How Kraken Redefined Point Leamington’s Copper-Gold Potential

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A copper-gold deposit sat largely untouched in central Newfoundland for more than two decades. In early 2026, a single drill campaign transformed it from a forgotten resource into a mineralised corridor stretching over 1.1 kilometres.

That kind of scale shift matters more than usual right now. Copper is trading near US$6.69 per pound as of 25 September 2026, according to TradingEconomics data cited in a late-September commodity review, while gold has pushed to roughly US$4,299 per ounce. Both sit near record levels, placing a premium on secure, multi-metal critical mineral assets in tier-one jurisdictions.

The story here is Visionary Copper and Gold Mines, Point Leamington, and the Kraken discovery that changed the project’s arithmetic. What follows in this analysis gives you a framework for evaluating the upcoming 20,000-metre drill program, the deposit’s true multi-metal valuation, and the geological analogues management is applying to chase district-scale expansion.

The Kraken footwall discovery and a 1.1-kilometre strike extension

Before Phase 1, the known strike length at Point Leamington stopped at 600 metres. After it, the mineralised corridor stretched beyond 1.1 kilometres. That is not a modest step-out. It is close to a doubling of the deposit’s mapped footprint from a single campaign.

The pivot came from the footwall. Phase 1 drilling identified the Kraken zone, a copper-rich stringer system sitting beneath the existing massive sulphide lens. Management has interpreted it as the feeder that transported the metal-rich fluids which formed the main deposit in the first place.

The discovery hole tells the story. PL-112 returned intersections totalling over 100 metres of mineralised material, the kind of width that forces a rethink of the whole open-pit design.

Recent precedent from another VMS copper-silver-zinc discovery illustrates how footwall intercepts at comparable widths have reset resource models in less than a single drill season, compressing the timeline between initial find and formal resource statement.

The reason these widths matter to your investment thesis comes down to stripping economics. In an open-pit mine, rock you dig out but cannot sell is waste, and the ratio of waste to ore drives cost. If the Kraken feeder proves continuous, previously classified waste rock in the footwall becomes potentially economic ore, which can materially lower that ratio.

Context sharpens the point. The site saw no meaningful exploration after 2004, and Phase 1 was the first systematic drill campaign in more than twenty years. Every one of these modern step-outs represents genuinely new upside on a resource now approaching 20 million tonnes total (5.0 Mt pit-constrained indicated plus 15.4 Mt inferred, including out-of-pit).

For resource investors, strike extension is the single clearest signal of a growing asset. Kraken supplies the technical justification for both the company’s rising profile and its aggressive next drill program.

Why footwall stringer zones redefine VMS deposit valuations

To understand why Kraken changes the valuation model, you need to understand how these deposits form. A Volcanogenic Massive Sulphide (VMS) deposit is a concentration of metal sulphides that precipitated on or near the ancient sea floor from hot, mineral-rich fluids venting through volcanic rock. The massive sulphide lens is what those fluids left at surface.

The footwall stringer zone is the plumbing beneath it: the network of veins and stockwork that channelled the fluids upward. Geological studies of VMS systems describe these feeder conduits as frequently copper-rich, and in some cases larger than the main lens they fed. That is why finding one unlocks a second potential resource, not just an extension of the first.

Point Leamington’s appeal is that it carries four payable metals at once. Based on management’s characterisation of the in-pit inventory, the deposit holds a spread of copper, gold, zinc, and silver.

A note on rigour. These management figures appear to include both the in-pit indicated and inferred components. The Globe and Mail’s 18 September 2026 report cited a stricter pit-constrained Indicated breakdown of roughly 145.7 koz gold, 60.0 Mlb copper, 153.5 Mlb zinc and 2.0 Moz silver, which is smaller. Keep the categories distinct when you value the asset.

Why does the multi-metal structure matter to you? It builds a hedge directly into the resource. Your thesis rests on the combined copper-gold-zinc-silver aggregate rather than tracking a single spot price, which softens the blow when any one commodity turns.

Scale also frames the opportunity. Typical VMS deposits run 3 to 5 million tonnes; 20 to 30 million counts as large-scale. Point Leamington already sits in large-scale territory, and base-metal sulphide projects have returned to favour partly because they carry lower capital costs than porphyry copper projects of similar size.

Scale also frames the opportunity. Base-metal sulphide projects have returned to favour partly because they carry lower capital costs than porphyry copper deposits of similar size, where the bulk tonnage required to justify construction typically demands far more extensive infrastructure commitment from the outset.

