Prime Meridian reviews Tango data, arranges placement
Prime Meridian Resources Corp. (TSXV:PMR)has provided the following technical overview of the porphyry target at the company’s Tango project in Southern Sinaloa state, Mexico. The purpose of this overview is to introduce exploration data from the porphyry prospect in some detail.
Concept
“Porphyry-style orebodies are hosted within large volumes of hydrothermally altered rock, in which there is a characteristic transition in the alteration mineral assemblage from a domain of deposit-central potassic alteration, outward into deposit-distal propylitic alteration….Similarly, hypogene zonation in metals, comprising central enrichment in Cu-Au-Mo which grades outwards through a peripheral halo of pyrite (Fe addition) followed by elevated Mn-Zn-Pb, has long since been noted…” (Pacey, 2016).
The Laramide belt contains most of the known copper deposits in Mexico, including active copper and molybdenum producing deposits at Cananea and La Caridad. The Laramide consists of >4 km of volcanosedimentary and plutonic rocks of the Late Cretaceous Tarahumara Formation in Sonora. Centeno-Garcia (2017) proposed that the Tarahumara Formation is an arc that extends further south of Sonora.
Recent uranium-lead isotope measurements from zircons in volcanic host rocks from the Tayoltita mining camp in Durango 140 kilometers due north of the Tango Property have ages that range from 75.5 Ma in the Socavon Volcanics to younger than 63 Ma in the Productive Andesite (Paula Montoya-Lopera et al., 2019). They correlate the volcanic rocks at Tayoltita to the Tarahumara Formation in Sonora.
Molybdenite-quartz veinlets hosted in the tuffites from the northern part of the Tango Property were dated in the fall of 2018 by the Department of Geosciences at the University of Arizona using rhenium and osmium isotopes under the supervision of Dr. Martin Valencia Moreno of the Instituto de Geologia/ERNO Universidad Nacional Autonoma de Mexico. This molybdenite has a Latest Cretaceous age of 66.31 +/- 0.33 Ma. As the host rocks at Tango in Sinaloa are older than the mineralization, they most likely correlate to the Tarahumara Formation as well.
Exploration
The potential for a porphyry deposit on the Tango Property was first recognized in 2004 when thin veinlets of quartz and magnetite with biotite selvedges were found hosted in granodiorite near the village of Picachos. These veinlets are now thought to form part of a magnetite-biotite stockwork annulus as defined by Pacey (2016) around a buried porphyry system. Early microscopic inspection of several rock samples showed that least-altered granodiorite was composed mainly of plagioclase feldspar and hornblende with minor interstitial quartz and orthoclase. Observable biotite is not part of the original rock but is part of the hydrothermal alteration and occurs with secondary potash feldspar, quartz, magnetite, chalcopyrite, bornite and molybdenite.
Exploration for a porphyry system was initiated in 2008 after analysis of the metal ratios Cu/Cu+Zn and Mo/(Mo+Zn) in existing soil and rock samples showed a clear zoning pattern of stronger copper and molybdenum values compared to zinc, centered north of Picachos. The zoning was clearly typical of a porphyry system. The first survey was designed to cover the area where these ratios were larger than 0.5 on the western half of the Property over the intrusive complex (see map here https://primemeridianresources.com/projects/#location). A rock-sample grid of 100 m x 100 m was laid out. Workers were to collect in-situ rock at each site. If mineralization was observed, a chip-channel sample was to be cut across the structure, and the orientation measured. If no mineralization was apparent, a grab sample would be acceptable. If the mineralization was quite interesting, additional samples were cut at the discretion of the worker. A total of 941 rock samples were collected and analyzed using a Niton GOLDD hand-held XRF, Terraspec short-wave infrared spectrometer, Kappa magnetic susceptibility meter and Meiji binocular microscope with camera according to the procedures outlined at the end of this News Release. Results of this survey are summarized in Table 1.
Table 1. Summary distribution statistics for element concentrations measured from rock pulps using a NITON
GOLDD hand-held XRF and magnetic susceptibility data measured on rock chips using a hand-held
Kappa susceptibility meter. BD = Below Detection. 75th, 90th, 95th and 98th are percentiles.
