Fortuna Metals Ltd
Fortuna Metals Delivers Globally Significant Maiden Resource at Mkanda
The Fortuna Metals Mkanda maiden rutile resource in Malawi has positioned the company among the more significant natural rutile discoveries reported in recent years. According to the announcement, the resource stands at 298 million tonnes (Mt) at 0.87% rutile and 1.19% Total Graphitic Carbon (TGC) using a 0.7% cut-off grade, containing 2.59 million tonnes of rutile and 3.55 million tonnes of graphite.
Based on a peer comparison included in the announcement, Mkanda ranks among the top six global deposits by contained rutile within the group of projects assessed by the company. The result marks a transition for Fortuna from an explorer reporting drill intercepts to a company with a quantified, code-compliant resource base.
"I'm extremely pleased to deliver our maiden Inferred Mineral Resource estimate at Mkanda of 2.6 million tonnes of contained rutile at a high grade of 0.87%, placing Mkanda in the top 6 rutile deposits globally. When you combine today's MRE with the recent high purity 96.6% TiOâ‚‚ rutile product, the large high-grade graphite resource and potential additional streams of zircon and monazite, it is clear Mkanda is evolving into a strategic critical mineral project of significance," said Tom Langley, CEO of Fortuna Metals.
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A Resource That Commands Attention: The Numbers Behind Mkanda
The maiden MRE was prepared by independent consultant Placer Consulting Pty Ltd, with variography analysis and peer review conducted by Datamine Australia. All mineralisation has been classified as Inferred under the JORC Code 2012, the Australian standard used for reporting mineral resources.
The resource has been reported across several cut-off grades, giving investors flexibility in assessing scale versus grade.
| Cut-off Rutile % | Resource (Mt) | Rutile % | Contained Rutile (Mt) | TGC % | Contained TGC (Mt) |
|---|---|---|---|---|---|
| 0.4% | 697 | 0.70% | 4.85 | 1.04% | 7.27 |
| 0.5% | 602 | 0.73% | 4.43 | 1.09% | 6.59 |
| 0.6% | 457 | 0.79% | 3.62 | 1.15% | 5.27 |
| 0.7% | 298 | 0.87% | 2.59 | 1.19% | 3.55 |
| 0.8% | 159 | 0.98% | 1.56 | 1.11% | 1.78 |
| 0.9% | 87 | 1.09% | 0.94 | 1.04% | 0.91 |
| 1.0% | 51 | 1.19% | 0.60 | 1.04% | 0.52 |
Several features stand out from this data. At the conservative 0.7% cut-off, the resource hosts 298 million tonnes of mineralised material, a bulk profile consistent with the potential for a long-life operation. The higher-grade subset of 159Mt at 0.98% rutile at the 0.8% cut-off points to above-average grade material within the broader system, while the 3.55Mt TGC graphite inventory adds a by-product stream that could support project economics.
Metallurgical test work reported separately by the company on 2 July 2026 confirmed Mkanda material can produce a rutile concentrate grading 96.6% TiOâ‚‚, a specification relevant to premium buyers.
Where Does Mkanda Sit on the Global Stage?
The announcement included a comparison against a broad peer group of natural rutile projects globally. A summary of total contained rutile for selected projects referenced in that comparison is set out below.
| Project | Company | Stage | Total Contained Rutile (Mt) |
|---|---|---|---|
| Kasiya | Sovereign Metals | DFS | 20.24 |
| Wimmera | Iluka Resources | DFS | 5.8 |
| Sembehun | Leonoil | DFS | 5.53 |
| Moma | Kenmare Resources | Production | 4.3 |
| Mkanda | Fortuna Metals | MRE (Inferred) | 2.59 |
| Goschen | VHM | DFS/Permitted | 2.8 |
| Area 1 | Leonoil | Production | 2.23 |
| Balranald | Iluka Resources | Construction | 2.0 |
| Toliara | Energy Fuels | DFS | 1.1 |
Mkanda's 2.59Mt of contained rutile places the project within the upper tier of global natural rutile resources at its current stage. The resource remains open laterally and at depth, with drilling continuing. Fortuna has noted that peer entities' projects generally include higher-confidence Indicated and Measured resource categories, whereas Mkanda's current MRE sits entirely within the Inferred classification, a distinction relevant when comparing project maturity across the group.
Understanding Eluvial Rutile Deposits
What Is Residual Placer Mineralisation?
