Report Contents
Market Overview
The Electric Motors For IC Engine Vehicle market is transitioning from a niche efficiency component to a core enabler of powertrain electrification and advanced driving functions. Global revenue is estimated at approximately USD 34,200,000,000 in 2025 and is forecast to reach about USD 47,700,000,000 by 2032, reflecting a compound annual growth rate of 4.90% from 2026 to 2032. This trajectory is driven by hybridization of internal combustion engine platforms, tightening emissions regulations, and rising demand for high-efficiency auxiliary systems such as electric turbochargers, e-compressors, and electrified power steering.
To compete, suppliers must prioritize scalability of motor platforms, localization of manufacturing and supply chains, and deep technological integration with vehicle control electronics and software. Converging trends in 48-volt architectures, advanced driver assistance systems, and thermal management are expanding the market’s scope and redefining how electric motors are specified, integrated, and monetized within IC engine vehicles. This report is positioned as an essential strategic tool, offering forward-looking analysis of investment choices, partnership models, and disruptive technologies that will shape profitability, market entry timing, and long-term competitive advantage in this rapidly evolving segment.
Market Growth Timeline (USD Billion)
Source: Secondary Information and ReportMines Research Team - 2026
Market Segmentation
The Electric Motors For IC Engine Vehicle Market analysis has been structured and segmented according to type, application, geographic region and key competitors to provide a comprehensive view of the industry landscape.
Key Product Application Covered
Key Product Types Covered
Key Companies Covered
By Type
The Global Electric Motors For IC Engine Vehicle Market is primarily segmented into several key types, each designed to address specific operational demands and performance criteria.
-
Brushed DC Motors:
Brushed DC motors currently maintain a significant installed base in internal combustion engine vehicles because of their simple construction, low initial cost, and ease of integration into legacy electronic architectures. They are widely used for auxiliary functions such as window lifters, seat adjusters, wiper systems, and some fuel pump applications, which secures a stable share of the overall electric motor content per vehicle. Their established supply chains and mature manufacturing processes allow automakers to deploy them at scale with predictable performance and well-understood reliability profiles.
The primary competitive advantage of brushed DC motors is their low system cost and straightforward control, which reduces electronic complexity and simplifies diagnostics for service networks. Even though their typical efficiency ranges from about 70.00% to 80.00%, which is lower than more advanced architectures, the cost per unit output remains attractive for non-critical, intermittent-duty applications that do not justify premium technologies. Current growth is supported by the rising number of comfort and convenience features in mass-market vehicles, as each added powered function often still relies on compact brushed DC units in cost-sensitive segments.
However, incremental regulatory pressure for improved overall vehicle energy efficiency is prompting automakers to gradually substitute brushed DC motors in energy-intensive applications, particularly where duty cycles are high. This regulatory shift does not eliminate demand but instead refocuses brushed DC deployment on low-duty or price-constrained functions where higher-efficiency alternatives would not deliver a compelling total cost of ownership advantage. As a result, brushed DC motors are expected to retain a meaningful, though slowly declining, share in the Electric Motors For IC Engine Vehicle Market as OEMs balance compliance requirements with cost optimization.
-
Brushless DC Motors:
Brushless DC motors have moved into a leading strategic position within the Electric Motors For IC Engine Vehicle Market due to their combination of high efficiency, compact size, and superior durability under demanding operating conditions. They are increasingly adopted in applications such as electric power steering, advanced fuel and oil pumps, engine cooling fans, and turbocharger actuators, where energy efficiency and precise control directly influence fuel consumption and emissions. Their penetration has expanded as vehicle platforms shift toward higher electrical loads and more sophisticated power electronics architectures.
The key competitive advantage of brushless DC motors lies in their efficiency, which often ranges from 85.00% to above 90.00%, enabling measurable reductions in alternator load and associated fuel consumption. The elimination of mechanical brushes minimizes wear, thereby extending service life and lowering warranty risk for automakers, particularly in components exposed to high temperatures and continuous duty cycles. In many use cases, these motors can cut energy consumption for auxiliary systems by 10.00% to 30.00% compared with brushed DC equivalents, which supports compliance with tightening CO2 and fuel-economy regulations across major regions.
The primary growth catalyst for brushless DC motors is the global regulatory push toward more efficient powertrain auxiliaries, supported by the broader electrification trend even within conventional internal combustion engine platforms. As more vehicles adopt 48-volt architectures, integrated start-stop systems, and advanced thermal management, demand for electronically commutated motors with precise speed and torque control continues to rise. This regulatory and technological convergence positions brushless DC motors as one of the fastest-growing segments within the market’s overall expansion from an estimated USD 34,200,000,000.00 in 2025 to USD 47,700,000,000.00 by 2032, at a compound annual growth rate of about 4.90%.