Parameter Maximum Arithmetic Mean Median Range Standard Deviation
75th 90th 95th 98th
As (ppm) 32661 240 28 32659 1616 72 296 673 1416
Bi (ppm) 7653 45 5 7651 359 BD BD 33 230
Cu (ppm) 36575 1206 162 36572 3236 820 2766 6154 14107
Mo (ppm) 81956 542 5 81954 4860 26 116 312 1865
Mn (ppm) 86141 1979 1460 86138 3276 2516 4003 4991 6743
Ag (ppm) 2500 28 5 2498 101 BD 79 115 179
Pb (ppm) 373114 1903 82 373112 13695 490 3218 6400 16010
Zn (ppm) 210429 4216 183 210426 17094 636 5107 24067 55997
K (pct) 4.8 1.8 1.8 4.8 0.9 2.4 3.0 3.4 3.8
Fe (pct) 43.7 5.5 4.0 43.7 4.5 6.7 11.2 14.1 19.9
Ca (pct) 9.2 0.9 0.5 9.2 1.2 1.2 2.0 3.3 5.1
Si (pct) 42.3 12.6 12.3 41.4 3.5 14.1 15.7 16.9 22.3
S (pct) 30.3 0.4 0.1 30.3 1.5 0.2 0.9 1.5 2.5
Magnetic
Susceptibility
(SI Units*1000) 220 3 BD 221 10 2 8 14 25
Rock types covered in the survey area are mainly andesites that probably correlate to the Socavon Volcanics of the Tarahumara Formation, tuffites derived from the Socavon volcanics, trachydiorite with megacrysts of feldspar and mafic minerals, hornblende-plagioclase granodiorite, quartz porphyritic alkali feldspar granite, felsic and mafic dikes. A geologic map drafted from these observations is on the website https://primemeridianresources.com/projects/#location).
Hydrothermal minerals that are not part of the original rock include potash feldspar (134 locations), biotite (182 locations), magnetite (235 locations), tourmaline rosettes (27 locations), muscovite (201 locations), illite (420 locations), jarosite (29 locations), epidote, calcite and chlorite (collectively 367 locations). Unidirectional solidification texture with coarsely crystalline molybdenite (UST) was observed in 13 locations. Coarsely crystalline chalcopyrite with magnetite, pyrrhotite and sphalerite was found at Mochomos (see map on the website). Biotite greisen (pegmatite) occurs just north of Picachos. The major conclusion of this original survey was that a significant porphyry system existed on the Property. Ore grades were locally exposed on surface, but most of the surface alteration is sericitic and probably occurs above and peripheral to the deposit center. Further work was clearly warranted to define the characteristics of the system and select the best drill targets.
The Company is currently reviewing this information in some detail and classifying the vein types according to the information in Monecke et al., 2018 and alteration zones according to Pacey, 2016 using new tools developed in MxDeposit. Once the classification is complete, a new alteration map will be drafted to guide the next workplan. It is expected that this workplan will include geophysical surveys followed by drilling.
References
Centeno-Garcia, E. (2017) Mesozoic tectono-magmatic evolution of Mexico: An overview; Ore Geology Reviews 81: 1035-1052
Hammarstrom, J., Robinson, G., Ludington, S., Gray, F., Drenth, B, Cendejas-Cruz, F., Espinosa E. , Perez-Segura, E., Valencia-Moreno, M., Rodriguez-Castaneda, J., Vasquez-Mendoza, R., and
Zurcher L., 2010, Porphyry Copper Assessment of Mexico, USGS Scientific Investigations Report 2010-5090-A, 192 p.
Monecke, T. Monecke, J., Reynolds, T., Tsuruoka, S., Bennett, M. Skewes, W. and Palin, R. (2018) Quartz solubility in the H2O-NaCl system; a framework for understanding vein formation in porphyry copper deposits; Economic Geology and the Bulletin of the Society of Economic Geologists 113 (5): 1007-1046.
Montoya-Lopera,P., Ferrari, L., Levressea, G., Abdullinb, F., Mata L. (2019) New insights into the geology and tectonics of the San Dimas mining district, Sierra Madre Occidental, Mexico; Ore Geology Reviews 105: 273-294.
Pacey, A., 2016, The characteristics, geochemistry and origin of propylitic alteration in the Northparkes porphyry copper-gold system; Department of Earth Science and Engineering Imperial College London UK, PhD thesis, 652 pages.
