Exultant Mining Ltd
Drills Ready to Turn: Exultant Mining Locks In 12-Hole Program at the Balerion Prospect
The Exultant Mining Balerion Prospect 12-hole RC drill program near Cooma NSW represents a significant milestone for Exultant Mining Limited (ASX: 10X). The company has received drilling approval from the NSW Resources Regulator and finalised the program at its newly renamed Balerion Prospect within the Peak View Project in New South Wales. With contractors already secured and earthworks preparation underway, the company is positioned to begin first-pass drill testing of targets built from an integrated geochemical and geophysical dataset — a program designed to test both undrilled anomalies and extensions to known high-grade mineralisation.
The prospect sits approximately 35km northeast of Cooma within the Lachlan Fold Belt, a geological province with a well-established history of gold, silver, copper, and base metal mineralisation.
"With the drilling approval received, contractors secured and ready to mobilise, we are very close to commencement of drilling and unlocking the secrets of Balerion. This is exactly what we have been working towards and this will become a pivotal point for 10X and our shareholders." — Executive Chairman Brett Grosvenor
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From Peak View to Balerion: Why the Rename Matters
The prospect has been formally renamed from Peak View Prospect to the Balerion Prospect, reflecting the significant advancement in target definition since Exultant began its systematic exploration program. The Peak View Project name — covering the broader landholding including the Big Badja and Undoo Creek prospects — remains unchanged.
This is more than a cosmetic update. The rename signals that the prospect has graduated from a regional exploration concept into a collection of drill-ready, ranked targets defined through disciplined data integration. Furthermore, the program represents the first systematic drill test of targets generated entirely from Exultant's own geochemical and geophysical work at the site.
What Built the Targets: A Multi-Dataset Approach
The 12 planned holes did not emerge from a single data source. They are, however, the product of an integrated exploration workflow combining several complementary datasets:
- A 900-metre-long coincident Cu-Pb-Zn-Ag-Au soil anomaly defined through the company's 2025–2026 soil geochemistry program
- Induced polarisation (IP) survey results identifying multiple chargeability and resistivity anomalies at depth
- A ground gravity survey providing density contrast information to further refine structural interpretation
- Reprocessed magnetic data adding a further layer of geological context
- Historical drilling data from prior operators including Western Mining Corporation and Ironbark Zinc, which documented high-grade massive sulphide intersections at shallow depths
The company notes that this same combination of geochemistry and IP geophysics was the exploration methodology that contributed to the discovery of the Woodlawn polymetallic deposit in New South Wales in the 1970s. This reference is provided as regional and methodological context only and is not necessarily indicative of mineralisation at Balerion.
The 12 Holes: What Each Target Is Testing
The planned drillholes cover three distinct target styles, each grounded in specific geophysical and geochemical evidence.
Target Style 1: Coincident Chargeability-Resistivity Highs
Several of the highest-priority holes are designed to test anomalies where chargeability highs and resistivity highs coincide beneath the broadest section of the multi-element soil anomaly. The company interprets these as potential VMS feeder or "pipe" positions within the footwall, where disseminated sulphides within a silicic alteration zone may generate this combined geophysical signature. The source, geometry, and mineral content of these anomalies remain untested.
Holes targeting this style: PVRC_A, PVRC_B, PVRC_C, PVRC_D, PVRC_E
Target Style 2: Resistivity-Low Targets Down-Dip of Known High-Grade Sulphides
This target style is particularly compelling because it is anchored to historically drilled, high-grade intersections. Resistivity-low anomalies have been identified down-dip of and along the same prospective horizon as massive sulphide zones previously intersected by prior operators.
Two historical intersections are especially relevant here:
| Hole | Interval | Length | Ag | Pb | Cu | Au | Zn |
|---|---|---|---|---|---|---|---|
| PVI006 | 48.7m | 4.4m | 342.7 g/t | 4.0% | 1.1% | 0.74 g/t | 0.84% |
| PVI008 | 152.6m | 0.8m | 155 g/t | 11.6% | 1.2% | 0.5 g/t | 22.0% |
Critically, the massive sulphide interval in PVI008 sits outside the mapped resistivity-low anomaly and does not appear to account for the conductive response. Exultant interprets this as potentially encouraging — the targeted resistivity-low zone may reflect a separate and potentially thicker sulphide accumulation immediately down-dip of the known intersection.
Holes targeting this style: PVRC_F, PVRC_G, PVRC_H, PVRC_I, PVRC_L
Target Style 3: Structural and Density Targets
Additional holes target coincident chargeability-gravity anomalies in structurally favourable settings adjacent to the Peak View Thrust Fault and interpreted transverse structures. These positions are considered prospective for sulphide accumulation and iron-rich alteration.
Holes targeting this style: PVRC_J, PVRC_K
Complete Drill Program Summary
| Hole | Primary Target | Key Rationale |
|---|---|---|
| PVRC_A | Coincident chargeability-resistivity high | Beneath widest part (200m) of the multi-element soil anomaly |
| PVRC_B | Resistivity low down-dip | Down-dip of coincident chargeability-resistivity high beneath 200m-wide soil anomaly |
| PVRC_C | Coincident chargeability-resistivity high | Beneath multi-element soil anomaly |
| PVRC_D | Resistivity low down-dip | Down-dip of coincident chargeability-resistivity high beneath soil anomaly |
| PVRC_E | Coincident chargeability-resistivity-gravity high | Western target with triple geophysical coincidence |
| PVRC_F | Coincident magnetic low, gravity low | Down-dip of historical holes PVD001/PVD002 |
| PVRC_G | Resistivity low | Down-dip of PVD001/PVD002 |
| PVRC_H | Resistivity low | Down-dip of PVI006 (342.7 g/t Ag, 4.0% Pb) |
| PVRC_I | Coincident magnetic low, gravity low | Down-dip of PVI006 |
| PVRC_J | Coincident chargeability-gravity high | Proximal to Peak View Thrust Fault |
| PVRC_K | Coincident chargeability-gravity high | Adjacent structural corridor |
| PVRC_L | Resistivity low | Down-dip of PVI008 (22% Zn, 155 g/t Ag, 11.6% Pb) |
Understanding the Key Concept: What Is a VMS Deposit?
