Kwame Zaire is a seasoned authority in the manufacturing sector, known for his deep technical expertise in electronics and production management. With a career dedicated to refining the nuances of predictive maintenance and safety protocols, he has become a leading voice on how infrastructure and quality converge to drive industrial success. As India positions itself as a global powerhouse for electric mobility, Kwame’s insights provide a critical bridge between high-level corporate strategy and the gritty reality of the factory floor.
The following discussion explores the strategic evolution of the electric two-wheeler market, moving from simple final assembly to the deep localization of complex “child parts” for motors and controllers. We delve into how the industry is navigating the massive leap in production volumes—from fewer than 600,000 units to over 1.5 million—while simultaneously attempting to de-risk supply chains from a heavy reliance on China and scarce raw materials like lithium. The conversation also touches upon the role of government incentives and how Indian engineering is now being exported to high-demand markets in Europe and Southeast Asia.
The shift toward localizing child parts for motors and controllers marks a significant departure from the traditional assembly-only model; how does this deeper level of manufacturing affect the long-term cost structures and technical autonomy of the industry?
By moving beyond the final assembly and diving into the production of child parts, manufacturers are essentially reclaiming control over the most expensive and technically sensitive portions of the electric powertrain. Since 2021, the focus has shifted toward producing e-machines and controllers locally, which has fundamentally changed the cost dynamics by reducing the heavy price tags associated with finished imports. In the clean rooms of the Naganathapura facility and the high-output lines in Chennai, the air is thick with the smell of precision-grade resins and the rhythmic hum of automated winding machines that create these components. While we still see some high-end electronics coming from abroad, the fact that a major chunk of these sub-components is now made in-house means we are no longer just putting together a puzzle; we are making the pieces ourselves. This transition isn’t just about saving money on logistics; it’s about building a specialized workforce that understands the internal physics of an electric motor, which is the only way to achieve true technical autonomy.
With electric two-wheeler volumes skyrocketing from around 400,000 to 600,000 units just a few years ago to roughly 1.5 million units today, how do these scale effects practically change the way a factory floor is managed?
Scaling from a half-million units to 1.6 million units is a massive logistical undertaking that forces a total rethink of how we handle every single square foot of the factory. When you hit these volumes, the scale effects become tangible; you start to see the per-unit cost of overheads drop sharply, allowing for more aggressive reinvestment into capacity expansion at sites like Bidadi and Pune. You can feel the increased intensity in the production cycle, where the steady heartbeat of the assembly line is backed by the security of government schemes like PLI and PM E-DRIVE, which provide the financial cushion needed to take these big leaps. This surge in volume isn’t just a number on a spreadsheet; it represents a fundamental shift toward a mature ecosystem where local engineering can finally flex its muscles. It allows us to transition from experimental pilot batches to high-velocity manufacturing where quality and speed are no longer at odds but are instead mutually reinforcing.
The industry is currently facing a complex challenge in trying to de-risk its supply chain from China, specifically regarding rare-earth magnets and lithium; what is the realistic timeframe for this transition, and what does the “sustainable way forward” look like?
Decoupling from a supply chain that is so heavily reliant on China for rare-earth magnets and lithium is a high-stakes endeavor that requires both patience and a strategic overhaul of sourcing. We are looking at a timeframe of at least six to eight quarters before the measures currently being implemented by the industry will show their full impact on the bottom line. It is a slow, meticulous process of vetting new suppliers and exploring alternative chemistries, all while ensuring that the quality of our vehicle control units doesn’t falter. I expect that in a couple of fiscal years, we will reach a point where our exposure to these external shocks is minimized, leading to a much more stable and sustainable path for the EV sector. The goal is to reach a state where a shift in international trade policy or a shortage in a single province doesn’t bring the entire production line to a grinding halt.
India is increasingly being viewed as a global engineering base for two-wheeler programs in ASEAN and Europe; how does the development of diverse technologies like ABS, connectivity, and alternative fuels contribute to this international standing?
India’s role has transformed from being a mere consumer market to becoming a sophisticated laboratory where engine management solutions are perfected for the global stage. By expanding capacity for anti-lock braking systems in Chakan and developing advanced connectivity and display systems, we are proving that our engineering can meet the stringent safety and performance standards of Europe. There is a certain pride in seeing software and hardware developed in Bengaluru being integrated into vehicles that will eventually navigate the streets of Jakarta or Berlin. We aren’t just focusing on one technology; we are working on a holistic suite that includes alternative fuels and sophisticated safety systems to ensure we remain relevant regardless of which way the market tilts. This diversity in our technical portfolio is what makes us indispensable to global programs, as it shows we can handle the complexity of the entire vehicle ecosystem rather than just the powertrain.
What is your forecast for the electric two-wheeler industry?
I forecast that the electric two-wheeler industry will move away from its current reliance on subsidies and toward a model of “profitable localization” within the next 24 to 36 months. As we finalize the localized production of high-value components and expand our charging and battery-swapping networks, the industry will reach a tipping point where the total cost of ownership is undeniably lower than internal combustion engines without any external help. We will see India transition into a “net exporter” of EV engineering expertise, where the lessons we’ve learned in scaling from 400,000 to 1.6 million units become the blueprint for other emerging markets. Success in the near future won’t be defined by a single breakthrough in battery chemistry, but by the relentless, incremental improvements in local supply chain depth and manufacturing efficiency that we are seeing right now.
