India EV Scooter Production Capacity: The Top 10 Brands and Skills Gap

India EV scooter production capacity is under pressure. Last week, the CEO of one of India's best-known electric scooter companies told analysts that his business was missing roughly 20,000 retail sales a month. Customers wanted the scooters. The company simply could not supply them.

That company is Ather Energy, and the admission came just days before Vahan data showed India's electric two-wheeler market setting another record. About 2.24 lakh units were registered in October 2026, up 48% from a year earlier. Electric models now make up roughly one in every ten two-wheelers sold in India.

Most coverage of those numbers focuses on who finished first. TVS did, with 60,433 registrations. I think a more useful question sits underneath the ranking: what is now limiting this industry? For years, the answer was demand. Buyers worried about range, resale and charging. Those concerns have not disappeared, but at the top of the market, a different constraint has appeared.

The capacity race matters because it leads directly to another challenge: the availability of skilled people to build, validate and service EVs.

Visual industry brief / 00

India EV Scooter Production Capacity: See the System Behind the Numbers

This upgraded visual block uses documentary manufacturing images and animated technical cards to connect factory scale, battery systems, diagnostics and workforce capability.

Factory expansion increases demand for production engineers, quality teams and test technicians.

Animated skills-to-output diagram

Every extra scooter requires a chain of capabilities from battery assembly to final validation and service readiness.

BATTERY

BMS

SERVICE

ManufacturingDiagnosticsWorkforce

Real production capacity is shaped by assembly speed, inspection discipline and component availability.

Battery work needs thermal awareness, safe handling, data interpretation and process control.

Ather's numbers show what a supply problem looks like

Ather offers the clearest public example. Its Hosur plant ran at up to 98% utilisation, and average monthly production was about 33,000 units in the July to September quarter. Customer pre-orders during that quarter more than doubled from a year earlier, to about 1.8 lakh units. Management estimates that 18,000 to 20,000 monthly retail sales are going unmet.

The shortage has already changed product strategy. Ather pushed its entry-level Konarc from the April to June quarter of this financial year to January to March. Launching a cheaper scooter with limited production, Mehta explained, would take sales from higher-margin models. When a company delays a mass-market product because it cannot make enough of what it already sells, supply has become a strategic issue.

It also helps explain the sales table. Ather's registrations grew only 5% in a year, while its share fell from 20% to about 14%. Read alone, that looks like weakening demand. Set beside its order book, it looks more like a company that ran out of room to grow while rivals with more capacity moved ahead.

Factory Capacity: How Close Are the Big Four to Their Limits?

Ather is not the only maker near a ceiling. Published figures suggest the four largest brands are in different positions, but all of them are planning for much more volume.

TVS registered 60,433 units in October, against reported monthly output of 60,000 to 65,000, and it is planning for about 80,000. That puts the market leader near the top of its current range during its best month ever.

Hero Vida reportedly doubled capacity to about 30,000 units a month by September, then registered 29,936 in October. The new line may have filled almost as soon as it opened, although registration data alone cannot prove that.

Bajaj is the useful exception. Its 49,068 registrations sit well below the 62,000 monthly output reported by Autocar Professional, and its sales grew just 0.7% from September. Installed capacity may not be its immediate limit. One report points instead to component supply, a reminder that a factory is only as fast as its scarcest part. The industry learned that in 2025, when China's rare-earth magnet curbs cut Chetak production by 47% in a single month. TVS told analysts in January that magnet availability had improved, but the episode showed how quickly a supply chain can stop an assembly line.

Jinoy Tom Jacob / Wikimedia Commons · CC BY-SA 4.0. Cropped for layout.

Gnoeee / Wikimedia Commons · CC BY-SA 4.0. Cropped for layout.

Money can buy machines faster than it can build skills

The industry's response is already visible. On 26 October, Ather's board approved about ₹122 crore to add 2.25 lakh units of annual capacity across Hosur and its new plant in Chhatrapati Sambhajinagar, Maharashtra, taking its planned total to about 11.45 lakh. Bajaj is targeting about 80,000 units a month by early 2027.

Those are big commitments, and they are also the easier part. A company can approve capital in a single board meeting and install a line within a few quarters. A person who can safely find a fault in a high-voltage battery takes longer to develop, and that training can't simply be ordered from a supplier.

Vinkesh Gulati, chairperson of the Automotive Skills Development Council, made this point at an industry conclave in October. He described India's EV skills gap as "so huge" that the country cannot directly meet the interest coming from markets such as Germany and Australia. He also criticised a habit that I see too often: companies finish product development and choose factory sites before they think seriously about the workforce. His suggestion was to begin training during factory construction, using people from nearby villages, and to bring HR into strategy meetings.

The location point deserves attention. An Adecco India report released in August estimated that the wider EV sector could create 30 to 40 million jobs by 2030. Treat that headline carefully, because only 10 to 15% of those jobs are direct. More usefully, the report expects manufacturing to be the largest source of demand, and nearly 70% of fresh hiring to occur outside traditional clusters, in places such as Hosur, Sanand and Dholera. If that is right, companies won't be able to rely on established talent hubs. They will have to create talent close to their plants.