Volcanogenic Massive Sulphide (VMS) deposits are a category of polymetallic ore deposit formed on or below the ancient seafloor through the circulation of hot, metal-rich hydrothermal fluids. These systems typically produce concentrations of zinc, lead, copper, silver, and gold — precisely the suite of metals showing up in both the soil anomaly and historical drilling at Balerion.
Why Does This Matter for Investors?
VMS deposits are known for hosting high-grade, multi-metal mineralisation in relatively compact zones. The feeder or "pipe" zone beneath a VMS deposit — the conduit through which metal-rich fluids travelled — can itself be an important copper-rich target. Exultant's highest-priority holes are designed to test whether the geophysical signatures at Balerion are consistent with this type of geological system.
It is important to note that the VMS interpretation at Balerion remains conceptual. Consequently, drilling is required to determine whether the anomalies reflect VMS-related sulphides, alteration, lithological contrasts, structural effects, or a combination of these.
Glossary of Key Terms
- RC Drilling (Reverse Circulation): A drilling technique where rock chips are returned to surface through the inner pipe of the drill string, providing rapid, cost-effective sampling of geological material
- IP Survey (Induced Polarisation): A geophysical technique that measures how rocks store and release electrical charge, commonly used to detect disseminated sulphide minerals at depth
- Chargeability: A measure of a rock's ability to store electrical charge; elevated chargeability often indicates the presence of sulphide minerals
- Resistivity: A measure of a material's resistance to electrical current; resistivity lows can indicate conductive materials such as massive sulphides
- Soil Geochemistry: The analysis of soil samples for trace metal concentrations, used to identify chemical signatures of buried mineralisation at surface
- Massive Sulphide: A high-concentration accumulation of sulphide minerals, typically associated with high-grade polymetallic mineralisation
What Happens Next: The Path to Drill Results
All logistics are now in place. Exultant has confirmed that both earthworks and drilling contractors have been secured, and the company intends to move through the following sequence:
- Complete earthworks and drill pad preparation at planned hole locations
- Mobilise the drilling contractor to the Balerion Prospect site
- Commence drilling of priority targets in the ranked sequence
- Integrate drilling results with the existing geochemical, IP, gravity, and magnetic datasets to refine the broader geological model
The rapid progression from regulatory approval to contractor mobilisation reflects a program that has been thoroughly prepared in advance. Results from initial holes will feed directly into any decision-making around follow-up drilling and model refinement.
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Why Balerion Warrants Investor Attention
Several factors combine to make the upcoming drill program a meaningful near-term catalyst for Exultant shareholders.
1. Systematic Exploration Underpins the Targets
Unlike early-stage grass-roots programs, the Balerion drill program is built on three layers of geophysical data — IP, gravity, and magnetics — integrated with a 900-metre soil anomaly and historical drilling. This disciplined approach reduces the speculative element and prioritises the strongest, most coherent anomalies.
2. Historical Drilling Confirms Mineralisation Is Present
The prospect is not entirely undrilled ground. Prior operators identified genuine high-grade intersections, including 0.8m at 22% Zn, 11.6% Pb, 155 g/t Ag, and 1.2% Cu in PVI008 and 4.4m at 342.7 g/t Ag, 4.0% Pb in PVI006. These results confirm a mineralising system — the question Exultant is now drilling to answer is how large and how continuous that system is at depth.
3. The Geophysical Case for Down-Dip Extensions Is Specific and Testable
The resistivity-low anomaly targeted by PVRC_L lies directly down-dip of PVI008's massive sulphide intersection and is not explained by the known mineralisation. This represents a clear, falsifiable hypothesis that drilling can resolve.
4. The Multi-Metal Profile Broadens the Potential Value Proposition
The coincident Cu-Pb-Zn-Ag-Au soil anomaly and historical intersections demonstrate that the system carries multiple economically relevant metals. In addition, this enhances the potential value of any discovery relative to a single-metal system.
5. The Program Is Imminent and Fully Approved
With regulatory approval received and contractors secured, there are no administrative delays standing between the company and drill results. This makes the Exultant Mining Balerion Prospect 12-hole RC drill program near Cooma NSW a short-dated catalyst that shareholders should closely monitor.
Key Takeaway: Exultant Mining (ASX: 10X) has reached the critical inflection point between target generation and drill testing at the Balerion Prospect. Backed by a rigorous multi-dataset exploration approach, high-grade historical intersections, and a clear geophysical rationale for down-dip extensions, the 12-hole RC program represents the first systematic test of what the integrated data is pointing to. With approval secured and contractors ready to mobilise, drill results are the imminent next milestone for shareholders to watch.
Ready to Follow Exultant Mining's Next Move at Balerion?
With drilling approval secured, contractors mobilised, and a 12-hole RC program ready to test some of the most compelling polymetallic targets in New South Wales, Exultant Mining (ASX: 10X) is approaching a pivotal moment for the company and its shareholders. To learn more about the Balerion Prospect, the Peak View Project, and the investment case behind 10X, visit the Exultant Mining website and stay ahead of what could be a defining drill campaign.