-
Stepper Motors:
Stepper motors occupy a specialized but strategically important niche in the Electric Motors For IC Engine Vehicle Market, primarily serving applications that require accurate, repeatable positioning rather than continuous rotation. They are prevalent in throttle control, exhaust gas recirculation systems on certain platforms, HVAC blend doors, and instrument cluster gauges where fine angular resolution and open-loop control are sufficient. This role gives stepper motors a stable presence in electronics-intensive vehicle architectures, particularly in mid- to high-end models with sophisticated engine and cabin management functions.
The competitive advantage of stepper motors stems from their ability to deliver precise incremental motion without requiring complex feedback sensors, which can reduce system cost and design complexity. They typically achieve positional accuracy within a fraction of a degree per step, enabling accurate airflow control and valve positioning that support optimized combustion and emissions performance. Compared with simple DC actuators, stepper-based systems can help improve control resolution by a significant margin, which contributes to tighter calibration of powertrain and thermal systems.
The main growth catalyst for stepper motors is the rising integration of advanced engine management and in-cabin comfort functions that demand finer control, particularly as internal combustion engines are tuned to meet stricter emissions and fuel efficiency standards. As powertrain engineers seek more granular regulation of air, fuel, and exhaust flows, stepper motors provide an attractive balance between cost and precision, even as some applications gradually migrate to smart actuators with integrated sensors. This ongoing need for accurate yet cost-efficient motion control ensures that stepper motors retain a resilient, if comparatively smaller, share of the overall market.
-
AC Induction Motors:
AC induction motors hold a strong position in high-demand auxiliary systems within internal combustion engine vehicles, especially where robustness, continuous operation capability, and cost-effective scalability are critical. They are commonly deployed in larger cooling fans, air-conditioning compressors in certain architectures, and industrial-grade subsystems on heavy-duty and commercial vehicles. Their ability to operate reliably over long service intervals in harsh thermal and vibration environments makes them particularly attractive for fleets and work vehicles where downtime is extremely costly.
The chief competitive advantage of AC induction motors is their rugged construction with no brushes or permanent magnets, which delivers high durability and stable performance under variable load conditions. Their efficiency commonly ranges from about 80.00% to 90.00% when paired with well-designed inverters, and they scale effectively to higher power ratings without a proportional increase in cost. In continuous-duty applications, this combination can translate into significant lifecycle energy savings compared with less efficient legacy solutions, reducing operational costs for commercial operators over the vehicle’s service life.
The primary growth driver for AC induction motors in the Electric Motors For IC Engine Vehicle Market stems from the increasing electrification of engine cooling, air-conditioning, and hydraulic systems, especially in medium- and heavy-duty segments. As regulators tighten emissions standards for commercial fleets and OEMs adopt electrically driven auxiliaries to decouple loads from the engine crankshaft, demand for robust AC induction solutions is expected to increase steadily. This trend aligns with the overall market expansion toward USD 35,900,000,000.00 in 2026 and beyond, as high-duty-cycle auxiliaries shift from mechanical to electric drive to unlock fuel and emissions improvements.
-
Integrated Electric Motor Modules And Actuators:
Integrated electric motor modules and actuators represent the most advanced and rapidly evolving segment of the Electric Motors For IC Engine Vehicle Market, combining motor, electronics, sensors, and in some cases gearing into compact, application-specific units. These systems are extensively used in electronic throttle control, variable valve timing, turbocharger wastegate actuation, active grille shutters, and advanced transmission control mechanisms. Their integration enables precise, closed-loop control that directly influences engine efficiency, emissions, and drivability, making them strategically important for next-generation internal combustion powertrains.
The core competitive advantage of integrated motor-actuator modules lies in their ability to deliver high functional density and system-level optimization rather than just component-level performance. By embedding control electronics and sensing, these units can provide fast response times often measured in milliseconds, positioning accuracy within tight tolerances, and diagnostic capabilities that support predictive maintenance. In many powertrain applications, such integration can improve response speed and control accuracy by a significant percentage versus discrete motor and sensor combinations, while also cutting wiring complexity and assembly time.
The principal growth catalyst for integrated modules and actuators is the convergence of stricter emission norms, demand for smoother driving dynamics, and the shift toward software-defined vehicle architectures. As automakers reconfigure internal combustion engine platforms to deliver lower CO2 output and enhanced real-world performance, they increasingly rely on intelligent actuators to manage air, fuel, exhaust, and thermal flows with high precision. This strategic dependence on integrated solutions positions this segment to outpace overall market growth, capturing a rising share of the sector’s forecast expansion to USD 47,700,000,000.00 by 2032, even as pure internal combustion engines gradually coexist with hybrid and electrified drivetrains.