Sampling and Analytical Procedures
Rock sample sites were cleaned of surface oxides and moss then cut with a hammer and chisel onto a clean costal. Samples are homogenized by breaking large pieces with a pair of hammers then rolling the corners of the costal. Once prepared, about 2 kg of rock chips and dust are collected in double poly bags. Numbered tags are placed between the poly bags with the number facing out. Data about the sample site are recorded, including the co-ordinates in WGS84 datum, sample length, structure orientation (dip, dip direction), geology and alteration. (Historically, this information was recorded on paper sample cards, now it is done on electronic tablets using MxDeposit software). The samples were bagged in costales of about 15 bags each, then trucked to Mazatlan. Batches of about 50 samples were laid out in order in a secure area and dried in the sun for at least 24 hours with the bags open. Then they were analysed as follows:
Short wave infrared spectra were collected from each sample using a Terraspec SWIR spectrometer. Prior to taking any measurements, the instrument was turned on and allowed to run for about 15 minutes to stabilize the operating temperature of the electronics. Then the spectrometer itself was calibrated using a white reference material (“spectrolon”) according to the procedures in the user’s manual. Several spectra were reviewed from each sample prior to recording a representative spectrum for each sample in the database. If different spectra were present, multiple spectra were collected as required.
The raw spectra for different wavelength regions were spliced together using the ViewSpecPro software. The spectra were then examined by the author, and the minerals were identified by comparing the sample spectra to reference spectra. Sometimes there are several different minerals in a sample, and the spectrometer comes with some software that allows the operator to “unmix” the sample curves. In practice, two or three minerals that might result in a sample curve can be resolved.
A sample pulp for XRF analysis was prepared by sieving each rock sample to 40 ppm. Standard pulps with known metal concentrations were scanned every 30 readings to ensure that the instrument was reading correctly.
Magnetic susceptibility was measured using a Kappa susceptibility meter.
The results of the electronic scans and measurements were verified by inspecting the rocks visually with a Meiji binocular microscope and recording the petrographic observations. Some samples were photographed.
Qualified Persons
The scientific and technical information in this news release has been prepared in accordance with the Canadian regulatory requirements set out in National Instrument 43-101 (Standards of Disclosure for Mineral Projects) and reviewed and approved on behalf of the Company by Michelle Robinson, MASc. P.Eng. a Qualified Person as defined by NI-43-101. M. Robinson performed the analyses mentioned above.
Financing
The Company is currently conducting a non-brokered private placement financing of up to 15,000,000 units at a price of ten cents ($0.10) per unit to raise proceeds of up to $1,500,000. Each unit consists of one common share and one common share purchase warrant (the “Warrants”) with each Warrant entitling the holder to acquire one additional common share at a price of thirty cents ($0.30) per share for twelve months from closing. The Warrants will be subject to the right of the Company to accelerate the exercise of the Warrants if the shares of the Company trade at or above $0.50 for a period of 10 consecutive trading days.
Finders fees may be payable on this financing and are payable on the Tango Project transaction.
Final approval from the TSX Venture Exchange for the Tango Project is subject to submission of a Title Opinion on the project (pending) and the closing of a financing to meet the financial obligations of the project and the working capital needs of the Company for six months.
Click here to connect with Prime Meridian Resources (TSXV:PMR) for an Investor Presentation.
Source: www.stockwatch.com
The Conversation (0)
Latest News
Outlook Reports world
Featured Precious Metals Investing Stocks

Investor Insight
Heliostar combines production of ~50,000–55,000 oz in 2026 with a pipeline of high-margin development assets in Mexico led by Ana Paula. Supported by operating cash flow from La Colorada and San Agustin, a debt-free balance sheet and strategic expansion into the US with the Goldstrike project in Utah, the company is positioned to scale into a 500,000 oz per year gold producer.
Overview
Heliostar Metals (TSX:HSTR,OTCQX:HSTXF,FRA:RGG1) is an emerging gold producer focused on building a mid-tier, multi-asset production platform, anchored in Mexico and complemented by strategic expansion into the United States.

The company has rapidly transformed from an explorer into a producer through disciplined, value-accretive acquisitions, assembling a 100 percent-owned portfolio of producing mines, advanced development projects and exploration assets. This platform provides both immediate cash flow and long-term scalability.
