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Editorial illustration of mineral sands, monazite concentrate and a cargo route leaving Madagascar

Rare Earth Race · Country Briefing

Madagascar mines 0.7% of rare earths. Processing happens abroad.

The country already exports rare-earth-bearing material. It still lacks a large plant that turns that feed into individual products for manufacturers.

Updated 30 August 202618 minute readProject data cutoff 27 August 2026Price reference 28 August 2026
On this pageTakeaway

Madagascar is already a rare earth producer, although its output is easy to miss. USGS estimates 2,700 tonnes of rare earth oxide equivalent in 2025, about 0.7% of world mine supply. Most current material comes from monazite recovered beside other minerals at Rio Tinto's QIT Madagascar Minerals (QMM) operation near Fort Dauphin, then leaves through Port Ehoala for processing abroad. 1 2

Ampasindava offers a different growth route. Its study models roughly 4,000 tonnes a year of rare earth content, including about 1,700 tonnes of combined neodymium, praseodymium, dysprosium and terbium. 4 The source does not provide a reliable split between those four materials. Vara Mada could add another monazite stream for processing in Utah. Both projects still face permits, funding or construction. Madagascar is likely to export more feed by 2030, but individual oxides will still be made offshore unless a domestic separation plant receives finance and reaches production.

The country in four dates

Madagascar matters at the mine, not yet at the factory.

Reported output, current events, company targets and our forecasts are kept in separate boxes. NdPr means neodymium and praseodymium reported together. Dy/Tb means dysprosium and terbium reported together.

Latest official estimate · 2025

A real but trade-derived supply line.

  • 2,700 tonnes · 0.7%estimated mine output and world share1

What changed in 2026

Two projects moved, without opening a separator.

  • Project study4,000 tonnes a yearAmpasindava study case for rare-earth content4Scale: Equal to about 1.0% of 2025 world mine output if built. This is a scale comparison, not a forecast share.
  • About 1,700 tonnescombined magnet rare earths inside that case; no individual split4Scale: About 43% of the same study's 4,000-tonne annual total. The source does not split those four materials.

Next credible opening

At least one public schedule is likely to slip.

  • Company targetMid-2028Ampasindava company target5
  • Company target2029Vara Mada company target8

2030 view

More feed may leave. Separation still happens abroad.

  • EarthRarest viewHigher exportsour central direction, without a dependable national tonnage2
  • EarthRarest viewNo large domestic separatormain forecast4

Eight strategic metals

No national figure is reliable enough to compare

That does not mean the country has no projects. It means the public record does not support a like-for-like number for these eight metals.

See the check

Projects first

One small mine operates. The larger project does not.

Mandena and Port Ehoala

QIT Madagascar Minerals · Fort Dauphin, Anosy

Producing now

Verified August 2026

2,700 tonnes of national rare-earth mine output

USGS 2025 country estimate, not QMM reported output

Rio Tinto's QIT Madagascar Minerals (QMM) operation is the established monazite route, but the exact 2025 company contribution is not separately reported in the USGS table. Current product leaves through Port Ehoala before individual oxide separation. 1 2

Ampasindava

Harena Resources · Ampasindava Peninsula

Study only

Mining terms signed 11 August 2026

About 4,000 tonnes a year of total rare-earth oxide

Preliminary study forecast, including about 1,700 tonnes a year of combined NdPr, Dy and Tb

A completed preliminary study and U.S. International Development Finance Corporation (DFC) development grant move Ampasindava beyond a resource story. Environmental approval, full construction finance and formal approval to build remain requirements before the mid-2028 company target. 4 5 6

Vara Mada

Energy Fuels · Atsimo-Andrefana

Waiting for money or permits

Verified June quarter 2026

Monazite from 2029 target

Company schedule; intended for White Mesa in Utah

The suspension is lifted, but monazite is not yet included in the exploitation permit. Fiscal terms, full construction finance and formal approval to build also remain outstanding, so the early-2029 delivery case is still conditional. 7 8

Extractive Industries Transparency Initiative review

Madagascar government and EITI stakeholders · National

Policy in force

Next review deadline: 20 November 2026

Latest sector data: 2023

Transparency milestone, not production capacity

The review follows the October 2025 military takeover. It matters to future project finance and public trust because current national mining disclosure already trails the trade evidence used by USGS. 9

Material by material

What Madagascar supplies now, what could change by 2030, and China's share

Each card begins with the finding. The numbers and their limits sit underneath it.