Where the shortage will show up first

A capacity jump creates pressure along the whole life of a vehicle. I would watch three areas.

On the factory floor

Moving from 60,000 to 80,000 units a month means more than extra hands on a line. It needs production engineers, quality inspectors, end-of-line testers and supervisors who understand what can go wrong in batteries, motors and controllers. A quality problem in a fast-growing plant can reach thousands of customers before anyone traces the cause.

Around the battery

Battery-as-a-Service, now offered by both TVS and Vida, separates the battery from the upfront price of the scooter. It also makes the health of each pack a continuing commercial question. Someone has to assess degradation, read BMS data, manage thermal behaviour and decide when a pack should be repaired, reused or recycled. Adecco's report calls battery recycling one of the fastest job-creating segments, with 55% annual growth from FY22 to FY26.

In the neighbourhood workshop

This is where I expect the most pain. Gulati's sharpest observation was that the shortage is worst outside authorised networks. Most EVs in India are still under warranty, so the company network handles most serious repairs today. As warranties end and sales spread further into smaller towns, owners will increasingly turn to the independent mechanic nearby. Many of these mechanics are excellent with engines. Few have been trained on high-voltage systems, power electronics or diagnostic software.

Vimal Singh SV, who founded the roadside assistance company ReadyAssist, has argued that experienced technicians are well placed to make this shift, because their mechanical foundation still matters. I agree. India doesn't need to replace its mechanics. It needs to upgrade them, with proper safety training first.

Last month's sales will reach the independent repair market within a few years. The training needs to begin before those vehicles arrive, because an untrained repair on a high-voltage system is a safety risk as well as a poor customer experience.

What good EV training has to include

A wave of demand always brings a wave of quick courses, so it is worth being clear about what the work requires. Vimal Singh's list of service skills is a good starting point: battery management, thermal management, power electronics, connected diagnostics, software tools and high-voltage safety. No one learns those from slides alone.

In my experience, three things separate useful training from a certificate that opens no doors:

• Safety comes first. Learners should know how to isolate a high-voltage system and verify that it is safe before they touch anything else.
• Practice happens on real hardware. Reading a fault code on a real vehicle, testing a real pack and tracing a real failure teach judgement that theory can't.
• The course keeps changing. Battery chemistry, software and subscription models are moving quickly, so a syllabus written three years ago is already out of date.

Before you pay for any EV course, ask how many hours you will spend on actual equipment and who will teach you. Ask to speak with past learners. A serious training provider should welcome those questions, including ours.

India EV Scooter Production Capacity: Five Skills Behind Every Delivery

Manufacturing scale is not simply an assembly-line question. It depends on repeatable processes and teams able to interpret test data, prevent defects and resolve supplier variation. The same skill chain extends into after-sales support, where real-world faults must be diagnosed without replacing expensive components unnecessarily.

For learners, a strong portfolio could include an annotated fault tree, a controlled test report, a safe laboratory demonstration and a clear explanation of what a measurement proves—and what it does not. These artefacts are useful in interviews because they show practical reasoning, not just familiarity with component names.

What I would do in your position

Sales charts tell you which companies are winning. For a career decision, it is more useful to ask what those companies are struggling to find. Here is how I would use this moment.

• If you are a student: build one deep skill, such as BMS, embedded systems or powertrain, and prove it with a project. A certificate opens the conversation, but hands-on work is what you will be asked about in the interview.
• If you are a working mechanic: begin with high-voltage safety, then learn battery and controller diagnostics. Your experience with customers and fault-finding will still count.
• If you are an ICE engineer: treat your manufacturing, quality and validation experience as an asset, then fill the gaps in electrical and software systems. You may be closer to an EV role than you think.
• If you run a workshop: train one person properly before you take on EV work. A single trained technician can be the start of a new service line.
• If you lead an EV company: put workforce numbers in the same plan as your capacity numbers, and start training before the plant opens, as Gulati suggests.

At our Bharat eMobility Recruitathon in Delhi last month, 12 companies met 323 pre-screened candidates and shortlisted more than 200. Events like that show what happens when employers and trained candidates are put in the same room. The harder job is growing that pipeline as fast as the factories are growing.

What to watch next

• November registrations: Diwali falls on 8 November this year, against 20 October last year. If makers can't supply the festive peak, we should see it in the numbers.
• Ather's Hosur expansion and new plant: both are due to begin contributing around December. Do its 20,000 unmet monthly sales turn into registrations?
• Vida against Ather: only 1,860 units separated them in October. Which of them gets more capacity first could decide third place.
• Hiring outside the big clusters: this will show whether Adecco's prediction holds and where training needs to go.

India's electric two-wheeler industry has earned its record. Buyers are arriving, and companies are investing to meet them. But the next stage of growth won't be decided by factory capacity alone. Announced capacity is a plan. The people who run those lines and repair those scooters are what make it real.

The companies are planning for 80,000 scooters a month. The rest of us should be asking who is planning for the people.

Explore the original top-ten ranking in our October 2026 top-ten brand report, or see the full brand-by-brand numbers in our October 2026 electric two-wheeler sales tracker.