Waratah Minerals Reports 30.5m at 0.96g/t Gold in Drilling at Spur Gold Project

Waratah Minerals' Gum Flat drilling has returned high-grade gold intercepts including 30.5m @ 0.96 g/t Au and a standout 50.5m continuous interval from surface, pointing to a 150m westward extension of the Spur Gold Zone that could materially expand the project's resource footprint.
By William Hadrian -
  • Nine sonic drillholes at Gum Flat have identified a 150m westward extension of the Spur Gold Zone undercover, expanding the known mineralised footprint beyond previously mapped boundaries.
  • GFS007 returned the headline eluvial intercept of 30.5m @ 0.96 g/t Au from 8m, including a high-grade core of 2m @ 9.06 g/t Au, confirming the westward extension carries economic-grade mineralisation.
  • GFS009 delivered 50.5m of continuous gold mineralisation from surface through alluvial cover into saprolite, demonstrating vertical extent across the alluvial-basement transition zone.
  • Both alluvial paleochannel gold and eluvial weathered-basement gold have been identified, with the dual presence suggesting a nearby primary source feeding the broader system.
  • Permitting for follow-up drilling is underway, with additional sonic and core holes planned to test Gum Flat extensions and investigate a potential link to the main Spur Zone — alongside active diamond drilling at Ironclad, Consols, and Spur prospects pending assay results.
Summarise with AI:

Waratah’s Gum Flat drilling points to 150m westward extension of Spur Gold Zone

Sonic core drilling at Waratah Minerals‘ Gum Flat prospect in New South Wales has identified thick alluvial gold and hardrock (eluvial) mineralisation that supports the interpretation the Spur Gold Zone may extend approximately 150m undercover to the west. The results, from nine shallow sonic drillholes (GFS001–GFS009), define a significant new near-surface exploration target and a potential early development opportunity.

For investors, this expands the project footprint beyond the known Spur Zone mineralisation and opens a compelling new target near surface — cheaper and faster to test than deep targets. Shallow gold in both alluvial paleochannels and covered basement rocks tells you the system is larger than previously mapped, and the near-surface depth means lower drilling costs and a shorter path to resource definition if grades continue.

Standout high-grade intercepts from the eluvial zone

The best weathered-basement (eluvial) results drive the westward extension story. GFS007 is the hole that expands high-grade Spur mineralisation 150m westward undercover, encountering broad mineralisation from the base of alluvial deposits into saprolite and andesitic saprock with quartz veins and sulphide veinlets.

Headline eluvial intercepts include:

  • GFS007: 30.5m @ 0.96 g/t Au from 8m, incl. 21.4m @ 1.31 g/t, incl. 8.5m @ 2.72 g/t, incl. 3.5m @ 5.70 g/t, incl. 2m @ 9.06 g/t
  • GFS005: 19m @ 1.10 g/t Au from 31m, incl. 0.5m @ 8.84 g/t, incl. 4.5m @ 3.25 g/t
  • GFS009: 50.5m @ 0.32 g/t Au from surface, incl. 7.5m @ 1.08 g/t, incl. 2m @ 2.87 g/t

GFS009 ran mineralisation from surface through the base of alluvial at 11m into underlying saprolite — over 50m continuous. That depth and continuity matters. It tells you the mineralised system is vertically extensive, not just a shallow skin, and that the transition zone between alluvial and basement is gold-bearing across a broad interval.

Highlight Eluvial Drill Intercepts at Gum Flat

Hole ID Zone Type Intercept Grade (g/t Au) From (m)
GFS007 Eluvial 30.5m 0.96 8
GFS005 Eluvial 19m 1.10 31
GFS009 Eluvial 50.5m 0.32 0
GFS001 Alluvial 14m 0.75 9.5
GFS002 Alluvial 16.8m 0.43 10.5
GFS006 Alluvial 14m 0.55 6

Shallow alluvial gold adds a near-surface development angle

The alluvial (paleochannel-hosted) results west of the Gum Flat Fault are encouraging from an early development perspective. Shallow stacked paleochannels — ancient buried riverbeds — are hosting gold in quartz-rich gravel beds that get richer with depth.

Alluvial intercepts include:

  • GFS001: 14m @ 0.75 g/t Au from 9.5m, incl. 4.9m @ 1.90 g/t, incl. 1m @ 5.30 g/t — two quartz-rich stacked paleochannels
  • GFS002: 16.8m @ 0.43 g/t Au from 10.5m — stacked gravel paleochannels getting richer with depth
  • GFS006: 14m @ 0.55 g/t Au from 6m, incl. 5.5m @ 1.02 g/t — gold in quartz-rich sandstone adjacent to main paleochannel

The historical Gum Flat area was mined for alluvial gold over approximately 20 years through surface pitting extending over 2km and underground mining that produced an unknown quantity of gold. Historical results referenced here are pre-JORC (Billiton 1988) and are not reported under JORC 2012 — do not treat historical production as JORC-compliant. What the historical activity does tell you is that shallow alluvial gold existed in economic concentrations at surface. The sonic drilling is now defining what sits beneath that shallow mineralisation — and whether the system extends into covered basement rock.