Market By Region
The global Electric Motors For IC Engine Vehicle market demonstrates distinct regional dynamics, with performance and growth potential varying significantly across the world's major economic zones.
The analysis will cover the following key regions: North America, Europe, Asia-Pacific, Japan, Korea, China, USA.
-
North America:
North America plays a pivotal role in the Electric Motors For IC Engine Vehicle market because of its advanced automotive engineering base, strong aftermarket, and early adoption of electrified powertrain components in hybrid and micro-hybrid platforms. The United States and Canada drive most of the regional demand, with production concentrated around Michigan, Ohio, Ontario, and Mexico’s manufacturing corridors feeding OEM supply chains.
The region is estimated to account for a significant portion of the global market size of USD 34.20 Billion in 2025, acting as a mature, stable revenue base that anchors global demand. Growth aligns with the projected 4.90% CAGR, fueled by regulatory pressure for fuel efficiency, 48‑volt mild hybridization, and premium vehicle segments. Untapped potential exists in commercial fleets, regional delivery vehicles, and off‑highway applications, although high labor costs and supply chain localization mandates remain key constraints.
-
Europe:
Europe is strategically important in the Electric Motors For IC Engine Vehicle industry because of its stringent CO₂ and emission standards, which push OEMs toward advanced starter‑generator motors, electric superchargers, and auxiliary drive systems. Germany, France, Italy, and the United Kingdom lead regional demand, supported by dense Tier‑1 supplier networks in Germany’s automotive clusters and Northern Italy’s manufacturing base.
Europe is estimated to represent a substantial share of the global market, contributing materially to the expansion from USD 34.20 Billion in 2025 to USD 47.70 Billion by 2032. The region functions as both a technology hub and an innovation testbed, with strong adoption of 48‑volt architectures in passenger cars and light commercial vehicles. Untapped potential lies in Central and Eastern Europe, especially in Poland, Czech Republic, and Hungary, where localized production and lower costs could unlock additional volume but are constrained by infrastructure gaps and dependence on imported components.
-
Asia-Pacific:
The broader Asia-Pacific region, excluding its individually analyzed giants, is strategically significant as a cost-competitive manufacturing base and a rapidly motorizing consumer market for Electric Motors For IC Engine Vehicle applications in compact cars, two-wheelers with start‑stop systems, and light commercial vehicles. Key contributing countries include India, Thailand, Indonesia, Vietnam, Australia, and emerging ASEAN markets, which support both domestic consumption and export-oriented production.
Asia-Pacific accounts for a growing portion of the projected global market size of USD 35.90 Billion in 2026 and is characterized as a high-growth cluster that complements the more mature markets in North America and Europe. Untapped potential is particularly strong in rural and semi-urban regions of India and Southeast Asia, where fleet modernization and stricter emission regulations will gradually increase penetration of efficient electric motors. Challenges include fragmented supplier ecosystems, price-sensitive consumers, and varying policy stability, which must be addressed through localized sourcing, modular motor platforms, and long-term OEM–supplier partnerships.
-
Japan:
Japan holds an outsized strategic influence on the Electric Motors For IC Engine Vehicle market relative to its geographic size because of its global OEMs and Tier‑1 suppliers that set technical benchmarks for compact, high-efficiency traction and auxiliary motors. The country’s automotive hubs around Aichi, Kanagawa, and Shizuoka host advanced manufacturing for hybrid systems and integrated starter‑generator units exported worldwide.
Japan contributes a notable share of global revenues and significantly shapes technology trajectories within the overall market expected to grow at a 4.90% CAGR through 2032. Its domestic market is mature, with high penetration of hybrid IC engine vehicles, ensuring a stable baseline demand for electric motors in engine bay and thermal management systems. Untapped opportunities remain in commercial vehicles, agricultural machinery, and marine outboard segments, but demographic headwinds, high production costs, and a strong yen periodically constrain further capacity expansion.
-
Korea:
Korea is a critical node in the Electric Motors For IC Engine Vehicle ecosystem because of its vertically integrated automotive conglomerates and electronics expertise. Major Korean OEMs and suppliers cluster around Ulsan, Gyeonggi, and Incheon, producing high-reliability electric motors for IC engine-based hybrids, start‑stop systems, and advanced cooling and pump modules exported to multiple regions.
