Tudor Gold & Perfectstorm Discovery: 8 Things You Need to Know

Project Overview

Tudor Gold Corp. (TSXV: TUD | Frankfurt: H56) has completed the initial 4 drill holes of its 2026 exploration program at the Perfectstorm Zone of the Treaty Creek Project, discovering a new copper-gold-silver-molybdenum porphyry system and extending epithermal-style gold-silver mineralization strike continuity. This drilling success identifies adjacent, distinct mineralization styles just 1.00 kilometer from the flagship Goldstorm Deposit, defining a satellite target that supports Tudor Gold Corp.'s strategic development of an additional deposit mineral resource at the project. By establishing these resource targets along the prolific Sulphurets fault corridor, the company is advancing its technical database to support a selective, high-grade underground development scenario that optimizes capital efficiency and project economics.

1. Dual-System Mineralization Footprint Confirmed at Perfectstorm

The August 6, 2026 drill results establish two adjacent, distinct mineralization systems within the Perfectstorm Zone, expanding the variety of target types available for exploration. Tudor Gold Corp. completed 4 core drill holes that successfully identified the Perfectstorm Porphyry (PSP) Zone and verified continuity of the Perfectstorm Epithermal (PSE) Zone. By delineating both porphyry and epithermal targets in close proximity, the company provides multiple exploration vectors that can be explored in parallel to optimize target definition.

Both mineralized systems remain open in all directions and represent early-stage exploration targets. Tudor is currently operating two active drill rigs to execute systematic step-out drilling and further define the systems. The dual-style discovery allows Tudor to evaluate broader polymetallic mineralization alongside higher-grade gold-silver vein systems within the same satellite exploration area.

2. Geological Context of the PSP Porphyry Zone

The newly discovered PSP Zone represents a copper-gold-silver-molybdenum porphyry intrusive system hosted within potassic-altered diorite. This new porphyry intrusive displays consistent precious- and base-metal values hosted within a potassic-altered diorite intrusive rock sequence. Geologically, potassic alteration in dioritic intrusive rocks represents a high-temperature core signature of a porphyry hydrothermal system and is a major indicator of the potential scale of mineralization.

The PSP Zone is located approximately 1 kilometer southwest of the flagship Goldstorm Deposit and 4 kilometers northeast of Seabridge Gold Inc.'s Iron Cap Deposit. This specific geographical positioning aligns the PSP Zone directly along the northeast-to-southwest-trending Sulphurets fault corridor, a major regional structural feature that hosts multiple large-scale deposits. For investors, this spatial position demonstrates that the newly discovered PSP Zone occupies the same key structural trend as neighboring world-class deposits, validating the high geological prospectivity of this portion of the Treaty Creek claims.

3. High-Grade Precious Metal Intercepts vs. True Widths

Drilling at the PSP Zone returned narrow, high-grade gold-silver intercepts nested within broader polymetallic sequences, indicating potential underground selective mining opportunities. The highest-grade precious metal interval returned 4.59 grams per tonne of gold and 0.67 grams per tonne of silver over a 10.50-meter drilled interval, starting at 105.00 meters downhole. Within this interval, a higher-grade sub-interval returned 11.15 grams per tonne of gold and 0.84 grams per tonne of silver over 3.00 meters, also starting at 105.00 meters downhole.

Tudor has not determined true widths for these intercepts because the mineralized body remains open in all directions. All reported assay values represent apparent downhole-drilled lengths, meaning the true structural thickness of the mineralized zones could be narrower once their orientation is better defined. Establishing the geometry of these high-grade zones is important for assessing potential mining methods, as narrow, high-grade mineralization may be more suited to selective underground mining, while bulk-tonnage approaches generally require wider mineralized footprints to support economic extraction.

4. A Broad, Low-Grade Polymetallic Footprint

Broad, lower-grade polymetallic intercepts beneath the higher-grade precious metal zones reinforce the scale of the PSP system. The August 6, 2026 results confirmed gold and silver mineralization associated with copper and molybdenum across substantial drilled widths. One interval returned 0.24 grams per tonne gold, 2.11 grams per tonne silver, 0.21% copper, and 50.76 parts per million molybdenum over 82.90 meters, including 30.85 meters grading 0.23 grams per tonne gold, 3.11 grams per tonne silver, 0.30% copper, and 41.34 parts per million molybdenum. A separate interval returned 0.34 grams per tonne gold, 1.89 grams per tonne silver, 0.27% copper, and 53.72 parts per million molybdenum over 67.35 meters, including 16.35 meters grading 0.46 grams per tonne gold, 3.09 grams per tonne silver, 0.37% copper, and 54.51 parts per million molybdenum over 16.35 meters.