Every bar runs from 0% to 100%. A solid bar is directly comparable. A shaded bar is an estimate or uses a different type of output. Where no reliable percentage exists, the card says so instead of drawing a false zero.

Madagascar nowIf projects openChina todayShaded: estimate or different output
Monazite

Current output is mineral feed, not separated oxide

MonaziteFeed for light and magnet rare-earth separation

No published shareNo comparable percentage exists for current supply, planned supply or the China comparison at the same product stage.
Now2025 national estimate: 2,700 tonnes of rare-earth-oxide equivalent; QMM share not reported separately
If projects openAmount not published

What it means: Madagascar already matters at the mine gate while most value is added offshore. 1, 2, 8, 13

What these figures mean

USGS estimates 2,700 tonnes of rare-earth oxide-equivalent national mine output, linked to the established QMM route. Vara Mada targets monazite from 2029 but still needs permit coverage, fiscal terms and final build decision.

China figure: No like-for-like individual-material China share is published for this product stage.

Nd+Pr

Ampasindava contains magnet material but gives no NdPr-only total

NdPr: Neodymium and PraseodymiumPermanent magnets for vehicles, wind and defence

NdNeodymiumPrPraseodymium
Madagascar nowNo reliable global percentage
If projects openNo reliable global percentage
China today91% for Nd, Pr, Dy and Tb together (2024)
NowNo separated NdPr total published
If projects openNdPr-only amount not published

What it means: The project could add meaningful magnet feed, but the disclosure does not support an NdPr supply percentage. 4, 5, 12

What these figures mean

No current national separated-neodymium-and-praseodymium total is published. The study combines NdPr with dysprosium and terbium, so no NdPr-only project figure can be reported.

China figure: China refined 91% of neodymium, praseodymium, dysprosium and terbium together in 2024. This is not an individual-material share.

Dy+Tb

Strategic content without a public annual split

Dy + Tb: Dysprosium and TerbiumHigh-temperature permanent magnets

DyDysprosiumTbTerbium
Madagascar nowNo reliable global percentage
If projects openNo reliable global percentage
China today91% for Nd, Pr, Dy and Tb together (2024)
NowAmount not published
If projects openAmount not published

What it means: Do not convert deposit composition into saleable heavy-oxide supply. 4, 12

What these figures mean

Ampasindava includes Dy and Tb in its planned basket, but the cited evidence does not support a current national total. Customer qualification and an offshore separation route remain part of the chain.

China figure: China refined 91% of neodymium, praseodymium, dysprosium and terbium together in 2024. This is not an individual-material share.

Nd+Pr+Dy+Tb

The published magnet-material project total is combined

Nd + Pr + Dy + Tb: Neodymium, Praseodymium, Dysprosium and TerbiumFeed for standard and high-temperature permanent magnets

NdNeodymiumPrPraseodymiumDyDysprosiumTbTerbium
Madagascar nowNo reliable global percentage
If projects openNo reliable global percentage
China today91% for Nd, Pr, Dy and Tb together (2024)
NowNo comparable combined total published
If projects openAbout 1,700 tonnes a year of combined NdPr, Dy and Tb in the study case

What it means: This combined figure belongs once in the supply ledger. It cannot be assigned to NdPr or Dy/Tb separately. 4, 5, 12

What these figures mean

No comparable current combined national total is published. Ampasindava's study models about 1,700 tonnes a year of combined NdPr, Dy and Tb within roughly 4,000 tonnes a year of total rare-earth oxides. The four materials are not split.