The country commands a meaningful share of the Asia-Pacific market and contributes to the global revenue pool that is projected to reach USD 47.70 Billion by 2032. Korea is best characterized as a fast-innovating, mid-sized market with strong R&D intensity and rapid design cycles that support global platform programs. Untapped potential lies in heavy-duty trucks, construction equipment, and export-focused aftermarket components, but exposure to global demand cycles, geopolitical risk, and heavy dependence on imported raw materials introduces volatility that investors must factor into capacity planning.
-
China:
China is the largest single manufacturing and demand center in the Electric Motors For IC Engine Vehicle market, tightly integrated into global supply chains for passenger cars, light commercial vehicles, and increasingly sophisticated hybrid systems. Automotive and component clusters in regions such as Guangdong, Zhejiang, Jiangsu, and Chongqing host dense ecosystems of motor manufacturers, winding facilities, and electronics integrators.
China is estimated to account for a dominant share of the global market size, underpinning much of the growth from USD 34.20 Billion in 2025 to USD 35.90 Billion in 2026 and further to USD 47.70 Billion in 2032. The market combines high volume with rapid technology migration from basic starter motors to integrated belt‑starter‑generators and electric turbo assist units. Untapped potential remains vast in rural logistics fleets, Tier‑3 and Tier‑4 city car parks, and the replacement market for older IC engine vehicles. However, oversupply risks, price competition, export controls, and evolving local content regulations create margin pressure and require careful positioning on cost, quality, and proprietary motor design.
-
USA:
The USA serves as both a major consumer and a technology originator in the Electric Motors For IC Engine Vehicle sector, with strong demand from light trucks, SUVs, and fleet vehicles that increasingly adopt start‑stop and mild hybrid systems. Automotive production corridors in the Midwest and Southern states host numerous motor assembly plants and Tier‑1 integrators supplying domestic OEMs and export programs.
The USA captures a large share of North American revenues and has a significant impact on the global market that is projected to grow at 4.90% annually to USD 47.70 Billion by 2032. Its contribution is best described as a high-value, innovation-centric segment focused on performance, durability, and regulatory compliance. Untapped opportunities are concentrated in municipal fleets, last‑mile delivery vehicles, and heavy pickup segments where electrified auxiliaries can deliver fuel savings. Key challenges include volatile energy prices, labor shortages in manufacturing, and the need to reshore motor supply chains while maintaining cost competitiveness.
Market By Company
The Electric Motors For IC Engine Vehicle market is characterized by intense competition, with a mix of established leaders and innovative challengers driving technological and strategic evolution.
-
Bosch:
Bosch holds a leading position in the Electric Motors For IC Engine Vehicle market, leveraging its broad powertrain portfolio and deep integration with global original equipment manufacturers. The company is a key supplier of starter motors, 48-volt belt starter-generators, and auxiliary electric drives that support fuel-efficient internal combustion engine architectures. Its global manufacturing footprint and embedded relationships with European and Asian automakers ensure that Bosch participates in a significant portion of new internal combustion vehicle platforms that still require efficient electric motor systems.
In 2025, Bosch’s revenue from Electric Motors For IC Engine Vehicle applications is estimated at USD 5.10 billion, corresponding to a market share of around 14.90%. These figures indicate that Bosch is one of the largest vendors in this segment, with scale advantages in procurement, automation, and engineering resources. The company’s strong revenue base supports continuous investments in higher-efficiency motor designs, advanced control electronics, and integrated starter-generator modules tailored to hybrid-ready internal combustion platforms.
Bosch’s core competitive advantage lies in its systems engineering capability, which combines electric motors, inverters, control units, and software into optimized modules for engine start-stop, coasting, and mild-hybrid operation. The company also benefits from a diversified customer portfolio across volume and premium brands, reducing its exposure to any single automaker’s powertrain strategy. Compared with peers, Bosch differentiates itself through deep R&D in power electronics and robust quality standards, positioning it as a preferred partner for OEMs that seek long-term reliability and global service coverage.
-
Denso Corporation:
Denso Corporation is a pivotal supplier in the Electric Motors For IC Engine Vehicle market, particularly for Japanese and North American automakers seeking high-efficiency auxiliary and traction-related motor solutions. The company supplies starter motors, electric compressors, fuel pump motors, and various engine-related actuators that enhance combustion efficiency and emissions performance. Its close alignment with major Japanese OEMs ensures that Denso remains embedded in core vehicle programs that rely on advanced internal combustion engines with extensive electrification of subsystems.