Peter Duerden, Managing Director

“The results provide an important step in expanding the project’s footprint and improving the Company’s understanding of the wider gold system. Sonic core drilling at Gum Flat has identified hardrock and a thick sequence of alluvial gold that materially strengthens our view of the broader Spur gold system… the results support the interpretation that the Spur Gold Zone may extend a further 150 metres undercover to the west, opening up a compelling new exploration target. The presence of alluvial gold in this setting is also encouraging from an early development perspective…”

Understanding eluvial and alluvial gold — and why it matters

The Gum Flat drilling has identified two mineralisation types:

  1. Alluvial gold — gold that has been eroded, transported, and concentrated in gravel or paleochannels (ancient buried riverbeds). Typically shallow and often lower cost to extract because it requires no blasting or hard rock processing.
  2. Eluvial / weathered basement (saprolite) gold — gold in weathered rock near where it originated, sitting above harder primary rock. This is transitional between transported alluvial gold and hard rock primary mineralisation.

The company chose sonic drilling because the host rocks are poorly consolidated. Sonic minimises core loss and provides large samples for reliable assaying — critical when you are trying to understand grade distribution in unconsolidated material. For investors, near-surface, shallow mineralisation can be lower-cost to define and potentially develop. The westward extension undercover means the known system may be larger than mapped, and the dual presence of both alluvial and eluvial gold tells you there is a source nearby feeding the system.

What’s next for the Spur Gold Project

Permitting of follow-up holes is underway. The forward program includes:

  1. Additional sonic and core drilling planned to test Gum Flat extensions
  2. Drilling designed to investigate a potential link between Gum Flat mineralisation and the Spur Zone
  3. Work prioritised alongside broader Spur Project drilling across multiple gold targets

The broader active drilling picture includes multiple diamond holes across Ironclad, Consols, and Spur prospects that are completed pending assays or currently active. This signals ongoing news flow. For investors, continued catalysts ahead support the longer-term resource-definition thesis, and the expanding footprint tells you the system is growing, not contracting, as more data comes in.

The investment case

Waratah is defining a growing, near-surface gold system in a proven New South Wales goldfield. The newly opened 150m westward target, high-grade intercepts from both eluvial and alluvial zones, and a steady pipeline of drilling results provide near-term catalysts. The historical mining footprint confirms economic gold existed at surface; the sonic drilling is now defining what sits beneath. Results are early-stage exploration — no Mineral Resource has been defined yet — but the combination of shallow depth, broad widths, and high-grade intervals within those widths tells you the system has scale and grade potential worth testing further.

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Frequently Asked Questions

What is eluvial gold and how is it different from alluvial gold?

Eluvial gold sits in weathered rock close to where it originally formed, above harder primary rock, while alluvial gold has been eroded, transported, and concentrated in ancient riverbeds or gravel channels. Waratah's Gum Flat drilling found both types, with the eluvial zone extending the known Spur Gold Zone 150 metres westward undercover.

What did Waratah Minerals find at Gum Flat?

Nine sonic drillholes at Gum Flat returned high-grade gold intercepts including 30.5m @ 0.96 g/t Au from 8m depth in GFS007 and 50.5m of continuous mineralisation from surface in GFS009, supporting the interpretation that the Spur Gold Zone extends approximately 150 metres westward undercover into previously untested ground.

Why did Waratah Minerals use sonic drilling at Gum Flat?

Sonic drilling was chosen because the host rocks at Gum Flat are poorly consolidated, meaning conventional drilling methods risk losing core samples and producing unreliable assay results. Sonic drilling minimises core loss and provides large, representative samples — critical for accurately assessing grade distribution in unconsolidated alluvial and eluvial material.

Has Waratah Minerals defined a Mineral Resource at Gum Flat?

No Mineral Resource has been defined at Gum Flat — the current results are early-stage exploration. Waratah has identified a compelling near-surface target and is permitting follow-up drilling to test extensions and investigate a potential link between Gum Flat and the main Spur Zone.

What are the next steps for Waratah Minerals at the Spur Gold Project?

Waratah is permitting follow-up sonic and core holes to test Gum Flat extensions and investigate a potential connection to the Spur Zone, while multiple diamond holes at the Ironclad, Consols, and Spur prospects are already completed and awaiting assay results or currently being drilled.

William Hadrian
By William Hadrian
Partnerships Director
William supports Discovery Alert subscribers across Australia and overseas, helping them tailor alerts, troubleshoot technical issues, and optimise platform settings to suit their workflow.
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