ACDC Metals has pinpointed several promising drill targets at its Mount Jackson gold-silver project in Nevada following an aeromagnetic survey, setting the stage for maiden drilling in late 2026.
- Aeromagnetic survey reveals three distinct target zones
- Pegasus Zone shows potential for extended epithermal Au-Ag mineralisation
- 3 Shaft Zone exhibits copper and gold anomalies linked to magnetic features
- Induced Polarisation survey planned to refine drill targets
- Maiden drilling scheduled for Q4 2026 with permitting underway
Aeromagnetic Survey Unveils High-Value Targets at Mount Jackson
ACDC Metals Limited (ASX:ADC) has taken a significant step forward at its Mount Jackson project in Nevada, unveiling multiple high-priority drill targets identified through a fresh aeromagnetic and radiometric survey. The survey, completed by Precision GeoSurveys Inc., has highlighted three distinct zones of magnetic complexity that correlate with known gold, silver, and copper mineralisation, setting a solid foundation for the company's maiden drilling campaign planned for Q4 2026.
Pegasus Zone Emerges as a Prime Epithermal Target
The Pegasus Zone stands out as the most compelling target, featuring epithermal-style gold-silver mineralisation that remains open both along strike and at depth. The aeromagnetic data reveals a structurally complex interface characterized by alternating magnetic highs and lows, which may indicate fault or breccia zones and alteration-related magnetite destruction. This complexity suggests potential extensions of mineralisation beyond historically drilled areas. A quieter magnetic signature in the adjacent Sinter Area is interpreted as near-surface hydrothermal alteration, further underscoring the prospectivity of the region between the two zones.
3 Shaft Zone Shows Copper and Gold Anomalies Linked to Magnetic Features
In the west-central claim area, the 3 Shaft Zone exhibits a strong north-south magnetic high, likely representing a magnetite-bearing intrusive or a contact skarn. Historical mining shafts are located along the western edge where magnetic intensity transitions sharply. Recent field sampling detected anomalous gold values in this copper-mined zone, suggesting a more complex mineral system. The magnetic gradient here could indicate a hydrothermal aureole associated with felsic to intermediate intrusions, a hallmark of potentially economic mineralisation in the Walker Lane region.
Geophysical Surveys to Enhance Drill Targeting Confidence
To complement the magnetic data, ACDC Metals is evaluating an Induced Polarisation (IP) survey targeting the transition zones between magnetic highs and lows at Pegasus and 3 Shaft. This method aims to detect sulphide mineralisation, which historical drilling logs have reported within alteration zones. The integration of magnetics and IP chargeability anomalies is a standard approach for prioritising drill targets in the Walker Lane, where coincident anomalies typically indicate higher-confidence porphyry or epithermal systems.
Permitting and Drilling Program on Track for Late 2026
ACDC Metals is advancing permitting and procurement activities to secure a drilling contractor, with the maiden reverse circulation drilling program slated for the last quarter of 2026. The company plans further geophysical surveys in Q3 to refine target selection. CEO Tom Davidson emphasised the importance of the aeromagnetic results in unlocking the project’s potential and increasing the scale of known mineralisation at Pegasus. The upcoming IP survey and drilling campaign are expected to provide critical insights into the project’s commercial viability.
Bottom Line?
The aeromagnetic survey has sharpened ACDC Metals’ drill focus at Mount Jackson, but the real test lies ahead with the planned IP survey and maiden drilling in Q4 2026.
Questions in the middle?
- Will the IP survey confirm sulphide mineralisation coincident with magnetic anomalies?
- Can drilling extend the known epithermal mineralisation at Pegasus beyond historical limits?
- How will permitting and operational logistics impact the timing and scale of the maiden drilling program?