China figure: China refined 91% of neodymium, praseodymium, dysprosium and terbium together in 2024. This is not an individual-material share.

Ce+La

The low-value coproduct test

Ce + La: Cerium and LanthanumCatalysts, polishing and glass

CeCeriumLaLanthanum
Madagascar nowNo reliable global percentage
If projects openNo reliable global percentage
China benchmark84.9% in the 2016 to 2020 reference period
NowAmount not published
If projects openAmount not published

What it means: A project can have attractive NdPr grades and still struggle if the whole basket has no buyer. 3, 4, 13

What these figures mean

Existing monazite necessarily carries a broader light-rare-earth basket. New projects must sell or manage these coproducts beside the higher-value NdPr stream.

China figure: The European Commission estimated China's processing share at 84.9% in the 2016 to 2020 reference period.

China oxide price guide

Indicative domestic midpoints, 28 August 2026, per kilogram

LanthanumUS$0.72
CeriumUS$1.87
SamariumUS$2.17
YttriumUS$7.75
GadoliniumUS$25.62
NdPrUS$95.56
DysprosiumUS$191.78
TerbiumUS$889.95
Per kg of oxide. Purity, tax, delivery point, export licensing and contract terms can change a quote by multiples. These are not local sale-price forecasts. Source: SMM.

Strategic metals beyond rare earths

Madagascar's other strategic metals

Each card states the type of output and year. The bars compare this country with the market leader at the same step whenever the data allows it. A data gap is not zero.

Compare all eight strategic metals

The conversion test

Where Madagascar actually sits in the chain

A deposit is only the first step. Statuses below describe operating capability at the data cut-off, not announced ambition.

01
Operating

Mine

USGS estimates 2,700 tonnes of rare-earth oxide-equivalent in 2025. Mandena is the current operating source, while Ampasindava and Vara Mada remain development projects. 1 2

02
Exporting

Concentrate

QMM recovers monazite as a mineral-sands product and ships through Port Ehoala. The physical product should not be confused with separated oxide. 2 3

03
Offshore

Separation

Current material leaves Madagascar before individual oxide separation. Ampasindava is seeking US or European refiners, while Vara Mada plans to feed White Mesa in Utah. 5 8

04
Major gap

Metals and alloys

No material commercial domestic conversion layer was verified at the cut-off. More mine output would still leave Madagascar exposed to foreign processing terms.

05
Absent

Permanent magnets

No commercial Malagasy neodymium-iron-boron or samarium-cobalt magnet industry was identified. Project plans stop at mixed rare-earth product or monazite feed. 4 8

The numbers

The mine-output number in context

USGS 2025 estimates cover total rare earth oxide equivalent. The chart does not measure refining or magnet output.

Leading mine producers

World share and tonnes, 2025 estimate
China 270,000 tonnes · 69.2% of world
United States 51,000 tonnes · 13.1% of world
Australia 29,000 tonnes · 7.4% of world
Myanmar 22,000 tonnes · 5.6% of world
Madagascar 2,700 tonnes · 0.7% of world
Every rail runs from 0% to 100% of world mine output. The label also gives tonnes. World total: about 390,000 tonnes in 2025; trade-derived estimates can be revised.

Rio Tinto describes QMM as a joint venture with the Malagasy government near Fort Dauphin. The operation produces ilmenite and zirsill, with monazite recovered alongside them before shipping through Port Ehoala to RTIT Quebec and other customers. 2 A country can therefore appear in a mine table while remaining absent from the separated-oxide market, which is exactly what has happened here.

The operating history is older than the latest trade estimate suggests. USGS dates the start of monazite recovery at Mandena to 2018, several years before the latest estimate. Its fact sheet puts concentrate production at roughly 21,000 tonnes in 2019. That material contained about 5,000 tonnes of rare-earth content. 3 The historical product estimate should stay in its own box because the corrected 2025 country number uses a different trade-based method.