In 2025, Heliostar produced 34,098 gold equivalent ounces, generated US$47.4 million in mine operating earnings, and ended the year with US$40.6 million in cash and no debt, demonstrating strong execution and financial discipline.
Production is expected to increase to 50,000–55,000 oz in 2026, driven by La Colorada and San Agustin. Development of Ana Paula and Cerro del Gallo supports a clear pathway to 500,000 oz annual production by 2030.

In 2026, Heliostar formed part of the OTCQX’s Best 50 top-performing companies. The company ranked 8th overall, joining 7 other mining companies in the top 10.
Beyond its core Mexican portfolio, the addition of the Goldstrike project in Utah introduces further growth optionality, reinforcing Heliostar’s strategy of acquiring and advancing underexplored assets with strong development potential. With a staged growth strategy, strong margins and an expanding resource base, Heliostar is positioned to evolve into a 500,000 oz per year gold producer by 2030.
Company Highlights
- Growing Production Base: Two producing mines targeting 50,000–55,000 oz of gold in 2026, generating cash flow to fund development.
- Clear Path to Mid-Tier Scale: Staged growth targeting annual production of 500,000 oz by 2030.
- High-Margin Flagship Asset: The Ana Paula PEA outlines 101,000 oz/year production (post ramp-up) with strong economics, including US$1,012M NPV5% and 51.3% IRR at higher gold price assumptions, supporting a 2028 production target.
- Self-Funded Growth Model: Generated US$47.4 million in mine operating earnings (2025) with US$40.6 million in cash and zero debt, reducing reliance on equity dilution.
- Robust Resource Base: Approximately 7.3 Moz measured and indicated gold resources plus ~1.4 Moz inferred, supporting long-term scalability.
- High-Quality Development Pipeline: Cerro del Gallo targeting 86,000 GEO/year at US$1,390 AISC, alongside San Antonio’s production potential.
- Strategic Expansion in the US: Acquisition of the Goldstrike project in Utah adds near-surface oxide potential and long-term growth optionality.
- Strong Institutional Backing: Approximately 53 percent institutional ownership, complemented by high-net-worth investors and management alignment.
Key Projects
Ana Paula (Flagship Development Project)

Ana Paula is a high-grade underground gold project in Guerrero and the cornerstone of Heliostar’s long-term growth strategy.
The November 2025 PEA outlines a 9 year mine life with 101,000 oz/year production, 874,700 oz total output, and strong economics, including a US$1,012M NPV5% and a 51.3 percent IRR, supported by a low AISC of US$1,011/oz.
The project hosts approximately 742,000 oz measured and indicated at 5.4 g/t and 514,000 oz inferred, highlighting its high-grade profile and expansion potential.

With a feasibility study targeted for H1 2027 and construction expected in H2 of the same year, Ana Paula is expected to become the primary driver of Heliostar’s transition to mid-tier production.
The company is targeting production at Ana Paula in 2028.
La Colorada Mine

La Colorada in Sonora is a key cash-flowing asset that underwent a successful turnaround in 2025. The mine hosts reserves of 376,000 ounces of gold grading 0.68 g/t in 17.1 million tonnes of ore.
The mine is expected to produce 20,000–22,300 oz in 2026 at AISC of US$1,775–1,875/oz, supported by a six-year mine life and approximately 286,000 oz total production profile.
Mining at the project’s Veta Madre pit commenced in August 2026, a milestone that the company ties to its plan to secure cash flow through 2027 and 2028 to support construction at Ana Paula.
Ongoing drilling, pit expansions and underground potential provide meaningful upside, reinforcing its role as a core funding engine for development.

San Agustin Mine
San Agustin in Durango is a restarted oxide heap-leach operation providing near-term production growth and cash flow.
2026 guidance targets 30,000–32,700 oz of gold at AISC of US$2,150–2,250/oz, following a low-capital restart funded from the company’s balance sheet.
The asset offers additional upside through oxide expansion and sulphide exploration, supporting potential mine life extension.
Cerro del Gallo Project
Cerro del Gallo is a large-scale gold-silver development project in Guanajuato and a key driver of future production growth.
The 2025 PFS outlines ~86,000 GEO/year over a 15-year mine life at US$1,390 AISC, with strong economics, including US$972 million NPV5% and 59.3 percent IRR at higher gold price assumptions.
