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Stardust Steel Corp. (CSE: ZIGY) (“Stardust” or the “Firm”) is happy to announce the invention of a major geophysical goal at its McGarry Mission, positioned within the coronary heart of the world-class Kirkland Lake gold district, house to a few of Canada’s most prolific high-grade gold mines, together with Kerr Addison, Macassa, Higher Beaver, and several other others.
- Giant, never-drilled ultramafic goal recognized beside Kerr Addison.
- MT anomaly from ~250 metres to >1,000 metres.
- Robust structural alignment with Larder Lake-Cadillac Deformation Zone and key district faults.
- Interpreted folded ultramafic unit with high-grade potential.
- Excessive-impact upside with ANT survey to refine after which drill-test.
Presentation on McGarry’s Ultramafic Goal
Map of McGarry’s Location in Kirkland Lake
Geophysical Goal Highlights
The Magnetotellurics (MT) survey highlights a big, deep function beneath the sedimentary cowl, seen from roughly -250 m and increasing nicely past -1,000 m, beneath the depth detectable by standard IP strategies.
IP Survey
An Induced Polarization (IP) survey was performed concurrently with the MT survey and confirms the overall sample of the MT leads to the highest 250 of the sections each when it comes to the resistivity and the chargeability responses and main options such because the Larder Lake-Cadillac Deformation Zone (LLCDZ), the Armistice Fault and the Mill Zone Fault are seen on each surveys however the anomaly that’s highlighted on this information launch is positioned beneath the IP response.
- Geological Interpretation:
The anomaly is interpreted as a folded ultramafic unit, in disconformable contact with overlying sediments and kinds a synclinal construction plunging to the west. The bottom of the sedimentary unit has not been intersected in drilling and till lately was considered very deep and past the restrict of geophysics. However the MT response may be very clear and signifies the presence of a low-resistivity physique sitting proper beneath the sediments and espousing the syncline from about 250m depth to nicely past 1000m. Its form and response suggests potential to host an ultramafic unit much like the rocks that host the recognized gold deposits within the district. Solely drilling this goal will inform if gold-rich options penetrated the physique however an Ambient Noise Tomographic (ANT) seismic survey ought to refine the goal in anticipation of drill testing.
- Structural and Regional Context:
Key constructions together with the LLCDZ, Armistice Fault, and Mill Zone Fault are clearly mirrored in each IP and MT datasets, demonstrating the reliability of the survey and aligning with recognized district-scale controls on mineralization.
The McGarry Mission sits instantly adjoining to a number of historic and at the moment working high-grade mines. The identification of a deep, never-drilled goal inside doubtlessly ultramafic rocks underscores the potential to find new, high-grade zones at depth, complementing the district’s wealthy endowment of gold assets.
This goal, which has by no means been drilled and was highlighted throughout current compilation work, was recognized due to a complete IP-MT survey accomplished by Quantec and reviewed and interpreted by Charles Beaudry, M.Sc., P.Geo. The anomaly sits beneath a sedimentary unit normally mapped as Temiskaming Assemblage and, by its form and low resistivity, is believed to signify an ultramafic unit. The anomaly’s measurement, depth, and geological context make it a high-priority drill goal, with potential to host important mineralization much like close by high-grade deposits.
“Whether it is an ultramafic unit as postulated, it has by no means been examined in drilling or seen in underground workings and it’s potential that the fluids answerable for the Kerr Addison deposit (see Gold Candle information launch dated June third 2025) might have penetrated the area mendacity beneath the sedimentary unit. This prediction is completely affordable due to the presence of great close to floor gold mineralization (see Mill Zone on Kerr Addison and McGarry properties) as a lot as 1,000 metres south of the Larder Lake-Cadillac Deformation Zone (LLCDZ),” stated Charles Beaudry, Director of Stardust.
Subsequent Steps
Stardust plans to conduct an Ambient Noise Tomography (ANT) survey to offer high-resolution 3D imaging of density-velocity contrasts. This strategy will refine the depth, measurement, and geometry of the anomaly and information the first-ever drill testing of this thrilling ultramafic goal.
QP Assertion
The technical data contained on this information launch has been reviewed and accepted by Charles Beaudry, P.Geo and géo., Director of Stardust Steel Corp., a Certified Individual, as outlined in “Nationwide Instrument 43-101, Requirements of Disclosure for Mineral Initiatives.” For the exploration undertaken by Stardust, all assay batches are accompanied by rigorous High quality Assurance procedures, together with the insertion of requirements and blanks.
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To Converse to the Firm straight, please contact:
Stephen Stewart, Chairman
Telephone: 416.644.1567
E-mail: data@oregroup.ca
www.stardustmetal.com
Neither the Canadian Securities Alternate nor its Regulation Companies Supplier settle for accountability for the adequacy or accuracy of this launch. Sure data on this press launch could comprise forward-looking statements. This data relies on present expectations which can be topic to important dangers and uncertainties which can be tough to foretell. Precise outcomes may differ materially from outcomes steered in any forward-looking statements. Stardust assumes no obligation to replace the forward-looking statements, or to replace the the reason why precise outcomes might differ from these mirrored within the forward-looking statements until and till required by securities legal guidelines relevant to Stardust. Further data figuring out dangers and uncertainties is contained in filings by Stardust with Canadian securities regulators, which filings can be found beneath Stardust profile at www.sedarplus.ca.
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