India imported 53,748 metric tonnes of rare-earth permanent magnets in the year to March 2025, and its demand is projected to double by 2030. That’s the mine-to-magnet problem in one line: India wants the clean-energy and defence platforms that use these magnets but still relies on others for a component that sits at the heart of modern motors and actuators.
So when India and Australia talk about critical minerals, I’d judge the partnership by a simple test focusing on the rare-earths subset of those materials: does it close the mine-to-magnet gap, or does this cooperation stop at mining?
Mining is rarely the choke point. The vulnerability sits in the missing middle, the industrial steps that turn feedstock into separated oxides, then metals and alloys, and finally magnets that meet the specifications of carmakers and defence integrators. When those stages are concentrated, or disrupted, price spikes and shortages quickly affect EV motors, wind turbines and precision defence systems.
India has signalled it wants to get out of this trap. On 26 November, the government approved a scheme for around 73.8 million Indian rupees (about A$1.5 billion) to build 6,000 metric tonnes per annum of integrated rare-earth permanent magnet capacity across the value chain.
That’s not a symbolic pilot; it’s an industrial bet. India wants to move from importing magnets to making them at scale, and it wants the upstream conversion steps—oxide to metal, metal to alloy, alloy to magnet—to happen domestically.
Australia matters because it can be more than a supplier of upstream inputs. It can support India through feedstock supply, processing know-how, investment, and reliable intermediate inputs for magnet production. At the same time, the partnership is not free from commercial tension. Australia also seeks to move downstream in critical-minerals processing, so some overlap with India’s midstream ambitions is unavoidable. The realistic policy goal, therefore, is not perfect complementarity, but selective cooperation in which Australia strengthens input security while India develops magnet-making capacity that end-users will actually buy.
Reliability is the part everyone skips. Yet without reliable supply, diversification cannot be effective. In November, power disruptions at Lynas Rare Earth’s Kalgoorlie processing facility were serious enough for the company to warn of a shortfall equivalent to about a month of production in the quarter.
This is a reminder that having a friendly source of supply does not alone create security of supply. Plants must run, infrastructure must be reliable and intermediate products must arrive on time.
This is why project identification and memorandums of understanding are the warm up, not the finish line.
What would change outcomes would be a shift from resources talk to manufacturing reality. That means aligning three things that rarely line up on their own: bankable demand, survivable risk-sharing and fast qualification.
Start by securing bankable demand. Midstream processing and magnet lines get funded when buyers commit to volumes and timelines, not when officials say the right words. India’s scheme creates a chance to anchor demand through automotive supply chains (where quality discipline is relentless) and defence procurement (where resilience is a policy objective). If those demand signals are credible, they pull investment into the upstream conversion steps that magnets depend on.
Then design for volatility. Rare-earth markets swing, commissioning is hard and energy and currency risks are real. If a commercial design dumps all the downside on one party, the project stalls and everyone calls it geopolitics. A serious partnership spreads risk so private capital can live with it. This is achieved through contract structures that tolerate price moves and, where the payoff is strategic, targeted public finance that lowers the cost of capital for the missing-middle steps.
Finally, make qualification the centrepiece. Diversification of supply is only successful when an end-user qualifies and accepts the final product. That requires testing, standards, traceability and repeatability. If Australia and India want mine-to-magnet cooperation to mean something, they should prioritise a joint path that gets magnets qualified for specific use cases, rather than hoping capacity automatically turns into purchases.
If this sounds technical, it’s because the missing middle is technical. That’s where the leverage is and where the partnership can move from symbolism to security.
Here’s the simplest way to measure progress by the end of the decade: can an Indian manufacturer buy a qualified, non-Chinese magnet at scale, with inputs that don’t collapse under volatility or a single operational shock? India’s 6,000-tonne plan makes that test urgent. Australia has a narrow window to help make it work by focusing less on the mine gate and more on the middle.