The project is expected to play a central role in advancing Heliostar towards the goal of 500,000 oz annual production by 2030.
San Antonio Project
San Antonio is a 100%-owned heap-leach development project offering strong optionality and long-life production potential.
The project hosts approximately 1.74 million ounces of measured and indicated gold and demonstrates attractive optionality, including potential 80,000 oz/year production and low AISC of US$1,063/oz.
As permitting advances, San Antonio represents a key medium-term growth opportunity within the portfolio.
Goldstrike Project (Utah, USA)
Goldstrike is a newly acquired gold project that expands Heliostar’s footprint in the United States and adds exploration and development optionality. The property currently hosts an Indicated resource of 975 kilo ounces at 0.46 g/t of gold.
The project hosts a near-surface oxide gold system with historical production of approximately 209,000 ounces of gold and defined mineralization, offering potential for low-cost, open-pit heap-leach development. Its geological setting and existing dataset provide a strong foundation for resource growth and technical advancement.
Goldstrike complements Heliostar’s acquisition strategy by adding a scalable, underexplored asset outside its core Mexican portfolio, enhancing long-term growth potential.
Drilling is underway at Goldstrike to test the antimony and gold potential of both Antimony Ridge and Antimony Knoll, with results expected towards the end of 2026.
Management Team
Charles Funk – President & CEO
Charles Funk has over 20 years of experience in exploration and business development, including senior roles at Newcrest Mining and OZ Minerals. He led the Panuco discovery for Vizsla Silver, demonstrating strong capability in identifying high-value deposits. At Heliostar, he has driven the company’s transformation into a multi-asset gold producer through disciplined acquisitions. His leadership is focused on building a scalable, mid-tier gold platform.
Gregg Bush – Chief Operating Officer (COO)
Gregg Bush is a proven mine builder with extensive experience in mine development, integration and operations. He previously served as COO of Capstone Mining and held senior leadership roles at Equinox Gold. Bush brings deep expertise in optimizing operating assets and advancing projects into production. He plays a key role in executing Heliostar’s production growth strategy.
Sam Anderson – VP Projects
Sam Anderson has approximately 25 years of experience in mine geology and project development, including 17 years at Newmont. He played a key role in advancing the Merian Mine from resource stage through construction to steady-state production. His expertise spans exploration, resource expansion and project execution. At Heliostar, he leads the advancement of key development assets.
Mike Gingles – VP Corporate Development
Mike Gingles brings more than 35 years of experience in the mining industry, specializing in corporate development and M&A. He played a leadership role in major transactions including Pueblo Viejo and Turquoise Ridge. His expertise includes project evaluation, deal structuring and strategic partnerships. He supports Heliostar’s acquisition-driven growth strategy.
Hernan Dorado – VP Sustainability & Special Projects
Hernan Dorado is a fifth-generation miner with over 20 years of experience in mining operations, particularly in Mexico. He was a founding member of Guanajuato Silver, where he served as COO. His expertise includes permitting, community engagement and sustainability practices. He ensures responsible development across Heliostar’s operations.
Vitalina Lyssoun – Chief Financial Officer (CFO)
Vitalina Lyssoun is a Chartered Professional Accountant (CPA, CA) with more than 16 years of experience in financial management within the resource sector. She has extensive expertise in public company reporting, compliance and internal controls. Prior to joining Heliostar, she led the corporate accounting function at Gatos Silver. Her experience spans multiple international jurisdictions.
Stephen Soock – VP Investor Relations & Development
Stephen Soock has nearly 20 years of experience across mining operations and capital markets. He began his career in technical roles at mine sites before transitioning to equity research, where he spent eight years covering growth-stage mining companies. He is a mining engineer and CFA Charterholder. At Heliostar, he leads investor relations and supports capital markets strategy.

Investor Insight
GoldInxs Mining Corp. (TSXV:INXS, OTCQB: INXGF) provides investors with exposure to early-stage gold-copper exploration in British Columbia, leveraging a portfolio of high-potential projects in Tier 1 jurisdictions, within established gold districts, surrounded by strong regional infrastructure and led by an experienced management team committed to accelerating discovery and delivering shareholder value.

Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.
