China’s Rare Earth Truce Expires on 10 November: India’s EV and Defence Supply Chains at Risk

India has less than a month to prepare for a deadline that could reopen a supply-chain problem its manufacturers encountered in 2025. On 10 November 2026, China’s suspension of a package of expanded rare-earth export controls announced in October 2025 is scheduled to expire. Beijing has not withdrawn those measures permanently. The distinction matters for manufacturers that depend on Chinese-origin materials, processing and permanent magnets.

According to the September 2026 BCG-ACMA report, India sources approximately 85% of its rare-earth magnets from China. During the 2025 disruption, some Indian manufacturers were left with only a few weeks of stock. Passenger-vehicle and two-wheeler producers cut or deferred electric-vehicle output, and one leading original equipment manufacturer reportedly scaled back its planned output for a new EV model by about two-thirds.

The immediate question is whether China will extend the suspension, allow the expanded measures to return, or adopt a more selective approach. No outcome should be treated as certain before Beijing announces its decision. But Indian companies do not need to wait for the deadline to assess their exposure: the existing export-licensing regime already demonstrates how administrative restrictions can affect access to materials even when trade has not been formally prohibited.

What Actually Expires on 10 November?

China’s rare-earth export controls developed in stages during 2025. In April, Beijing introduced licensing requirements for selected medium and heavy rare-earth-related items. The controlled materials include elements and compounds used in high-performance magnets and other industrial applications. Those April controls were not covered by the later suspension and remain a separate part of the regulatory framework.

On 9 October 2025, China announced a broader package of export controls covering additional rare-earth-related materials, technologies and equipment, including measures that could affect certain products manufactured outside China using Chinese-origin materials. The package also included controls affecting lithium-battery materials and other industrial inputs.

Following trade negotiations with the United States, China announced on 7 November 2025 that implementation of the relevant October measures would be suspended until 10 November 2026. That decision created a temporary reprieve. It did not erase the underlying announcements or end the April licensing regime.

This distinction is central to the current risk. The November deadline concerns the suspended package, not every Chinese restriction on rare earths. If the suspension expires without an extension or replacement arrangement, the measures covered by it could return according to their legal terms. The precise effect would depend on the scope of the controls, the products involved, applicable licensing requirements and any subsequent Chinese government announcement.

For importers, the risk is therefore broader than a simple question of whether China will stop exporting rare earths. Licensing delays, documentation requirements, uncertainty over product classification and restrictions on particular materials can disrupt deliveries without a blanket export ban.

Why China’s Position in the Supply Chain Matters

Rare earths are a group of 17 elements used in applications ranging from electronics and industrial motors to renewable energy equipment and defence systems. Their strategic importance comes from the properties they provide in specialised materials, including the powerful permanent magnets used in compact, high-performance motors.

The supply chain has several distinct stages: mining, separation into individual rare-earth oxides, refining into metals, alloy production and magnet manufacturing. A country can possess mineral deposits without having the processing capacity needed to convert those deposits into materials that manufacturers can use.

The International Energy Agency reports that China accounted for around 60% of global mined production of magnet rare earths in 2024. Its position is stronger further downstream: China accounted for approximately 91% of global refined output and 94% of sintered permanent-magnet production that year.

These figures explain why simply finding another source of ore is insufficient. Manufacturers need reliable supplies of the correct processed material and finished magnet, qualified to their technical specifications. Building alternative refining and magnet-making capacity requires investment, technical expertise, industrial infrastructure and time.

China’s influence is consequently exercised through a series of connected industrial stages. Even when mining takes place elsewhere, Chinese processing or magnet manufacturing may remain part of the production route. Export licensing at one of these stages can affect companies that have no direct mining relationship with China.

What the 2025 Disruption Revealed About India

The BCG-ACMA report, Beyond Resilience, released in September 2026, describes India’s exposure as a structural supply-chain weakness. Its findings show how quickly a regulatory change can move from an international trade dispute to a production problem at an Indian factory.

India’s approximately 85% dependence on China for rare-earth magnets leaves manufacturers exposed to changes in licensing and availability. During the 2025 disruption, Indian companies reported having only a few weeks of inventory. The shortage affected passenger-vehicle and two-wheeler production, including EV plans.

Inventory provides a buffer, but it cannot replace a qualified alternative supplier indefinitely. Once existing stocks run down, a company needs fresh deliveries or an approved substitute. Switching suppliers may require technical validation, changes to components or motor designs, and approval from the original equipment manufacturer.

