed a letter of Intent with Crown PropTech Acquisitions to list the Songwe Hill and Pulawy rare earths projects on NASDAQ via a SPAC Merger.
For more information, please visit www.mkango.ca
About CoTec Holdings Corp.
CoTec is a publicly traded investment issuer listed on the Toronto Venture Stock Exchange ("TSX- V") and the OTCQB and trades under the symbols CTH and CTHCF respectively. CoTec Holdings Corp. is a forward-thinking resource extraction company committed to revolutionizing the global metals and minerals industry through innovative, environmentally sustainable technologies and strategic asset acquisitions. With a mission to drive the sector toward a low-carbon future, CoTec employs a dual approach: investing in disruptive mineral extraction technologies that enhance efficiency and sustainability while applying these technologies to undervalued mining assets to unlock their full potential. By focusing on recycling, waste mining, and scalable solutions, the Company accelerates the production of critical minerals, shortens development timelines, and reduces environmental impact. CoTec's strategic model delivers low capital requirements, rapid revenue generation, and high barriers to entry, positioning it as a leading mid-tier disruptor in the commodities sector.
For more information, please visit www.cotec.ca.
About HyProMag USA LLC.
HyProMag USA is owned 50:50 by CoTec and HyProMag Limited. HyProMag Limited is 100 per cent owned by Maginito, which is owned on a 79.4/20.6 per cent basis by Mkango and CoTec.
For more information, please visit www.hypromagusa.com
Market Abuse Regulation (MAR) Disclosure
The information contained within this announcement is deemed by the Company to constitute inside information as stipulated under the Market Abuse Regulations (EU) No. 596/2014 ('MAR') which has been incorporated into UK law by the European Union (Withdrawal) Act 2018. Upon the publication of this announcement via Regulatory Information Service, this inside information is now considered to be in the public domain.
Cautionary Note Regarding Forward-Looking Statements
This news release contains forward-looking statements (within the meaning of that term under applicable securities laws) with respect to Mkango and CoTec. Generally, forward looking statements can be identified by the use of words such as "plans", "expects" or "is expected to", "scheduled", "estimates" "intends", "anticipates", "believes", or variations of such words and phrases, or statements that certain actions, events or results "can", "may", "could", "would", "should", "might" or "will", occur or be achieved, or the negative connotations thereof. Readers are cautioned not to place undue reliance on forward-looking statements, as there can be no assurance that the plans, intentions or expectations upon which they are based will occur. By their nature, forward-looking statements involve numerous assumptions, known and unknown risks and uncertainties, both general and specific, that contribute to the possibility that the predictions, forecasts, projections and other forward-looking statements will not occur, which may cause actual performance and results in future periods to differ materially from any estimates or projections of future performance or results expressed or implied by such forward-looking statements. Such factors and risks include, without limiting the foregoing, the delivery and effectiveness of the HDD magnet separation system built by Inserma, the results of the Accelerated Pilot Programme at UoB, the availability of (or delays in obtaining) financing to develop Songwe Hill, the Recycling Plants being developed by Maginito in the UK, Germany and the US (the "Maginito Recycling Plants"), governmental action and other market effects on global demand and pricing for the metals and associated downstream products for which Mkango is exploring, researching and developing, geological, technical and regulatory matters relating to the development of Songwe Hill, the ability to scale the HPMS and chemical recycling technologies to commercial scale, competitors having greater financial capability and effective competing technologies in the recycling and separation business of Maginito and Mkango, availability of scrap supplies for Maginito's recycling activities, government regulation (including the impact of environmental and other regulations) on and the economics in relation to recycling and the development of the Maginito Recycling Plants, and Pulawy and future investments in the United States pursuant to the proposed cooperation agreement between Maginito and CoTec, cost overruns, complexities in building and operating the plants, and the positive results of feasibility studies on the various proposed aspects of Mkango's, Maginito's and CoTec's activities. The forward-looking statements contained in this news release are made as of the date of this news release. Except as required by law, the Company and CoTec disclaim any intention and assume no obligation to update or revise any forward-looking statements, whether because of new information, future events or otherwise, except as required by applicable law. Additionally, the Company and CoTec undertake no obligation to comment on the expectations of, or statements made by, third parties in respect of the matters discussed above.
For further information on Mkango, please contact:
Mkango Resources Limited
William Dawes Alexander Lemon
Chief Executive Officer President
will@mkango.caalex@mkango.ca
Canada: +1 403 444 5979
www.mkango.ca
@MkangoResources
SP Angel Corporate Finance LLP
Nominated Adviser and Joint Broker
Jeff Keating, Jen Clarke, Devik Mehta
UK: +44 20 3470 0470
Alternative Resource Capital
Joint Broker
Alex Wood, Keith Dowsing
UK: +44 20 7186 9004/5
For further information on CoTec, please contract:
CoTec Holdings Corp.
Braam Jonker
Chief Financial Officer
braam.jonker@cotec.ca
Canada: +1 604 992-5600
The TSX Venture Exchange has neither approved nor disapproved the contents of this press release. Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.
This press release does not constitute an offer to sell or a solicitation of an offer to buy any equity or other securities of the Company in the United States. The securities of the Company will not be registered under the United States Securities Act of 1933, as amended (the "U.S. Securities Act") and may not be offered or sold within the United States to, or for the account or benefit of, U.S. persons except in certain transactions exempt from the registration requirements of the U.S. Securities Act.