Overview
GoldInxs Mining Corp. is a discovery-focused mineral exploration company dedicated to identifying and advancing high-potential copper-gold assets in proven geological belts. The Company's strategy centers on acquiring overlooked and underexplored projects with large-scale potential, applying modern exploration techniques to rapidly evaluate targets and unlock shareholder value through discovery.
The Company’s. common shares started trading on the TSX Venture Exchange in July 2026 under the symbol INXS, positioning itself to capitalize on favorable copper and gold market fundamentals.

Copper demand is forecasted to grow steadily through 2030, with the global copper market expected to expand to over US$340 billion by 2030, driven by electric vehicles, renewable energy and infrastructure growth.
On the other hand, gold continues to provide a safe-haven hedge against policy risks and market volatility, making GoldInxs’ dual focus on copper and gold particularly compelling for investors.
The Company’s portfolio is anchored by two priority projects: the Fishpot Project in central British Columbia, interpreted as an emerging, large epithermal system with strong infrastructure access and jurisdiction quality as well as early indications of blackwater-style mineralization, and the non-core Millar Project in the prolific B.C Golden Triangle, a district renowned for world-class discoveries. While surrounding deposits attracted billions of dollars in investment, Fishpot received only sporadic historical exploration despite widespread hydrothermal alteration and numerous anomalous gold, silver and copper results. Artemis Gold’s Blackwater Mine has announced tripling production with an intended $1.56B investment, which sits only 65 km from the Fishpot property.
Backed by a management team with expertise in exploration, project development and capital markets, GoldInxs is positioned to rapidly advance its assets, deliver near-term exploration catalysts and create shareholder value through discovery and strategic growth.
Company Highlights
- Mining-friendly jurisdiction: Projects are in British Columbia, which ranked second in Canada and 20th globally in the 2025 Fraser Institute investment attractiveness rankings.
- Flagship and district-scale assets: Portfolio is anchored by the flagship Fishpot Project (“Fishpot”) in central B.C., showing strong geological indicators of mineralization, blackwater-style mineralization potential and immense exploration upside potential with only 378 meters of historical drilling. Fishpot is strategically located in the same region as Artemis Gold’s Blackwater Mine and Evolution Mining’s optioned Clisbako property.
- Clear path to 2026 catalysts: GoldInxs secured a drill permit for an upcoming maiden 2,000-metre drill program at Fishpot, near-term exploration programs are designed to define mineralized systems, outline blackwater-style potential and create shareholder value following the completion of a 3D IP survey and drill targeting.
Key Projects
Fishpot Project


The Fishpot Project represents the cornerstone asset within the GoldInxs portfolio. Covering up to 5,500 hectares in Central British Columbia, and located ~95 km north of Quesnel, Fishpot hosts a large hydrothermal alteration system that exhibits many of the geological characteristics observed in major epithermal and intrusion-related gold systems throughout the region. Fishpot encompasses five claim blocks, held under an option to acquire 100 percent subject to a 2 percent NSR, representing a significant exploration opportunity in a highly prospective region.
Fishpot represents a largely untested hydrothermal mineral system where multiple independent exploration datasets, including gold-silver-copper surface geochemistry, alteration and geology, airborne magnetics, 3D IP chargeability/resistivity and identified epithermal-to-potential-porphyry target environments, are converging to define drill targets, despite only 378 metres of historical drilling across two holes.
Fishpot is situated within the highly prospective Stikine Terrane and is underlain by Hazelton Group volcanic rocks and intrusive units comparable to those associated with several significant deposits in British Columbia. Extensive quartz-sericite alteration, hydrothermal brecciation, pyrite mineralization and multi-element geochemical anomalies support the interpretation of a robust mineralizing system. Fishpot is strategically positioned near active and historical mining operations, including Artemis Gold’s Blackwater Deposit, Newton Gold Project, Capoose and 3Ts Project, underscoring its large-scale discovery potential. Importantly, based on early-exploration results, Fishpot shares several regional geological characteristics commonly associated with Blackwater-style gold systems, including felsic volcanics, strong alteration, pyrite-rich mineralization and gold-silver geochemical associations. Despite the similarities the Company cannot yet make any formal connections to the surrounding properties, nor can they guarantee that such deposits exist on their ground.
