India Automotive Motors Market Overview, 2030

The automotive motor market in India and around the globe began when vehicle manufacturers saw the need to reduce physical strain, improve driving comfort, and support fuel efficiency. In India, cars and two-wheelers once relied heavily on manual systems hand-cranked windows, mechanical steering, and basic wipers. As urban traffic grew and consumers demanded more convenience, India started adopting electric motors, initially for features like power windows and cooling fans. Over the years, more advanced motors such as brushless DC motors, stepper motors, and traction motors for electric vehicles entered the market. These motors now power electric scooters, buses, power steering, engine cooling, HVAC systems, and much more. Technically, automotive motors convert electricity into mechanical movement, which simplifies operations and enhances performance. For Indian consumers, this means smoother traffic handling, less driver fatigue, and better fuel economy especially important given India’s congested roads and high fuel costs. Today, even small city cars and electric two-wheelers use multiple electric motors to manage various operations. Companies like Tata Motors and Mahindra are investing in R&D to design motors suited for Indian conditions high heat, heavy monsoons, and bumpy roads. However, the industry faces challenges. One major issue is the lack of a strong local supply chain for electronic components, which increases reliance on imports and raises production costs. There’s also a gap in skilled labour when it comes to designing and servicing electric motor-based systems. Moreover, adapting these motors to affordable, entry-level vehicles a dominant segment in India requires intense cost optimization without compromising durability or safety, which slows adoption in rural and semi-urban areas.

According to the research report “India Automotive Motor Market Overview, 2030,"" published by Bonafide Research, the India Automotive Motor market is anticipated to grow at more than 8.39% CAGR from 2025 to 2030. In India, the automotive motor market is driven by rising electric vehicle adoption, stricter emission norms like BS6, and growing consumer demand for advanced vehicle features even in budget segments. As cities like Mumbai, Hyderabad, and Pune push for cleaner mobility and improved public transport, there’s a spike in demand for electric vehicles ranging from two-wheelers and autorickshaws to city buses and fleet cars. These vehicles depend heavily on automotive motors for traction, braking, and comfort systems. Recently, the government’s FAME II scheme and state-level subsidies have made electric mobility more affordable, accelerating motor usage in EVs across cities and small towns. Major players such as Tata AutoComp, Bosch India, and Lucas-TVS are manufacturing motors domestically, offering products designed for India’s diverse vehicle categories and climatic conditions. They provide solutions like compact traction motors for e-scooters, rugged motors for electric buses, and energy-efficient systems for commercial fleets. A huge opportunity lies in India’s rapidly growing electric two-wheeler and three-wheeler segment, where millions of commuters seek cost-effective, eco-friendly transport options powered by small but efficient motors. Compliance with AIS (Automotive Industry Standards), ARAI certifications, and ISO standards ensures safety, EMI compatibility, and quality. These certifications help manufacturers avoid issues like overheating in hot Indian summers, software malfunctions, and component failures in rough terrain. Market trends include the rise of integrated motor systems for lightweight EVs, AI-enabled predictive maintenance for motor health, and the development of water-resistant motor housings for monsoon protection. These trends are gaining traction because Indian buyers now want reliable, feature-rich, and low-maintenance vehicles especially in cities where road conditions, weather, and traffic put extra pressure on vehicle systems.

Brushed DC motors continue to be widely used in India due to their low cost and simplicity, making them the preferred choice for many cost-sensitive applications such as HVAC blowers, power window lifts, and fuel pumps. These motors are especially common in entry-level vehicles and commercial vehicles where affordability is a primary factor. However, despite their widespread use, brushed DC motors are gradually being replaced by more efficient and durable technologies. Brushless DC motors have gained significant traction in India, especially in passenger vehicles and two-wheelers, because they offer higher efficiency, lower noise, and longer life without the need for brushes. This shift is accelerated by the growing adoption of electric vehicles (EVs), where brushless motors are extensively used in auxiliary systems like power steering, cooling fans, and even in electric powertrains for two-wheelers and smaller EVs. Stepper motors, known for their precision and reliability, are increasingly used in applications that require accurate control such as headlamp adjustments and instrument clusters. Though a smaller segment, the demand for stepper motors is rising with the increasing electronic sophistication of Indian vehicles. Traction motors, critical for EV propulsion, represent one of the fastest-growing segments in India’s automotive motors market. With the Indian government aggressively pushing electrification through incentives and policies like FAME (Faster Adoption and Manufacturing of Hybrid & Electric Vehicles), traction motors are becoming central to the country’s electric vehicle ecosystem, powering everything from electric two-wheelers to passenger cars.