Together, these continuous gold-silver-copper-molybdenum intervals define a broad polymetallic footprint, although its economic potential remains dependent on metallurgical performance. Flotation testing at the nearby Goldstorm Deposit has achieved 85.8% copper recovery within the CS600 Zone and 85.1% gold recovery within the SC-1 Zone, but those results cannot be assumed for the newly discovered PSP Zone. Dedicated metallurgical testing will therefore be required to establish recoveries and determine whether the PSP mineralization can support an economically viable processing strategy.

5. PSE Epithermal Trend Strike Length Extended

Tudor has strengthened the geological interpretation of the gold-dominant PSE Zone by confirming more than 360.00 meters of strike continuity between previous drillings. Recent drilling intersected a near-surface, vein-hosted epithermal system returning 0.78 grams per tonne gold and 2.90 grams per tonne silver over 74.15 meters, starting at 86.45 meters downhole. Within this broader interval, a higher-grade core returned 2.16 grams per tonne of gold and 3.18 grams per tonne of silver over 9.10 meters, starting at 151.50 meters downhole.

The confirmed strike continuity provides a defined target for additional step-out drilling to expand the mineralized footprint. The combination of near-surface positioning, higher-grade internal intervals, and demonstrated continuity makes the PSE Zone an important exploration target, with further drilling required to establish its potential scale.

6. Integrating Updated Historical Drilling Widths

The drill results incorporate updated interpretations of historical drilling, providing a broader geological baseline for the PSE Zone. Recent drilling tested an undrilled gap between earlier drilling completed in 2021 and 2023, helping assess continuity across the epithermal trend. The 2021 drilling returned 0.84 grams per tonne gold and 6.09 grams per tonne silver over 59.90 meters, including 5.90 meters grading 2.52 grams per tonne gold and 6.64 grams per tonne silver.

The company also updated the interpretation of the 2023 drilling, reporting 1.23 grams per tonne of gold and 3.43 grams per tonne of silver over a 120.15-meter interval. The expanded interpretation increases the reported extent of the mineralized sequence and provides additional geological context for evaluating continuity across the PSE Zone.

7. Differentiating Perfectstorm from Goldstorm's Resource Base

Perfectstorm remains an early-stage exploration zone and does not contribute ounces to Goldstorm's established 24.9 million-ounce indicated gold resource. Tudor reports 7,752 meters of historical drilling at Perfectstorm, compared with more than 190,000 meters at Goldstorm, highlighting the substantial difference in exploration maturity. Perfectstorm, therefore, requires considerably more drilling before a mineral resource can be defined.

The recent drill results refer to an earlier estimate of 2.6 million ounces of gold, 7.2 million ounces of silver, and 67.9 million pounds of copper, while the company reports an updated inferred resource of 4 million ounces of gold, 18.6 million ounces of silver, and 327.7 million pounds of copper. Perfectstorm currently has no reportable mineral resource, clearly separating its exploration-stage status from Goldstorm's established resource base.

8. Strategic Alignment & Outstanding Exploration Risks

The discovery of the PSP Zone and strike extension of the PSE Zone support Tudor's stated 2026 plan to develop an additional mineral resource estimate (MRE) at Treaty Creek. The company identifies Perfectstorm, CBS, and Eureka as the 3 satellite targets being explored to define additional deposits outside the main Goldstorm resource. Delineating an additional deposit would allow the company to establish optionality for satellite feeds, potentially improving the throughput economics of any future centralized processing plant.

However, executing this strategy involves significant exploration and operational risks. The early-stage nature of the PSP and PSE systems means their ultimate scale and continuity remain to be established, while the region's high-altitude location and winter conditions limit the surface exploration window and could affect resource delineation timelines. To bypass these seasonal surface constraints, Tudor is awaiting a provincial permit to construct an underground exploration ramp, which will allow the company to carry out planned underground drilling regardless of surface weather conditions.

Key Takeaway for Investors

Perfectstorm has progressed from a satellite exploration target to two drill-supported mineralized systems, but remains substantially less advanced than Goldstorm. The PSP Zone has established a broad polymetallic system containing higher-grade precious metal intervals, while the PSE Zone has demonstrated more than 360 meters of epithermal strike continuity. The investment significance now depends on whether continued exploration can establish sufficient scale and continuity to support eventual resource definition.

The principal next steps are additional Perfectstorm assays and continued step-out drilling from the two active drill rigs. Beyond Perfectstorm, key project-level milestones include the Preliminary Economic Assessment (PEA) for the Goldstorm Deposit, which is evaluating a selective high-grade underground mining scenario, and the proposed underground exploration ramp, which would support detailed underground drilling in the high-grade SC-1 Zone.