The BCG-ACMA findings also point to a gap between large and small companies. Roughly two-thirds of small companies had not qualified a second source for most critical inputs, compared with about one-third of large companies. A separate finding indicated that nearly two-thirds of companies lacked a systematic assessment of risks deeper in their supply chains.

That gap matters because a large manufacturer may have greater purchasing power, engineering staff and the resources to hold inventory or qualify alternatives. A smaller component supplier may depend on an OEM’s design decisions and may have little authority to change the material or component it buys.

The report also describes an example of a driveline manufacturer that changed from heavy rare-earth magnets to light rare-earth and rare-earth-free motor designs within two months during the 2025 disruption. That example shows the value of engineering capability, but it should not be interpreted as evidence that every motor can be redesigned equally quickly. Feasibility depends on the application, performance requirements, cost and validation process.

Why EVs Face More Than One Supply Risk

Rare-earth magnets are particularly relevant to electric motors that use permanent magnets. They can also be found in power steering, sensors and other automotive applications. If the supply of a required magnet becomes unreliable, a manufacturer may have to draw down inventory, delay production or qualify a different component design.

The effect varies across vehicle architectures. Not every EV motor uses the same magnet technology, and not every vehicle is equally dependent on rare-earth inputs. An export-control change therefore does not imply that all EV production in India would stop. The direct risk is concentrated in products and components that rely on controlled materials or suppliers exposed to the licensing regime.

The second exposure is the battery supply chain. The BCG-ACMA report notes that India imports nearly all its lithium-ion cells. This dependence is related to, but distinct from, the rare-earth magnet issue. Rare-earth magnets are used in motors and other components; lithium-ion cells rely on a different set of materials and manufacturing processes.

China’s wider position in battery materials means that a trade dispute involving multiple industrial inputs can create overlapping risks. The October 2025 package included measures concerning lithium-battery materials and artificial-graphite anode materials, which is one reason its scheduled expiry deserves attention beyond the magnet market.

Gallium offers another example of how export restrictions can affect costs. The BCG-ACMA report says gallium prices reached roughly 2.5 times their pre-control level in 2025. Gallium is not a rare-earth element, but it is a critical industrial material with applications in electronics. Its inclusion in the wider discussion illustrates the broader challenge of concentrated supply chains for strategic materials.

India’s ₹7,280 Crore Magnet-Manufacturing Scheme

India has already taken a policy step to build domestic capacity. On 26 November 2025, the Union Cabinet approved the Scheme to Promote Manufacturing of Sintered Rare Earth Permanent Magnets, with a financial outlay of ₹7,280 crore.

The scheme aims to establish 6,000 metric tonnes per annum of integrated permanent-magnet manufacturing capacity. Its intended production chain includes conversion of rare-earth oxides into metals, metals into alloys, and alloys into finished magnets. The government has identified automotive, defence, aerospace, renewable energy and electronics applications as relevant markets.

This is a capacity-building programme, not an immediate substitute for imports. The announced target describes the intended manufacturing capacity; it does not mean that India had already reached 6,000 tonnes of domestic output by October 2026. Facilities must be developed, production processes established and products qualified for customers.

The November deadline arrives before a domestic manufacturing programme can automatically be assumed to have replaced current import requirements. The scheme can improve India's long-term position, but its ability to cushion a near-term disruption depends on the actual availability of qualified domestic output, the materials those facilities can process and the requirements of individual manufacturers.

There are also separate dependencies in the chain. Domestic magnet manufacturing will reduce vulnerability only to the extent that producers can obtain the necessary rare-earth feedstock, process it reliably and deliver magnets that meet industrial specifications. A factory located in India does not by itself guarantee that every upstream input is domestically sourced.

What the Deadline Means for Defence Manufacturing

Rare-earth permanent magnets are used in some defence and aerospace applications, including electric motors, guidance-related systems, sensors and other equipment. Their compact size and magnetic performance can make them valuable where weight, space and reliability matter.

However, the effect of the November deadline on Indian defence programmes cannot be quantified from the available public information alone. The exposure of a particular platform depends on its bill of materials, supplier arrangements, existing inventories, the materials covered by the relevant controls and the availability of qualified substitutes.

The broader supply-chain concern is still clear. If a component relies on a controlled magnet or a material that cannot be sourced quickly elsewhere, a licensing delay can affect production schedules and maintenance supply. Defence procurement also places strict demands on reliability and qualification, making an immediate material substitution difficult in some applications.