Mkanda is classified as a residual placer, also described as an eluvial heavy mineral deposit. This deposit style differs from conventional hard-rock mining, where ore is extracted from solid rock, and from coastal placer deposits, where minerals are transported by water over long distances.
According to the technical information provided in the announcement, the formation process at Mkanda involved three broad stages. The underlying basement rock, comprising ancient metamorphic gneisses, originally contained rutile and graphite within its mineral structure. Over an extended period of tropical weathering, particularly through the Tertiary period, chemically and physically mobile minerals were removed from the upper soil profile.
This left behind a concentration of heavier, more resistant minerals such as rutile, forming a flat-lying, laterally extensive mineralised layer close to the surface. Furthermore, this geological setting carries practical implications for potential development. Near-surface mineralisation is typically associated with lower strip ratios and the possibility of simpler, lower-cost mining methods that avoid the need for blasting or underground access.
The Mkanda resource averages 8.4 metres depth, consistent with this profile, and separation of rutile from host material is understood to use wet gravity concentration and magnetic separation, both established processing technologies.
| Term | Meaning |
|---|---|
| Rutile | A naturally occurring mineral form of titanium dioxide (TiOâ‚‚), used as a premium titanium feedstock |
| TGC | Total Graphitic Carbon, the measure of graphite content in a sample |
| Inferred Resource | The lowest confidence JORC classification, where geology is implied but not yet verified by close-spaced drilling |
| MRE | Mineral Resource Estimate, a formal, code-compliant quantification of mineralisation |
| Eluvial deposit | A deposit formed by in-situ weathering and residual concentration of heavy minerals |
| HMC | Heavy Mineral Concentrate, the product of gravity separation processes |
| JORC Code | The Australian standard for reporting mineral resources and reserves |
Why Rutile Matters: A Market Facing Structural Tightness
Natural rutile is used as a premium titanium feedstock in pigment production, titanium metal, welding electrodes and advanced manufacturing applications. According to the announcement, it currently trades at approximately US$1,100 to US$1,300 per tonne.
Several structural factors are cited in the announcement as underpinning demand for natural rutile. Traditional rutile deposits are reported to be depleting, with legacy producers in decline and a limited pipeline of replacement projects. The United States is reported to import 100% of its titanium sponge requirements, with record imports of 44,000 tonnes recorded in 2025.
Japan is said to supply over 70% of US titanium sponge imports, with Japanese producers dependent on securing reliable natural rutile feedstock. Western-qualified titanium sponge production has reportedly declined 9% to approximately 81,000 tonnes, while China's share of global production has risen to 70%.
The announcement also references emerging demand from robotics and advanced manufacturing, where lightweight titanium alloys are increasingly used in high-specification systems, as an additional layer of long-term demand. Consequently, Mkanda's 96.6% TiOâ‚‚ rutile product, confirmed by preliminary metallurgical testing, is positioned by the company as aligned with premium buyer specifications.
The Graphite By-Product: Additional Optionality
Beyond rutile, the maiden MRE includes 3.55 million tonnes of contained graphite at 1.19% TGC, representing a potential by-product credit that could support project economics.
For context, Sovereign Metals' neighbouring Kasiya project, described in its own reporting as the world's largest rutile deposit, reports that graphite credits uplift its rutile equivalent grade from 0.96% rutile to 1.51% rutile equivalent. Fortuna has not yet applied equivalent calculations to Mkanda, though the company notes the presence of a large, co-located graphite resource within the same geological setting.
Graphite flotation test work is currently underway on a 50kg sample from the bulk sampling campaign completed to date. Graphite at Mkanda is broadly associated with rutile mineralisation, with both minerals derived from the same paragneiss source rock. However, further work is required to confirm flake size, liberation characteristics, concentrate quality and market suitability before any by-product credit can be formally applied to the resource.
Kahuna Prospect: A High-Grade Zone Outside the Current Resource
The announcement highlighted results from the Kahuna prospect, which returned up to 10 metres at 1.43% rutile, the highest-grade intercept reported from the project to date. These results were not included in the maiden MRE and are expected to be incorporated into the next resource update.
Kahuna is described as an emerging multi-kilometre high-grade rutile anomaly, representing a potential high-grade zone within the broader Mkanda system. Delineating such zones could have a meaningful influence on project economics if prioritised in a future mining sequence.
The Growth Pipeline: What Comes Next?
Fortuna has framed the Fortuna Metals Mkanda maiden rutile resource in Malawi as a starting point rather than a ceiling, citing several factors supporting potential resource growth.