The latest sector data from Madagascar's Extractive Industries Transparency Initiative run only through 2023, and the organisation still identifies weaknesses in mining-data transparency. 9 The lag matters because trade partners can see a shipment before the public can see a reconciled national production series. Every tonnage therefore keeps its source method beside it.

Madagascar is already a supplier of mined and partly processed material. Its current trade route still hands the expensive chemistry to somebody else.

What the numbers say

Harena's January 2026 preliminary study reports a resource under an industry-standard code containing about 606,000 tonnes of total rare-earth oxide. The study selects an annual feed case of 5 million tonnes. On that basis, the project forecasts roughly 4,000 tonnes of total rare-earth oxide product a year. 4 Its reported NdPr plus Dy/Tb output is about 1,700 tonnes annually, giving the project a magnet-material reason to exist beyond a large total-resource headline.

The preliminary study assigns US$142 million of pre-production capital to its selected case. US DFC later committed up to US$4.84 million for pilot work plus environmental studies. Reuters described the wider project at roughly US$150 million. 4 5 The DFC cheque pays for evidence before construction, leaving the much larger mine financing gap open.

Mining terms and conditions signed with the ministry in August formalise project obligations and clear the way for more pilot and environmental work. 6 An unfinished environmental and social process stands first; a final permit and investment decision must follow. Harena's mid-2028 target is possible only if those gates move without the delays that usually collect around first-of-kind clay projects.

Energy Fuels renamed Toliara as Vara Mada after the Malagasy government lifted the project's suspension in November 2024. The existing exploitation permit covers ilmenite and rutile, with zircon included as well. Monazite must be added before the rare-earth part of the business can proceed. 7 A fiscal and stability agreement is another live condition, which keeps an apparent restart from becoming a construction decision.

The company's 2026 feasibility case gives Vara Mada a 38-year modelled life. Its planning material points to monazite deliveries as early as the first quarter of 2029, subject to permits, full construction funding and formal approval to build. 8 That date belongs beside a dotted line rather than in the same colour as Mandena's operating shipments.

Energy Fuels intends to send Vara Mada monazite to the White Mesa Mill in Utah. 8 The arrangement could create a non-Chinese route and a long mine life in Madagascar, while local value addition still stops at mineral-sands recovery. A future fiscal agreement should be judged partly on whether it funds domestic skills or infrastructure around that gap.

Government help

How the government is helping projects get built in Madagascar

Loans, grants, guaranteed buyers and minimum prices can help a project get built. A promise counts only when the money or contract is committed.

National mine output2,700 tonnesUSGS trade-derived 2025 estimate
Mining termsSignedAmpasindava, August 2026
DFC roleDevelopment grantNot full construction finance
Public price floorNoneNo national oxide minimum disclosed
MeasureWhat it doesWho receives itWill it move the project?
Ampasindava mining termsProject-specific commercial frameworkThe government and developer signed terms in August 2026.The named Ampasindava project.A major gate, not final build decisionEnvironmental approval and the full funding package still remain. 5, 6
US DFC development supportGrant funding for project developmentThe support advances Ampasindava work before construction finance.Studies, engineering and work needed to secure finance.Useful risk reduction at the right stageA development grant should not be reported as a funded mine build. 6
Vara Mada permit and fiscal processMonazite must enter the exploitation permitThe suspension was lifted, but product scope and fiscal terms remained unresolved.Energy Fuels' proposed monazite route to Utah.The legal product mattersA mine licence for one mineral does not automatically authorise a new rare-earth product. 7, 8
Extractive Industries Transparency Initiative reviewTransparency review after political changeThe process examines sector governance while national disclosure trails trade evidence.Current and future mining investors and affected communities.Governance affects the cost of capitalNo project-level price floor or guaranteed buyer replaces credible national reporting. 9

EarthRarest forecast

What to watch through 2030

These are dated editorial predictions, not company guidance or investment advice. Each includes the evidence that would force a rethink.

