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- Getty Copper’s first Getty South results included 68.5 metres grading 0.81% copper from 39.5 metres and a broader 184-metre interval grading 0.37% copper.
- Getty Copper reported the first holes from its Getty South program in British Columbia’s Highland Valley copper district, led by 68.5 metres grading 0.81% copper from 39.5 metres depth. The company also reported a broader 184-metre interval grading 0.37% copper.
- The results place higher-grade, near-surface mineralization inside a substantially wider copper-bearing interval. That combination can be relevant to early-stage deposit geometry, but the reported down-hole lengths should not be treated as true widths until the orientation of mineralization is better constrained.
The development
Getty Copper reported the first holes from its Getty South program in British Columbia’s Highland Valley copper district, led by 68.5 metres grading 0.81% copper from 39.5 metres depth. The company also reported a broader 184-metre interval grading 0.37% copper.
The results place higher-grade, near-surface mineralization inside a substantially wider copper-bearing interval. That combination can be relevant to early-stage deposit geometry, but the reported down-hole lengths should not be treated as true widths until the orientation of mineralization is better constrained.
Getty said mineralization was extended approximately 72 metres below historical intercepts and remains open within a broader induced-polarization anomaly. The new work is the first significant drill program at Getty South in roughly three decades.
The result follows Getty’s August target-definition update, which identified seven exploration areas across its Highland Valley land package. Getty South now provides direct drill evidence from one of those areas, while the wider target inventory remains at earlier stages of testing.
Assays from eleven additional step-out holes are pending. Those results will be more important than a single headline interval because they should show whether the copper system maintains grade and width along strike and at depth.
Why this matters
The first reported holes establish a modern drill baseline at Getty South after a long gap in systematic exploration.
A near-surface higher-grade interval within a broader mineralized envelope gives the company several possible follow-up vectors.
Industry and company context
Getty Copper’s project sits in the established Highland Valley copper district of British Columbia.
The company recently defined multiple targets using geophysics and historical information before releasing these first Getty South assays.
How to evaluate the update
Investors should compare the pending step-outs for consistency rather than extrapolating the first two holes across the full geophysical anomaly.
Future geological sections should clarify true width, controls on grade and the relationship between the 0.81% interval and the wider 0.37% envelope.
Execution and risk considerations
Down-hole intervals can overstate true thickness when mineralized geometry is uncertain.
A large geophysical anomaly can include lower-grade or non-mineralized material and still requires systematic drilling.
What to watch next
- Assays from the eleven pending step-out holes.
- Updated sections defining true width and orientation.
- Follow-up drilling below and along strike from the first intersections.
Cornerstone perspective
Getty South has moved from a target-generation story to a drill-supported copper zone, which is a meaningful step in the exploration sequence.
The next batch of assays will determine whether the initial widths reflect a repeatable system or a more localized zone.
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