For 2025, Denso’s revenue from Electric Motors For IC Engine Vehicle components is estimated at USD 4.20 billion, giving it an approximate market share of 12.30%. This revenue scale underscores its role as a top-tier competitor and reflects the company’s strong penetration in high-volume compact and midsize vehicles. The market share figure highlights Denso’s ability to compete head-to-head with European incumbents, particularly in applications where thermal management, fuel efficiency, and compact packaging of electric motors around the engine bay are critical.
Denso’s strategic strengths include its precision manufacturing capabilities, expertise in thermal systems, and strong integration of electronics with electric motor hardware. The company is investing in higher-voltage architectures, control algorithms, and more compact motor designs that support mild-hybrid IC vehicles, especially for markets where full electrification is progressing gradually. Compared with peers, Denso differentiates itself by offering highly integrated modules that reduce weight and wiring complexity, enabling OEMs to streamline engine compartment layouts and improve overall vehicle efficiency.
-
Mitsubishi Electric Corporation:
Mitsubishi Electric Corporation plays a significant role in the Electric Motors For IC Engine Vehicle market through its portfolio of starter motors, alternators, and electric drive components integrated into internal combustion vehicles. The company supplies both light-duty and commercial vehicle segments, particularly in Asia, where demand for durable, cost-effective electric motor solutions remains strong. Its products are widely used in vehicles that combine conventional engines with advanced electrical systems for comfort, safety, and emissions control.
In 2025, Mitsubishi Electric’s Electric Motors For IC Engine Vehicle revenue is estimated at USD 2.80 billion, with an associated market share of approximately 8.20%. These figures indicate that Mitsubishi Electric is a solid mid-tier global competitor with strong regional dominance in Asia and notable presence in other regions through Japanese OEM exports. The revenue scale allows the company to maintain dedicated R&D centers focused on next-generation alternator-motor hybrids and compact starter-generator assemblies.
Mitsubishi Electric’s competitive edge stems from its deep knowledge of rotating machinery, robust mass-production processes, and strong reliability track record in demanding usage environments. The company increasingly focuses on electric motor technologies that can support start-stop systems and mild-hybrid functions without major changes to existing IC engine platforms. Compared with larger European rivals, Mitsubishi Electric often competes on cost-performance optimization and durability, making it an attractive partner for automakers targeting emerging markets and commercial fleets.
-
Valeo:
Valeo is a prominent technology provider in the Electric Motors For IC Engine Vehicle market, especially in Europe, where its starter motors, alternators, and 48-volt systems are widely deployed in modern internal combustion vehicles. The company has been at the forefront of start-stop and micro-hybrid technologies, supplying integrated starter-generator solutions that improve fuel economy and lower CO2 emissions for gasoline and diesel engines. Its close collaboration with European OEMs ensures strong penetration in compact and premium segments that emphasize efficiency and compliance with emissions regulations.
For 2025, Valeo’s revenue from Electric Motors For IC Engine Vehicle applications is estimated at USD 3.10 billion, representing about 9.10% of the global market. These figures reflect a robust competitive position anchored in innovative 12-volt and 48-volt motor technologies and in-depth understanding of powertrain integration. The company’s scale enables continuous refinement of belt-driven starter-generator systems and compact alternator designs that serve as stepping stones toward more electrified vehicle platforms.
Valeo’s strategic advantages include its system-level engineering expertise in thermal, electrical, and powertrain domains, along with a strong focus on fuel-saving technologies. The company differentiates itself by offering modular electrification solutions that can be adapted to different internal combustion engine sizes and vehicle classes without extensive platform redesign. This flexibility, combined with a strong European production base and growing presence in China, positions Valeo as a preferred supplier for OEMs aiming to extend the lifecycle and performance of IC engine platforms while managing cost and regulatory pressure.
-
Nidec Corporation:
Nidec Corporation is a specialist in electric motor technologies and has been expanding its presence in the Electric Motors For IC Engine Vehicle market through high-efficiency small and medium-sized motors. The company supplies a wide array of electric motors for engine cooling fans, oil pumps, fuel pumps, and other auxiliary functions critical to the operation of internal combustion vehicles. Its motors are recognized for compact design, low noise, and high power density, which are key attributes for tightly packaged engine compartments.
In 2025, Nidec’s revenue from Electric Motors For IC Engine Vehicle applications is estimated at USD 2.20 billion, aligned with a market share of around 6.50%. These figures demonstrate that Nidec has achieved substantial scale in this niche but fragmented segment, leveraging its broader motor expertise developed in industrial and consumer markets. The company’s market share suggests a strong competitive stance in auxiliary motor solutions rather than in main starter-generator units, where other players are more dominant.
