India deferred stricter e-bus and e-truck motor localisation to April 2027 because it cannot reliably import rare-earth permanent magnets. The move exposes a clean-mobility push dependent on Chinese-controlled materials.
The scheme replaces FAME-II and ties e-bus and e-truck subsidies to Phased Manufacturing Programme deadlines, pushing OEMs beyond assembly toward domestic traction motors, inverters and controllers.
A 12-metre electric bus costs ₹1.2–2.0 crore; heavy electric trucks carry a 2–2.5x diesel price premium. Transport still emits 352.9 million tonnes of CO2e a year, about 8% of India's total.
From April 1, 2027, e-buses must do magnet and shaft fitment domestically. E-trucks face full domestic motors, integrated powertrains, and PCB-level assembly of controllers and inverters.
April 2025 Chinese export controls on heavy rare earths blocked licences for standalone sintered magnets. Indian OEMs imported complete traction motors instead, prompting the deferral from September 2026 to April 2027.
India imports 100% of downstream NdFeB magnets. The scheme aims to create 6,000 MTPA of integrated rare-earth magnet capacity, with 20 technical bids competing for five slots of 600–1,200 MTPA each.
Driven by EVs and wind turbines, India's rare-earth permanent magnet requirement rises from roughly 4,010 tonnes to 8,220 tonnes by 2030, while domestic downstream magnet output starts from zero.
Government audits use AI to cross-reference import-export data and trace suppliers two levels down. A minimum 50% Domestic Value Addition is required for subsidies; surface assembly adding 10–15% value is under scrutiny.
Induction and switched reluctance motors offer rare-earth-free routes. SiC inverters gain 3–5% efficiency but cost up to 3x more. State transport undertakings' payment defaults historically inflate e-bus tenders, though a ₹3,435 crore security fund de-risks contracts.
Manufacturers either integrate deeply into domestic magnet and traction supply chains or forfeit PM E-DRIVE subsidies and government tenders. Read the full article for the component-by-component roadmap.
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