Right to Earn Majority Interest in Highly Prospective Chilean Copper-Gold-Molybdenite Porphyry Project and Placement to raise $2.2m
Highlights
- Large Cu-Au-Mo porphyry target untested at depth
- Coincidental datasets suggest substantial copper porphyry system
- Shallow historic drilling confirms porphyry mineralisation above target
- Drilling of targets to commence early Q4 2025
- Oliver Kiddie joins FMR as Managing Director
- Firm commitments received for $2.2m capital raising at $0.16 through a placement to existing and new sophisticated investors
- Mark Creasy to join the FMR register as major shareholder
The Southern Porphyry JV gives FMR exposure to a potential Company-making discovery. Coincidental datasets captured across the Southern Porphyry target area suggest a large, untested copper porphyry system below historic exploration. With proven fertility along a ~6km corridor at Llahuin, including historic shallow copper porphyry mineralisation directly above the Southern Porphyry target, this JV delivers FMR drill-ready targets for Q4 2025. The Company looks forward to updating shareholders as we progress towards maiden drilling of these exciting targets.
In conjunction, FMR is pleased to announce the appointment of Oliver Kiddie as Managing Director. Mr Kiddie is a geologist with over 20 years’ experience across exploration, resource definition, project development, and production throughout Australia and internationally. He has extensive experience in base metal and gold exploration through senior management, executive, and directorship positions, including Dominion Mining, European Goldfields, the Creasy Group, and Legend Mining.
Oliver Kiddie said:“I am very excited to be joining the FMR team as the Company expands its exploration portfolio with the Llahuin Project in Chile. I look forward to leading the Company through the next stage of growth and working with the experienced SUH team as the compelling Southern Porphyry drill targets are tested in Q4 this year, with the clear aim of a Company-making discovery.”
Project Description
Porphyry-style Cu-Au-Mo mineralisation identified to date at the Llahuin Project is largely hosted in three main mineralised zones - the Central Porphyry Zone, Cerro do Oro and Ferrocarril, which occur along a +2.5 km N-S strike (open north and south, with a total strike length of up 6 km). These zones are coincident with a north-south trending valley, potentially reflecting weathering of more regressive units or a structure.
Figure 1. Oblique view of Southern Porphyry Target looking to WNW showing 3D inversion model resistivity shells from magnetotelluric data, Llahuin Project drilling to date and tenements forming the joint venture. Refer to Figures 6 and 7 for location and plan view, and Figure 5 for a sectional view.
Llahuin was initially acquired in July 2011 by SUH through an intermediary from Antofagasta plc. Drilling completed across the project to date comprises 296 holes for 64,503m with a total of 62 holes for 11,927m completed on the JV Tenements, of which 9,156m reports to the Ferrocarril zone and are therefore not relevant to the Southern Porphyry Target. Drilling has resulted in the delineation of Mineral Resources which do not form part of the JV and do not form part of the transaction (see Figures 1 and 7).
In addition to drilling SUH has completed extensive geochemical and geophysical surveys at Llahuin, including detailed magnetics (MAG), induced polarisation (IP), and magnetotellurics (MT). These datasets have indicated a “blind” porphyry-style target at the southern end of the Llahuin Project named the Southern Porphyry Target. This target is defined by a coincident magnetic anomaly, IP resistivity anomaly, and MT resistivity anomaly. The target is modelled as a circular feature 1.5km – 2km in diameter and centred approximately 1,000m below surface (see Figures 1, 2, 3, 4, and 5).
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This article includes content from FMR Resources, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Multiple High-Grade Results including 51.96% Cu C 52g/t Ag
- Initial assay results from maiden surface sampling program confirm wide-spread mineralisation
- Large representative rock samples were collected across Laphroaig, Jura and Oban districts
- At Laphroaig: High-grade copper over 500m strike, within a broader 2.0km trend, including:
- CMC0047: 51.96% Cu and 52.2g/t Ag
- CMC0042: 50.84% Cu and 65.3g/t Ag
- At Jura: High-grade copper over 5.0km strike, hosted within a major N-S trending fault, including:
- CMC0021: 19.10% Cu and 21.1g/t Ag
- CMC0101: 13.55% Cu and 24.3g/t Ag
- Maiden drill campaign scheduled to commence around 5th July focusing on Coronation C Jura
- Assay results for samples containing native copper are expected to be received in the next week
- Fully funded C fully permitted for high-impact maiden exploration drill campaign
- lanning underway for larger Phase-2 exploration program, including expanded drill campaign
Managing Director, Chris Hansen, commented,
“These are truly exceptional early results that speak to the scale, quality, and untapped potential of our Coppermine Project. To return grades of over 50% copper from surface samples — and to also return high-grade results from across multiple prospects — is a rare and exciting outcome. What’s even more compelling is the continuity of mineralisation we're seeing: over 500 metres at Laphroaig and more than 5.0 kilometres at Jura. This confirms the presence of an extensive, high-grade copper system, and supports the historic information we’re building on.
We are now entering a very exciting phase for Somerset. Our fully funded, fully permitted maiden drill campaign is set to commence in just over two weeks time, with walk-up targets defined by strong geophysical signatures and outcropping copper mineralisation. At Coronation, we’re targeting several high-priority IP anomalies supported by historical drill intercepts of up to 40 metres, while Jura and Laphroaig are shaping up as large-scale, structurally controlled, high-grade copper systems with district-scale potential. These early successes are the direct result of our methodical and targeted approach to exploration.
With a dominant landholding in one of the world’s last underexplored copper frontiers, drilling set to begin imminently and assays still outstanding for native copper sampling, we believe Somerset is uniquely positioned to potentially unlock a major new copper district.”
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This article includes content from Somerset Minerals Limited, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