Fishpot Exploration Technology: GoldInxs advanced its Fishpot targeting program by combining a conventional 3D IP survey with emerging Virtual DRILL™ remote-sensing technology as an additional targeting layer, using multiple geological, geochemical and geophysical datasets to refine and prioritize targets ahead of a planned ~2,000-metre drill program.
Fishpot Drill Permit & Expansion: GoldInxs has received the required drilling permits and expanded Fishpot to 5,509 hectares, positioning the Company to proceed with its inaugural ~2,000-metre modern drill program on a property that has seen very limited historical drilling, while refining targets through integrated geological, geochemical and geophysical data.
Despite multiple encouraging exploration indicators, Fishpot has been subjected to only two historic drill holes totaling 378 metres, leaving the broader mineral system largely untested and providing significant leverage to future exploration success.
Recent exploration completed by GoldInxs generated the highest reported gold value on Fishpot to date, returning up to 5.65 g/t Au from surface sampling, while airborne geophysical surveys identified multiple coincident magnetic and geochemical anomalies that have strengthened the Company's exploration model and target pipeline.
The 2025 program returned rock samples of up to 5.65 g/t Au, 11.35 g/t Ag and 0.42% Cu, while historical work reportedly returned up to 4.36 g/t Au and 3.2% Cu.
The property exhibits the potential low-sulphidation epithermal targets at Fishpot North, intermediate-sulphidation signatures at Fishpot East, and a large central magnetic high being evaluated for potential porphyry mineralization at depth. The Company is focused on finalizing drill targeting and preparing for the inaugural diamond drill campaign at Fishpot in the coming months following completion of the IP survey. GoldInxs is preparing to drill-test a 5,509-hectare, largely undrilled hydrothermal system in central British Columbia where high-grade surface gold-silver-copper results, Blackwater-style geological characteristics and multiple coincident geophysical targets have converged to define a portfolio of high-priority exploration targets.
Management Team
Nick Michael – President and CEO
Mr. Michael is a veteran mining executive and technical director with over 37 years of global experience spanning mine development, engineering and operational leadership. His expertise covers the full project lifecycle, including design, construction, technical due diligence and Independent Engineer assignments for institutional investors and project financiers. He also leads CJK Milling, a company focused on reprocessing historical mine waste to recover discarded gold decades ago, when it was less valuable.
Carlo Rigillo, CPA, Chief Financial Officer
Mr. Rigillo is an experienced Chartered Professional Accountant with over two decades of experience. He holds a Bachelor of Commerce from the University of Toronto.
Barry Miller – Executive Chairman and Director
Mr. Miller brings over 30 years of experience in public markets, including roles as a broker, consultant and financier. He is the founder of GoldInxs and has been actively involved in the resource sector through leadership positions, including as director of Tinova Resources Corp., an exploration company focused on tin and rare earth elements in British Columbia and Alaska.
Tara Asfour - Vice President, Corporate Development and Communications
An executive consultant with over 13 years of experience, Tara Asfour holds expertise in corporate development, capital markets, investor relations and strategic communications. She has led strategic financings, partnerships and offtake initiatives within the resource sector through previous corporate development and investor relations roles with multiple publicly listed companies.
Al Fabbro – Director
With over three decades of experience spanning both the mining and finance sectors, Mr. Fabbro previously led Yorkton Securities’ retail trading department and was part of its Natural Resources Group. He later served as Lead Director of Roxgold Inc. and currently holds executive leadership roles in the mining industry.
Darcy Vis, P.Geo. – VP Exploration and Director
Mr. Vis is an economic geologist with over 17 years of experience in mineral exploration. He has held senior technical roles across multiple exploration companies and is the President of Tripoint Geological Services Ltd. His expertise includes target generation, project evaluation and exploration program execution.
Stephen Soock, P.Eng., CFA – Director
Mr. Soock is a mining professional with nearly 20 years of experience spanning both technical operations and capital markets. He currently serves as Vice President, Investor Relations and Development at Heliostar Metals.
Christopher Kelly, PQS, FCIArb – Director
Mr. Kelly has over 15 years of experience in construction and natural resources. He holds a BSc in Construction Economics and Management and an MSc in Construction Law and Dispute Resolution, and runs Trachtala Consulting Ltd.
Browse Companies
MARKETS
COMMODITIES
CURRENCIES



