Northwire Canada EditionSunday, November 1, 2026
Northwire
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Gold 3,898.90 −3.3% Silver 49.28 −5.9% Copper 6.48 −1.8% Oil 104.12 +2.1% Palladium 987.70 −1.7% HCH 1.25 −3.9% CRD 0.040 −20.0% ENEV 0.005 +0.0% MOON 5.23 −7.9% ORE 2.56 −4.8% ASE 0.620 −14.5% LKY 0.005 + SOI 0.165 −5.7% ECR 0.190 −5.0% OZ 0.240 −9.4% ELEC 0.110 +4.8% WHY 0.260 −3.7% PHD 0.030 −33.3% OMI 0.220 −10.2% EML 0.105 +0.0% TECT 1.37 −2.8% Gold 3,898.90 −3.3% Silver 49.28 −5.9% Copper 6.48 −1.8% Oil 104.12 +2.1% Palladium 987.70 −1.7% HCH 1.25 −3.9% CRD 0.040 −20.0% ENEV 0.005 +0.0% MOON 5.23 −7.9% ORE 2.56 −4.8% ASE 0.620 −14.5% LKY 0.005 + SOI 0.165 −5.7% ECR 0.190 −5.0% OZ 0.240 −9.4% ELEC 0.110 +4.8% WHY 0.260 −3.7% PHD 0.030 −33.3% OMI 0.220 −10.2% EML 0.105 +0.0% TECT 1.37 −2.8%
Drill Results

New Earth continues grid sampling at Lucky Boy

EATH · Price

Executive Summary

  • New Earth Resources Corp. provided an update on ongoing exploration activities at its Lucky Boy uranium project in Arizona, specifically focusing on grid soil sampling and geological mapping.
  • Approximately 40% of the core area of known mineralization has been systematically grid sampled using 100-metre line spacing and 50-metre sample intervals.
  • Data suggests that historic drilling in 2006 only tested the upper portions of the host quartzite formation, and an intrusive dike may have obscured lithology; however, elevated radon gas values suggest mineralization may extend south and west under cover.

Key Details

  • Project Location: Lucky Boy uranium property, Gila County, Arizona, USA (100% owned).
  • Exploration Activities:
    • Grid soil sampling on 100-metre line spacing with 50-metre sample intervals.
    • Detailed geological mapping.
    • Completion of preliminary geochemical sampling, to be shipped to Paragon Geochemical.
  • Progress: Approximately 40% of the core area of known mineralization has been systematically grid sampled.
  • Geological Findings:
    • 2006 reverse circulation (RC) drilling tested only the upper portions of the quartzite formation hosting uranium mineralization.
    • An intrusion of a low-angle, 50-to-100-metre-thick dark intrusive dike rock has obscured much of the lithology hosting mineralization.
    • Historic surface anomalies identified by mobile metallic ion (MMI) surveys (2006) and radon gas surveys (2023) may indicate a potential response to mineralization beneath the intrusive unit.
    • Elevated radon values suggest the trend of uranium mineralization could extend to the south and west under cover.
  • Future Work: Field efforts will focus on completing grid soil sampling, detailed geologic mapping, and identifying structural pathways guiding the migration of radon gas.
  • Qualified Person: Warren Robb, PGeo, consulting geologist and independent qualified person under National Instrument 43-101.

Notable Quotes

  • No direct quotes from management were included in the provided text.
Read the original news release →

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