Segmented by vehicle type, India’s automotive motors market is characterized by the dominance of internal combustion engine (ICE) vehicles alongside a rapidly expanding electric vehicle segment. ICE vehicles, which include a wide range of passenger cars, commercial vehicles, and two-wheelers, still constitute the bulk of India’s automotive fleet. Motors in these vehicles are primarily employed for auxiliary systems such as HVAC, power windows, fuel pumps, and wipers, with brushed DC motors being the mainstay in many lower-cost models due to their affordability and ease of replacement. However, as consumers increasingly demand better performance and comfort, brushless DC motors are making inroads in higher-end and mid-segment vehicles. Meanwhile, the electric vehicle segment is growing at a remarkable pace, fueled by government subsidies, rising fuel costs, and increasing environmental awareness. Electric two-wheelers and three-wheelers, followed by passenger EVs, rely heavily on traction motors for propulsion. Brushless DC motors dominate the EV auxiliary market as well. This dual vehicle segmentation shapes the Indian market dynamics, where legacy ICE vehicles sustain steady motor demand, and the EV segment pushes innovation and investment in advanced motor technologies.

In India, the automotive motors market segmented by application spans critical vehicle functions, including comfort, engine efficiency, safety, and convenience. HVAC motors are particularly important given India’s diverse climate, ranging from hot tropical regions to cooler northern areas. Efficient and reliable HVAC motors ensure passenger comfort while minimizing energy consumption, especially critical in electric vehicles. Brushed DC motors remain common in HVAC systems of budget vehicles, but brushless motors are increasingly preferred in newer models for their quieter operation and better efficiency. Engine-related motors are vital for improving fuel efficiency and emissions compliance in India’s ICE vehicles. These motors control throttle actuation, fuel injection, and turbocharging systems, helping vehicles meet stricter emission norms like Bharat Stage VI. Safety and security motors power features such as ABS, power door locks, adaptive headlights, and camera systems, which are becoming standard even in mid-segment vehicles due to rising consumer safety awareness and regulatory mandates. Other applications include motors for infotainment systems, seat adjusters, windshield wipers, and sunroofs, reflecting growing demand for enhanced comfort and technology in Indian vehicles. The application segmentation reflects a market responding to stricter regulations and evolving consumer expectations.

The sales channel segmentation of the Indian automotive motors market comprises OEMs and the aftermarket, both playing crucial roles. OEMs supply motors directly to vehicle manufacturers, requiring high-quality, reliable components that meet stringent standards. In India, major OEMs collaborate closely with motor suppliers to integrate advanced motors such as brushless DC and traction motors in electric and conventional vehicles. The OEM segment is key to driving innovation, particularly as automakers comply with increasingly strict emission norms and expand EV production. The aftermarket in India is vast and vital due to the large fleet of ICE vehicles, many of which remain in use for long durations. Replacement motors for HVAC, power windows, wipers, and other auxiliary systems form a significant portion of aftermarket sales. The aftermarket also caters to retrofitting demands, especially as some vehicle owners upgrade older vehicles with improved components or adapt them for better fuel efficiency. With India's growing EV segment, aftermarket suppliers are beginning to offer specialized motors for electric vehicles as well. Both OEM and aftermarket channels are integral to sustaining India’s automotive motors market, supporting both new vehicle production and the extensive maintenance needs of the existing vehicle population.