The raw material problem nobody was talking about
Everyone's been watching the EV price war — Ola Electric slashing prices, Ather holding premium positioning, TVS iQube gaining ground, Bajaj Chetak finding a second wind. But there's a supply chain crisis developing quietly behind the sales numbers, and it could affect the price you pay for an electric scooter in India this year.
Aluminium prices have spiked past ₹320 per kilogram in India. That might sound like an industrial commodity problem — not your problem. But aluminium is everywhere in an electric two-wheeler: the battery box that houses the cells, the frame, the cooling system components, the motor housing. When aluminium goes up significantly in price, the cost of building every electric scooter goes up with it.
This isn't a minor fluctuation. The disruption is being described by industry analysts as a structural break in India's EV value chain — the interconnected web of suppliers, manufacturers, and component makers that produces finished electric vehicles.
Why aluminium specifically, and why now
Global aluminium supply disruptions have been building for a while. Smelting operations in several key producing regions have faced energy cost pressures — aluminium smelting is extremely energy-intensive, and rising electricity costs in Europe and parts of Asia have constrained production. At the same time, demand for aluminium from EV manufacturers globally has been surging — every EV, from a Tesla to an Ola S1, uses significantly more aluminium than the equivalent petrol vehicle.
India imports a portion of its aluminium needs and is also affected by global pricing dynamics even for domestically produced metal. When global aluminium prices rise, Indian prices follow. The ₹320/kg level is causing real pain for manufacturers who budgeted at lower raw material costs.
The two-wheeler EV segment feels this most acutely because margins were already razor-thin. Unlike car makers who can spread the cost over a higher-priced product, electric scooter manufacturers are competing in a market where customers are extremely price-sensitive. A ₹5,000-10,000 cost increase per vehicle — which is roughly what the aluminium spike translates to at scale — is significant when your product is priced between ₹80,000 and ₹1,50,000.
Who gets hit hardest
Ola Electric, as India's largest electric two-wheeler company by sales, has the most exposure simply by volume. More scooters sold means more aluminium consumed means more cost pressure. Ola has been aggressively cutting prices to drive market share — that strategy becomes harder to sustain when raw material costs are climbing.
Ather Energy, which positions its products at the premium end, has slightly more margin cushion — but not unlimited. Ather's manufacturing is concentrated in Chennai (with a second facility), and the company has been investing heavily in expanding capacity right as input costs spike.
TVS Motor and Bajaj — both traditional two-wheeler giants with EV products — have larger manufacturing operations and more diversified supply chains, which gives them better ability to absorb or hedge raw material cost increases. But they're not immune either.
The component suppliers — the Tier-1 and Tier-2 manufacturers who make battery boxes, frames, and structural parts for all these companies — are often smaller businesses with less ability to absorb cost shocks. When they raise prices, the increase flows through to the vehicle manufacturers, and eventually to consumers.
PM E-DRIVE adds another pressure layer
On top of the aluminium cost crisis, the government just issued new rules under the PM E-DRIVE (Electric Drive Revolution in Innovative Vehicle Enhancement) scheme that add localization requirements for electric truck manufacturers — specifically N2 and N3 category vehicles.
The Ministry of Heavy Industries has revised the Phased Manufacturing Programme for electric trucks, mandating deep localization of traction motors and controllers by September 2026. For electric truck manufacturers, this means they can no longer rely on imported Chinese subsystems for key powertrain components — they need to source domestically or build the capability themselves.
Here's the problem: the high-performance traction motors used in N2/N3 electric trucks require high-grade rare earth magnets. China has restricted exports of these materials — specifically the heavy rare earth elements used in interior permanent magnet synchronous motors (IPMSM), which are standard in commercial electric vehicles. Localizing production means finding alternative supply chains or alternative motor designs, both of which take time and investment that many suppliers don't have.
The intent of PM E-DRIVE localization is correct — India should not be building its EV future on imported Chinese components. But the timeline is aggressive. September 2026 is less than six months away, and the supply chain transformation needed is measured in years, not months.
What this means for EV prices in India
The combination of aluminium cost pressure and localization compliance costs is likely to show up in one of three ways:
First, some manufacturers may pass costs to consumers — price increases on electric scooters and bikes that have been trending down for the past two years. That would be a significant reversal of the trend that made EVs increasingly competitive with petrol two-wheelers.
Second, manufacturers may absorb costs and compress margins further — which is already thin for most Indian EV companies. This is unsustainable long-term and could lead to consolidation in the industry.
Third, the government may intervene with additional subsidies or input cost support to protect the EV growth trajectory — similar to how the original FAME subsidies worked. There's political will to keep the EV push going, but fiscal space is limited.
Most likely, we'll see a combination of all three — some price adjustment, some margin compression, and some policy response.
The bigger picture — India's 2030 EV vision under pressure
India has ambitious EV targets for 2030: 30% of new vehicle sales to be electric. The two-wheeler segment is the key battleground — India sells over 20 million two-wheelers annually and electrifying even half of that is transformative for both emissions and the domestic EV industry.
The aluminium crisis and localization pressure are real obstacles. But they're also symptoms of a maturing industry hitting real-world supply chain complexity. India's EV industry needs domestically produced aluminium at competitive prices — which means more investment in domestic smelting and recycling capacity. It needs a domestic rare earth magnet supply chain — which the government is slowly building but hasn't completed.
These are solvable problems. They're just not solved yet, and 2026 is the year the gap between ambition and reality is becoming visible.
TamilTech's take
If you're planning to buy an electric scooter this year — Ola, Ather, TVS iQube, Bajaj Chetak — watch pricing carefully over the next few months. The downward price trend of the last two years may pause or reverse as manufacturers deal with this cost pressure. The best deals might be available right now, before any price adjustments come through.
For the broader Indian EV story: this is a speed bump, not a wall. India's EV momentum is real and the government is committed to the transition. But the raw material and supply chain challenges need to be addressed at a structural level — not just with subsidy band-aids. The aluminium spike is a reminder that building a domestic EV industry requires building the entire supply chain, not just the final product.
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