Evaluating the 20,000-metre Phase 2 catalyst and Flin Flon analogue

The fall 2026 program is where theory meets the drill bit. Visionary has planned a 20,000-metre Phase 2 campaign, with roughly 90% of the budget deployed directly at Point Leamington and the balance on regional targets. For a junior explorer, a program this size is the primary liquidity event, and it comes with three defined objectives.

The push to prove up 15 million tonnes of Indicated material is the tell. An Indicated classification carries the confidence required for economic studies, so this signals management is preparing the ground for future assessment work. That gives you a clear timeline for when theoretical tonnage must start proving its commercial worth.

The program also chases fresh ground. Five discrete airborne electromagnetic anomalies identified along the strike corridor in a 2007 survey have never been drill-tested, and an 8-kilometre eastern target, first flagged by BHP but drilled too shallow at the time, is slated for follow-up.

The chain of pearls analogue

The geological thesis borrows a phrase from Canadian mining history: the “chain of pearls.” It describes multiple discrete orebodies strung along a single fertile volcanic horizon, each pearl a separate deposit waiting to be found.

The reference point is Flin Flon in Manitoba, where an initial discovery led, over decades of systematic geophysics and drilling, to a string of mines along one corridor. Management positions Point Leamington as analogous to that camp’s early stage.

Active Flin Flon district partnerships provide a live data point on how institutional capital is still flowing into the same belt that management cites as the geological analogue for Point Leamington, lending external validation to the chain-of-pearls thesis.

The credibility of the analogy rests partly on the team. Peter Jones, founding CEO of Hudbay, oversaw the 777 mine and the early development of Lalor, both 30-million-tonne operations built in that same belt. Management argues the engineering and permitting playbook from Manitoba is being replicated in Newfoundland.

Weigh the probability carefully. The model works only where subsequent lenses prove large enough, continuous enough, and economic to access. Where those conditions fail, the chain of pearls stays a concept rather than a repeatable path to value.

Navigating development risks in a top-tier mining jurisdiction

Geological upside is only half the equation. The harder question is whether a deep, complex sulphide system can be pushed through to production, and here the jurisdiction works in the company’s favour.

Newfoundland and Labrador ranks consistently among the world’s top-ten mining jurisdictions, according to management, combining established road, port and power infrastructure with a transparent permitting process. Federal and provincial critical minerals strategies have flagged Atlantic Canada for copper, gold and zinc, opening access to geoscience funding and exploration incentives.

The Canadian Critical Minerals Strategy, administered by Natural Resources Canada, directs federal funding and policy support toward increasing domestic supply of copper, zinc, and gold, the three primary metals at Point Leamington, giving projects in Atlantic Canada direct access to geoscience and exploration incentive programmes.

The local dimension helps too. Drill crews are based in nearby Botwood, community support in the project area has been described as strong, and several operators who previously worked with the team in Manitoba are themselves Newfoundlanders who prefer to work close to home.

Logistics add a further edge. Point Leamington sits close to the deep-water port at Botwood, previously used for material export, raising the possibility of moving material by barge. Firefly Metals, roughly 80 kilometres away in straight-line distance, is expected to build a large processing facility that management notes could offer regional processing capacity.

Management frames its capital approach through a maxim it attributes to Frank Holmes of US Global Investors.

The philosophy is systematic deployment aimed at resource growth, funded through continuous capital raises. That last point is also where the risk sits: a junior explorer must keep returning to the market to fund deep, expensive drilling.

The caveats deserve equal weight to the upside.

The jurisdiction is about as safe as it gets. The geological and financial hurdles of a deep VMS system remain the real test.

Positioning for the fall 2026 drill results

The transition here is the whole thesis. A deposit dormant since the early 2000s has, in a single campaign, become a 1.1-kilometre multi-metal system with a newly discovered feeder zone beneath it, and the Phase 2 program will decide whether that momentum holds. Visionary sits at an inflection point, with the drill bit set to settle questions that theory cannot.

Watch three metrics as results publish through late 2026 and into 2027. First, whether the Indicated resource clears the 15-million-tonne target, the threshold that unlocks economic studies. Second, whether Kraken’s copper intersections stay continuous enough to stand as a standalone resource and improve the strip ratio. Third, whether the untested electromagnetic anomalies and the 8-kilometre eastern target deliver the second pearl the chain-of-pearls model requires.

Junior explorer market valuations during an active drill program carry a structural premium above resource-in-ground calculations, reflecting the option value of upcoming catalysts rather than the present value of confirmed tonnes, a distinction that widens when programs are as large as 20,000 metres.