Nidec’s competitive edge lies in its deep specialization in electric motor design and its ability to rapidly customize products for diverse automotive applications. The company focuses heavily on energy efficiency and miniaturization, enabling OEMs to reduce electrical load and improve overall vehicle energy management even in traditional IC engine vehicles. Compared with integrated powertrain suppliers, Nidec usually positions itself as a best-in-class component provider, partnering with tier-one system integrators and automakers that seek high-performance auxiliary motors for advanced IC engine platforms.
-
Continental AG:
Continental AG participates in the Electric Motors For IC Engine Vehicle market primarily through its powertrain and vehicle dynamics divisions, which integrate electric motors into engine-related systems. The company’s offerings include starter-generators, electric pumps, and motor-driven actuators that support engine management, turbocharging, and thermal control. With its strong European customer base and growing footprint in China, Continental plays a significant role in the electrification of conventional powertrains.
For 2025, Continental’s Electric Motors For IC Engine Vehicle revenue is estimated at USD 2.50 billion, giving it a market share of approximately 7.30%. These figures indicate that Continental is an important but not dominant player, operating mainly in systems where electric motors are integrated with sensors, control software, and mechatronic modules. The company’s revenue base supports ongoing investments in intelligent actuators and integrated starter-generator units designed to improve combustion efficiency and reduce emissions.
Continental’s strategic differentiation stems from combining electric motors with advanced electronics, control algorithms, and connectivity features. This allows the company to offer smart actuators and electric drive modules that enhance engine responsiveness and enable more sophisticated engine management strategies. Compared to pure motor manufacturers, Continental positions itself as a systems innovator, appealing to OEMs that prioritize integrated solutions over stand-alone motor components within their IC engine vehicle platforms.
-
Johnson Electric:
Johnson Electric is a key global supplier of motion subsystems and motors and has a meaningful presence in the Electric Motors For IC Engine Vehicle market. The company focuses heavily on small and medium-sized electric motors used for engine and powertrain actuators, thermal management systems, and fuel system components. Its broad customer base spans both global and regional automakers, giving it significant exposure to internal combustion vehicle production across regions.
In 2025, Johnson Electric’s revenue in Electric Motors For IC Engine Vehicle applications is estimated at USD 1.70 billion, equating to a market share of around 5.00%. These figures suggest that Johnson Electric is a strong niche competitor in actuators and auxiliary motors rather than a leader in starter or alternator systems. The company’s revenue scale supports continuous investment in automation, materials optimization, and noise reduction technologies tailored for under-hood environments.
Johnson Electric’s competitive strength is rooted in its ability to deliver customized motor and actuator solutions at high volume with consistent quality. The company emphasizes flexible manufacturing and co-engineering with automakers, which allows rapid adaptation to changing requirements for emissions control and engine efficiency. Compared with larger diversified suppliers, Johnson Electric often competes with a value proposition centered on specialization, responsiveness, and cost-effective innovation in compact electric motor applications for IC engines.
-
Brose Fahrzeugteile:
Brose Fahrzeugteile is best known for its mechatronic systems for doors and seats, but it also participates in the Electric Motors For IC Engine Vehicle market through specific motor and drive applications around the engine and drivetrain. The company provides electric drives and actuators that contribute to thermal management, air management, and certain powertrain functions in internal combustion vehicles. Its strong relationships with European OEMs provide a platform for targeted growth in powertrain-related electric motor applications.
For 2025, Brose’s revenue from Electric Motors For IC Engine Vehicle-related products is estimated at USD 0.90 billion, with a market share close to 2.60%. These figures indicate that Brose is a smaller but relevant player, focusing on specialized applications rather than high-volume starter or alternator systems. The revenue base reflects a strategy of leveraging existing mechatronic expertise to capture incremental value in IC engine vehicle subsystems that benefit from electric actuation.
Brose’s strategic advantage in this market stems from its proficiency in mechatronics, combining motors, gearboxes, and control units into compact modules. This expertise allows the company to design robust actuators that withstand the thermal and vibration stresses typical near the engine compartment. Compared with more powertrain-focused competitors, Brose differentiates itself by leveraging its established capabilities in automotive kinematic systems to create reliable, space-efficient actuators for IC engine vehicles.
-
Mahle GmbH:
Mahle GmbH is a major powertrain component supplier and has expanded its presence in the Electric Motors For IC Engine Vehicle market through electric coolant pumps, electric compressors, and integrated electric drive modules supporting combustion engines. The company’s deep experience in pistons, filtration, and thermal management gives it a strong understanding of how electric motors can be used to optimize engine operating conditions. Mahle’s products are widely used in both passenger cars and commercial vehicles where thermal efficiency and emissions reduction are critical.
