Fathom's Drone MAG Survey Neatly Correlates Results of the Summer Soil Geochemistry Program at Gochager Lake Project

In This Article:

Drone MAG survey highlights include:

  • Multiple and significant magnetic (MAG) anomalies neatly correlate with numerous multi-element (Ni-Cu-Co-Cr±Mg) anomalies defined by the recently completed soil geochemistry program (Figures 1 & 2).

  • Areas of higher MAG intensity, directly associated with Ni-Cu-Co-Cr±Mg in soil anomalies, are further evidence of both extensions of known mafic to ultramafic rock in the subsurface at the Gochager Lake Property, as well as newly discovered mafic/ultramafic occurrences.

  • MAG results further highlight priority areas that will be the subject of ground follow-up and surface geophysical surveys ahead of drill testing.

Calgary, Alberta--(Newsfile Corp. - October 3, 2024) - Fathom Nickel Inc. (CSE: FNI) (FSE: 6Q5) (OTCQB: FNICF) (the "Company" or "Fathom") is pleased to announce the results from an unmanned aerial vehicle ("UAV" or drone) high-resolution geophysical (MAG) survey performed at the Company's 100% owned Gochager Lake Property.

Fathom contracted TUZO GeoSurveys Corp. to perform the drone MAG survey. The survey was flown from August 7 to 10, 2024, resulting in 367.2 line-kilometers flown. Data acquisition was conducted with traverse lines flown at an azimuth of 145° with 30 meter spacing, and tie lines flown at an azimuth of 055° with 300 meter spacing. In all, the survey area covered 9.58 km2 and was flown directly over the area covered by soil geochemistry in June 2024. The results of this survey confirm that UAV is a very cost-efficient means of collecting high-resolution magnetic data and has contributed significantly to Fathom's understanding of the dynamic, historic Gochager Lake deposit and surrounding area.

Ian Fraser, CEO and VP Exploration stated, "We are very pleased with the results of the drone MAG survey and look forward to additional surveys of this type as we continue to explore the Gochager Lake Property. The detail from this survey provides a clearer perspective than the historic 2008 VTEM data from which we have been working with to date. This new MAG data, along with results of the summer soil geochemistry and mapping / prospecting results, is further confirmation that the "container" rock that hosts the Gochager Lake deposit, is very much open along strike. The MAG survey also further reveals the structural complexity of the deposit area. We were very intrigued to see the "eye-like" signal within our expanded footprint and the excellent correlation between MAG and soil geochem results. The eye-like feature is possibly mapping a dilatant zone within a broad regional feature we interpret to be the possible magma conduit of the Gochager Lake deposit. The survey area has not closed off these encouraging trends. Like the soil geochemistry results, expansion of the MAG survey is required along strike. Detailed MAG, soil geochemistry and surface EM surveys are proving to be very successful as we continue to build an inventory of high priority drill targets at the Gocher Lake Property."