By 31 December 2027

Ampasindava clears its environmental decision, but has not produced commercial tonnes

The preliminary study is complete and DFC is funding pilot and environmental work. A final permit, construction finance and formal approval to build still sit between the current project and Harena's mid-2028 target. 4 5 6

ConfidenceMedium
What would change this view

Revise if the environmental decision is delayed into 2028, or if Harena reports independently verified commercial production before the end of 2027.

By 30 June 2029

One of Madagascar's two lead projects slips.

At least one of Ampasindava or Vara Mada has slipped beyond its first stated commercial-product date. Ampasindava still needs permits and full finance for a mid-2028 start. Vara Mada needs monazite added to its permit before its early-2029 delivery plan can proceed. 6 7 8

ConfidenceMedium
What would change this view

Revise if both projects deliver sustained saleable output by 30 June 2029, or if either company formally abandons its current schedule sooner.

At 31 December 2030

Madagascar exports more feed, but separation stays offshore.

Madagascar exports more rare-earth feed, while commercial individual-oxide separation remains offshore. All three visible routes stop at monazite or mixed product inside Madagascar. Ampasindava is seeking overseas refiners, while Vara Mada names Utah as its processing destination. 5 8

ConfidenceHigh
What would change this view

Revise if a Malagasy facility begins sustained commercial separation into individual NdPr, Dy or Tb products before 2031.

Method and evidence

What the numbers mean

Mine output and reserves
The 2024 and 2025 mine figures use USGS version 1.3 and are estimated from reported Chinese import data. USGS lists reserves as Not available. 1
Project resource and capacity
Ampasindava's contained total rare-earth oxide is a resource reported under an industry-standard code. Its annual product and Vara Mada's dates are company study forecasts, kept outside current production.
Disputed impacts
Environmental and radiological concerns are attributed to residents and reporting sources. QMM's denial and compliance position are carried alongside them. 10
Sources used for this briefing
  1. Mineral Commodity Summaries 2026: Rare Earths, U.S. Geological Survey, 6 February 2026, version 1.3 May 2026. Country production, estimation method and reserve status.
  2. QIT Madagascar Minerals, Rio Tinto, Current at 27 August 2026. Operating products and Port Ehoala route.
  3. Developments in African industrial minerals for renewable energy, U.S. Geological Survey, 2024. Historical Mandena monazite recovery and estimated rare-earth content.
  4. Completion of Pre-Feasibility Study Advances the Ampasindava Rare Earth Project, Harena Resources, 26 January 2026. Resource, selected production case and issuer economics.
  5. US backs Madagascar rare earths project in push to loosen China's supply chain grip, Reuters, 28 July 2026. DFC development grant, cost context and target date.
  6. Mining Terms and Conditions (CCM) Signed, Harena Resources, 11 August 2026. Regulatory milestone and work still required.
  7. Form 10-K for the year ended 31 December 2025, Energy Fuels, Filed 26 February 2026. Vara Mada permit scope, suspension history and fiscal conditions.
  8. Form 10-Q for the quarter ended 30 June 2026, Energy Fuels, Filed 5 August 2026. Project status, target schedule and White Mesa processing route.
  9. Madagascar country page, Extractive Industries Transparency Initiative, Current at 27 August 2026. Enhanced scrutiny and mining-data transparency status.
  10. Race for rare earths sparks concern about environmental damage, Financial Times, 31 May 2026. Resident allegations and QMM response.
  11. SMM Rare Earth Oxides, assessed 28 August 2026. Domestic-China oxide midpoint indications used in the material price board.
  12. International Energy Agency, Rare Earth Elements. China shares in 2024: 91% of combined Nd, Pr, Dy and Tb refining and 94% of sintered permanent magnets. These are group shares, not an individual share for each element.
  13. European Commission, Study on the Critical Raw Materials for the EU 2023. Processing-share estimates use the 2016 to 2020 reference period and are labelled as reference values, not current 2026 shares.
Editorial artwork is illustrative and does not depict a named project site. Production and reserve figures are dated estimates. EarthRarest provides research and commentary, not personalised investment advice.

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