In 2025, Mahle’s revenue from Electric Motors For IC Engine Vehicle-related systems is estimated at USD 1.40 billion, corresponding to a market share of about 4.10%. These figures highlight Mahle as a mid-sized competitor that integrates electric motors into broader thermal and air management systems rather than focusing on standalone motor products. The revenue scale supports ongoing development of high-efficiency electric pumps and compressors that decouple auxiliary loads from engine speed, thereby improving fuel consumption.
Mahle’s competitive differentiation arises from its system-level expertise in combustion and thermal processes and its ability to design electric motor-driven components that directly enhance engine efficiency. By integrating motors into complete modules such as electric coolant and oil pumps, Mahle enables precise control of flows and pressures independent of engine RPM. Compared with pure motor manufacturers, Mahle offers OEMs a more holistic approach to powertrain efficiency, positioning itself as a specialist in electrified auxiliaries for IC engine platforms.
-
Mitsuba Corporation:
Mitsuba Corporation is a recognized supplier of compact electric motors for automotive applications and maintains a notable presence in the Electric Motors For IC Engine Vehicle market. The company produces starter motors, small actuators, and auxiliary motors that serve various engine and drivetrain functions, particularly for Japanese and Asian OEMs. Its products prioritize compactness and reliability, which are essential in densely packaged engine bays and under-hood environments.
For 2025, Mitsuba’s revenue associated with Electric Motors For IC Engine Vehicle applications is estimated at USD 1.00 billion, with a market share of roughly 2.90%. These figures indicate that Mitsuba is a specialized, mid-scale supplier, especially strong in starter motors for small to midsize vehicles and motorcycles. The market share reflects consistent business with key OEMs but also underscores the competitive intensity in starter and auxiliary motor segments.
Mitsuba’s strategic strengths include its focus on miniaturization, cost-effective manufacturing, and robust design for high-cycle applications such as engine starting. The company often competes by tailoring its motor designs to specific OEM requirements, balancing performance, cost, and durability. Compared with larger diversified suppliers, Mitsuba positions itself as an agile and focused provider of compact electric motors for IC engines, particularly attractive for high-volume, cost-sensitive vehicle segments in Asia.
-
BorgWarner Inc.:
BorgWarner Inc. is an important participant in the Electric Motors For IC Engine Vehicle market, especially through its starter, alternator, and integrated starter-generator solutions supporting advanced combustion engines. Known for its turbocharging and drivetrain technologies, BorgWarner leverages its powertrain expertise to develop electric motor systems that enhance start-stop functionality, energy recuperation, and mild-hybrid capabilities. Its products are widely used by North American and European OEMs focused on improving the efficiency of their IC engine portfolios.
In 2025, BorgWarner’s Electric Motors For IC Engine Vehicle revenue is estimated at USD 1.90 billion, representing an approximate market share of 5.60%. These figures show that BorgWarner is a meaningful competitor with a strong growth orientation, particularly in 48-volt starter-generator systems that bridge conventional engines and hybridization. The revenue base demonstrates its ability to invest in advanced motor technologies that complement its established turbocharging and powertrain control businesses.
BorgWarner’s competitive advantage lies in its integrated powertrain approach, where electric motors, turbochargers, and control electronics are engineered to work together for optimal engine performance. This systems perspective allows the company to create solutions that enhance both transient response and fuel economy, an attractive proposition for OEMs planning extended lifecycles for IC engine platforms. Compared to peers, BorgWarner differentiates itself through strong hybrid-ready technologies and a clear focus on solutions that support the transition from conventional to electrified powertrains.
-
ZF Friedrichshafen AG:
ZF Friedrichshafen AG is a global technology company with strong expertise in driveline and chassis systems, and it participates in the Electric Motors For IC Engine Vehicle market through electrified driveline components and powertrain actuators. ZF supplies electric motors for transmission-related functions, engine start-stop systems, and various mechatronic modules that interact closely with IC engines. Its presence is notable in vehicles that combine traditional engines with advanced automatic transmissions and integrated start-stop features.
For 2025, ZF’s revenue in Electric Motors For IC Engine Vehicle applications is estimated at USD 1.60 billion, which translates into a market share of about 4.70%. These figures highlight ZF as a significant player where electric motors are key enablers of sophisticated driveline functions. The company’s revenue level supports ongoing R&D in integrated electric motors within transmissions and hybrid modules that can still operate alongside conventional internal combustion engines.
