Mr. Colin Smith reports
TOOGOOD GOLD REPORTS 76.89 G/T GOLD AND DEFINES 8.5 KM HIGH-GRADE GOLD TREND AT THE TOOGOOD GOLD PROJECT, NEWFOUNDLAND
Toogood Gold Corp. has released final results from its phase 2 surface exploration program at the company's 100-per-cent-owned Toogood gold project, located on New World Island, Newfoundland.
Highlights:
- High-grade gold up to 76.89 grams per tonne confirmed, with additional results of 4.88 g/t and 4.49 g/t Au confirmed along the 8.5-kilometre Shoreline gold trend, demonstrating district-scale potential;
- Additional high-grade mineralization confirmed at key target areas:
- 34.50 g/t, 3.09 g/t and 2.93 g/t Au from quartz veins at Chimo, Vic and Hank targets;
- Multiple new kilometre-scale gold corridors outlined in the NE block:
- Four-kilometre Burnt Arm trend, two-kilometre Western trend and one-kilometre Eastern trend;
- Strong alignment between gold mineralization and major structural controls supports a scalable, structurally controlled gold system;
- Over 650 rock and soil samples collected, significantly advancing geological understanding and target definition;
- Multiple high-priority drill targets defined, with work advancing toward initial drill testing.
Management commentary
"Phase 2 results continue to demonstrate the scale and prospectivity of the Toogood gold project, with high-grade gold confirmed along an 8.5-kilometre-long trend and multiple kilometre-scale soil anomalies defined from regional sampling," stated Colin Smith, chief executive officer of Toogood Gold. "The strong alignment between surface mineralization, coherent geochemical signatures and well-defined structural controls, including key lithological contacts and district-scale faults, provides a robust targeting framework to define and advance a growing pipeline of high-quality drill target corridors."
Geological advancement and targeting
Phase 2 exploration at the Toogood gold project (Q4 2025) integrated detailed structural mapping, prospecting and soil sampling, significantly advancing the geological model. A total of 340 rock and 315 soil samples were collected, identifying new high-grade gold occurrences and multiple kilometre-scale gold-in-soil anomalies.
Phase 2 mapping has materially improved the company's understanding of structural controls on gold mineralization. Work on the project has identified at least two semi-continuous mineralized zones developed along the sheared northern margin of the regionally extensive Melange complex.
Mineralization is characterized by stockwork quartz-carbonate veining within altered and brecciated volcaniclastic rocks, commonly associated with sulphidic black shales. Key controls on mineralization include:
- Structural convergence zones where multiple foliations, shears and faults intersect, resulting in thickened and higher-grade mineralized zones;
- Reactive lithological contacts, particularly between mafic-intermediate volcaniclastic rocks and black shales;
- Local enhancement of mineralization where intermediate porphyry dikes and sills intersect these favourable horizons.
These observations support a structurally controlled gold mineralizing system at both regional and local scales, underscoring the potential for significant gold mineralization across the project.
Next steps
Results from phase 2 have defined multiple high-priority, structurally coherent target corridors in the NE block, with strong spatial coincidence between gold-in-soil anomalies and interpreted structural controls.
The company intends to advance these corridors toward drill testing, with current work focused on refining and prioritizing high-confidence targets along the Burnt Arm fault corridor and parallel structures.
Planned 2026 work will include:
- Infill and regional soil sampling to better delineate anomalies and expand coverage into unsampled areas;
- Structural mapping and prospecting along auriferous corridors;
- Drill target generation and ranking.
This integrated approach is designed to efficiently convert surface anomalies into high-confidence, scalable drill targets and support systematic evaluation of the project's emerging gold corridors.
Analytical procedure
All 2025 samples referenced in this release were prepared and analyzed by Eastern Analytical Ltd. (ISO/IEC 17025 accredited) in Springdale, Nfld. Gold analysis was completed by fire assay with an atomic absorption (AA) finish, and multielement analysis was conducted using a 34-element ICP package.
Quality assurance/quality control (QA/QC)
The company implemented industry-standard QA/QC procedures for the 2025 program, including the insertion of certified reference materials and blank samples into the sample stream to monitor analytical accuracy and precision.
Qualified person
Colin Smith, MSc, PGeo, a qualified person under National Instrument 43-101, has reviewed and approved the scientific and technical information contained in this news release. Mr. Smith is not independent and serves as chief executive officer and a director of Toogood Gold and owns securities of the company.
The scientific and technical information disclosed herein includes historical exploration results that have not been independently verified by the company; however, the qualified person considers such information to be relevant for the purposes of this disclosure. A qualified person has not completed sufficient work to verify the historical information, and it should not be relied upon for the purposes of defining mineral resources.
About Toogood Gold Corp.
Toogood Gold is a Canadian exploration company focused on the discovery and advancement of high-grade gold systems in Tier 1 mining jurisdictions. The company has two core areas of focus: the Table Mountain project in Nevada, a large, undrilled low-sulphidation epithermal system with extensive surface alteration and multiple mineralized vein exposures; and the 100-per-cent-owned, district-scale Toogood gold project (164 square kilometres) in Newfoundland, a highly prospective and underexplored gold district with multiple target areas and demonstrated gold prospectivity.
We seek Safe Harbor.
© 2026 Canjex Publishing Ltd. All rights reserved.