Mineralisation remains open laterally and at depth, with the current resource boundary defined by the depth capacity of hand auger drilling, averaging 8.4 metres, rather than any demonstrated geological limit. Aircore drilling to test the deeper saprolite profile is already underway, with the first 14 holes averaging 27 metres depth.
Only 228 full-depth drillholes informed the maiden MRE across a project area covering 658km², indicating substantial exploration remains ahead of the company. A 5,000 metre aircore drill program is running through July, August and September 2026, targeting expanded and higher-confidence resource estimates, with an option to extend the program under consideration.
An additional 648 hand auger holes completed in 2026 on a 200m by 200m grid, tighter than the 400m by 400m spacing used for the maiden MRE, have the potential to add to the resource base and support classification upgrades toward the Indicated category. Zircon and monazite co-product potential is under investigation, with process and recovery test work underway and results anticipated in H2 2026. The company's second exploration licence, the Kampini Project, is scheduled for first-pass reconnaissance drilling in H2 2026.
| Workstream | Status / Timing |
|---|---|
| Aircore drilling (resource expansion and depth testing) | Underway, July to September 2026 |
| Infill hand auger drilling (200m x 200m grid) | In progress |
| Twinned drill holes for sampling method comparison | In progress |
| DGPS collar capture for all drill holes | Underway |
| Metallurgical test work (rutile, graphite, zircon, monazite) | H2 2026 |
| Lidar surface DTM capture | Planned H2 2026 |
| Bulk density test work | Planned H2 2026 |
| Environmental and social baseline studies | Planned H2 2026 |
| Scoping-level mining and processing studies | Planned H2 2026 |
| Customer and strategic partner engagement | Ongoing H2 2026 |
| Kampini first-pass reconnaissance drilling | Planned H2 2026 |
| Zircon and monazite assessment and validation | H2 2026 |
| Assay results from current drilling programs | Expected H2 2026 |
Infrastructure Context: Logistics Considerations
According to the announcement, the central region of the Mkanda project sits approximately 20km from Lilongwe, Malawi's capital city, and 25km from rail access (as close as 11km at the northern boundary) to the Nacala rail corridor, which connects through to the Nacala deep-water port in Mozambique. The project is also reported to be approximately 15km from high-capacity power lines, with access to fresh water noted as relevant to potential future processing requirements.
This combination of road, rail and port proximity, alongside access to power and water, is a factor the company considers particularly relevant given the logistics demands typically associated with a bulk commodity such as rutile.
In-Country Laboratory: Supporting the Drilling Cycle
Fortuna has commissioned an in-country laboratory in Malawi to handle the initial stages of heavy mineral separation sample preparation. According to the announcement, this facility is intended to reduce total assay costs by completing preliminary processing steps locally before samples are sent to external laboratories, and to accelerate assay turnaround times to support the drilling programs planned for 2026 and beyond.
A Competent Person audit of the laboratory has been completed, with no outstanding advisory items noted at the time of reporting.
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Investment Considerations
Taken together, the maiden MRE and associated technical work present several points of relevance for investors assessing Fortuna's development trajectory.
The 298Mt at 0.87% rutile resource at the preferred cut-off is substantial in scale relative to global peers at a comparable stage of development, and it remains open in multiple directions, with active drilling programs specifically designed to test for expansion. The 96.6% TiOâ‚‚ rutile product confirmed through preliminary metallurgical testing indicates the resource has already demonstrated the potential to yield a product specification sought by premium buyers, rather than representing mineralisation in the ground alone.
The combination of rutile, graphite and the still-to-be-confirmed potential of zircon and monazite creates multiple possible value streams, each of which could add to project economics without proportionally increasing mining costs given the co-located nature of the mineralisation. Additionally, the near-surface, soft, free-dig material in a flat-lying blanket geometry is generally regarded as a favourable physical configuration for lower-capital-intensity bulk mining, subject to confirmation through further geotechnical, metallurgical and economic studies planned for H2 2026.
Want to Know More About Fortuna Metals and the Mkanda Project?
Fortuna Metals has delivered a globally significant maiden resource at Mkanda, combining a large-scale rutile inventory with a substantial graphite endowment, premium-grade metallurgical results, and a clear pathway to resource growth. With active drilling programmes underway and a range of key workstreams planned for H2 2026, the company is progressing rapidly through its development timeline. Investors looking to learn more about Fortuna Metals and the Mkanda project can visit the company's website at fortunametals.limited.