India’s domestic permanent-magnet scheme includes defence and aerospace among its intended markets. Over time, that capacity could support a more secure industrial base. In the near term, however, manufacturers and procurement agencies need to understand their direct exposure rather than assume that the new scheme has already resolved it.

What Could Happen After 10 November?

The deadline creates several possible paths. These scenarios describe conditional outcomes, not confirmed Chinese policy decisions.

Scenario One: China Extends the Suspension

Beijing could extend the suspension, either on the existing terms or through a revised arrangement. That would preserve the reprieve from the expanded October measures, although the April 2025 licensing controls would remain a separate issue.

For Indian companies, an extension would reduce the immediate risk of the suspended package returning. It would not remove the need to manage licensing delays, supplier concentration or the possibility of future policy changes.

Scenario Two: Selected Controls Return

China could allow some or all of the suspended measures to take effect while using licensing decisions and implementation rules to determine how they apply in practice. The consequences would depend on the precise controls activated and the products, materials and transactions covered.

For Indian manufacturers, the first signs of pressure could appear in longer lead times, incomplete shipments, increased documentation requirements or uncertainty about whether specific items can be exported. A production impact would depend on how quickly companies could draw on inventory or obtain qualified alternatives.

Scenario Three: A Broader Trade Arrangement Changes the Terms

China could announce a revised arrangement that changes the timing, scope or administration of the suspended measures. The recent US-China trade understanding demonstrates that export controls can be part of wider negotiations, but it does not establish what Beijing will decide in November 2026.

Even if the suspended measures remain inactive, the underlying concentration of refining and magnet production would persist. A diplomatic agreement can reduce immediate uncertainty; it cannot quickly recreate alternative industrial capacity elsewhere.

Intelligence Forecast

Between now and 10 November, the most useful indicators will be formal Chinese government announcements, updates to export-control notices, changes in licensing procedures and credible reports of new trade arrangements. Companies should distinguish an announced extension from informal assurances or expectations that negotiations will continue.

For India, the operational indicators are more immediate: supplier delivery schedules, outstanding export licences, inventory coverage, the availability of qualified alternative magnets and any changes to production plans. The relevant question for each company is not merely how much it buys from China, but how long it could continue operating if a particular input stopped arriving.

If the suspension is extended, companies would still have a reason to qualify second sources and assess substitute designs. If the measures return, the speed and severity of the impact will depend on which controls take effect, how Chinese authorities administer them and how much inventory manufacturers hold. Neither outcome removes the long-term need for diversification.

Global Chanakya Assessment

The rare-earth deadline exposes a gap between India’s industrial ambitions and the speed at which critical-material supply chains can be rebuilt. The country has approved a ₹7,280 crore programme to develop domestic permanent-magnet manufacturing, but its stated annual capacity target is not evidence that current dependence has already been overcome.

The most important distinction is between short-term access and long-term production capacity. An extension of China's suspension could preserve access to materials covered by the October 2025 package. It would not eliminate the April licensing regime, reverse China's concentration in refining and magnet manufacturing, or resolve the shortage of qualified alternative suppliers reported by Indian companies.

India’s response therefore needs to operate on two timelines. Manufacturers need to prepare for the November deadline through inventory checks, supplier communication, second-source qualification and engineering alternatives where technically feasible. The longer-term task is to establish domestic processing and magnet production that can meet industrial specifications at commercial scale.

The evidence does not establish that China will restore the suspended controls on 10 November. It does establish that the suspension has a defined expiry date and that India’s exposure remains substantial. The most defensible conclusion is that the deadline is a supply-chain stress test: whether or not the truce is extended, India’s vulnerability will persist until alternative sources and domestic capacity can reliably supply the materials its manufacturers need.

Indicators to Monitor

• Formal announcements from China’s Ministry of Commerce on the suspension of the October 2025 export-control measures.
• Any extension, amendment or implementation notice affecting the 10 November 2026 deadline.
• Changes to licensing requirements for the rare-earth materials and technologies covered by the April 2025 controls.
• Indian automotive and component manufacturers’ statements on magnet inventories, supplier approvals and EV production schedules.
• Progress in implementing the ₹7,280 crore Rare-earth Permanent Magnet Scheme, including announced facilities and verified production capacity.
• Evidence that Indian manufacturers have qualified alternative magnet suppliers or completed technically validated motor redesigns.
• New trade arrangements affecting rare-earth exports, licensing or permanent-magnet shipments.
• Updates on India's proposed critical-mineral stockpiling policy and its implementation.