ZF’s strategic strengths come from its deep knowledge of vehicle dynamics and driveline integration, allowing it to design electric motor solutions that enhance shift quality, efficiency, and start-stop smoothness. The company often differentiates its products by integrating electric motors into transmission housings and hybrid modules rather than offering standalone units. Compared with more component-centric suppliers, ZF positions itself as a systems partner capable of delivering complex electromechanical solutions that maximize the performance of IC engine-based drivetrains.
-
Hitachi Astemo:
Hitachi Astemo, formed from the consolidation of several automotive businesses, is an important player in the Electric Motors For IC Engine Vehicle market. The company provides electric motors, actuators, and control units that are used in engine management, fuel systems, and thermal management solutions for internal combustion vehicles. Its strong engineering base in Japan and growing international footprint support close collaboration with global OEMs seeking advanced mechatronic solutions.
In 2025, Hitachi Astemo’s Electric Motors For IC Engine Vehicle revenue is estimated at USD 1.30 billion, yielding an approximate market share of 3.80%. These figures position the company as a competitive mid-tier supplier with particular strength in integrated motor-control solutions. The revenue level underscores its role as an important technology provider in markets where sophisticated engine control and emissions compliance remain strategic priorities.
Hitachi Astemo’s competitive differentiation is based on its integration of electric motors with advanced electronics, sensors, and software control. This enables highly precise actuation in engine and drivetrain systems, contributing to better combustion control, reduced emissions, and improved drivability. Compared with more hardware-focused competitors, Hitachi Astemo emphasizes the value of combined hardware and software expertise, making it attractive to OEMs pursuing highly optimized IC engine platforms with enhanced electrification of subsystems.
-
Wuxi Micro Research Co. Ltd.:
Wuxi Micro Research Co. Ltd. is a China-based manufacturer that has been increasing its presence in the Electric Motors For IC Engine Vehicle market, particularly within the domestic Chinese automotive sector. The company supplies various small and medium-sized electric motors used for engine cooling, fuel pumps, and other under-hood applications in internal combustion vehicles. Its competitive positioning benefits from proximity to a large and still substantial Chinese IC vehicle manufacturing base.
For 2025, Wuxi Micro Research’s revenue related to Electric Motors For IC Engine Vehicle applications is estimated at USD 0.60 billion, corresponding to a market share of roughly 1.80%. These figures indicate that the company is a smaller but fast-growing regional player, primarily focused on supplying domestic OEMs and tier-one suppliers. The revenue scale reflects both cost competitiveness and the ability to meet localized technical requirements in China’s large volume IC engine vehicle market segment.
Wuxi Micro Research’s strategic advantages include cost-effective manufacturing, strong local supply chain integration, and responsiveness to Chinese OEM design cycles. The company typically competes with an emphasis on value and speed, offering customized electric motor solutions tailored to domestic regulatory and performance needs. Compared with global incumbents, Wuxi Micro Research positions itself as a flexible regional supplier, and it has potential to expand internationally as Chinese automakers increase exports of IC engine vehicles to emerging markets.
-
Robertshaw:
Robertshaw is traditionally known for control solutions and components but also engages in the Electric Motors For IC Engine Vehicle market through motor-driven valves, actuators, and control devices that interact with internal combustion engines. Its portfolio includes components for fuel delivery, thermal management, and emissions-related systems, where small electric motors and actuators play an important role in precise control. The company’s presence is more pronounced in specific niche applications rather than in high-volume starter or alternator systems.
In 2025, Robertshaw’s revenue from Electric Motors For IC Engine Vehicle-related products is estimated at USD 0.40 billion, translating into a market share of about 1.20%. These figures show that Robertshaw is a niche competitor, focusing on specialized components where its expertise in control technologies can add differentiated value. The revenue base supports targeted innovation in motor-driven control devices aligned with evolving emissions and efficiency standards for IC engines.
Robertshaw’s competitive strength lies in its integration of control engineering with compact electric motor and actuator technologies. By focusing on precise modulation of flows and temperatures in IC engine systems, the company provides components that contribute to cleaner combustion and better fuel economy. Compared with large powertrain integrators, Robertshaw positions itself as a specialist in control-focused electromechanical components, making it a valuable partner for OEMs and tier-one suppliers seeking high-precision solutions in specific engine subsystems.
Key Companies Covered
Bosch
Denso Corporation
Mitsubishi Electric Corporation
Valeo
Nidec Corporation
Continental AG
Johnson Electric
Brose Fahrzeugteile
Mahle GmbH
Mitsuba Corporation
BorgWarner Inc.
ZF Friedrichshafen AG
Hitachi Astemo
Wuxi Micro Research Co. Ltd.
Robertshaw
Market By Application
The Global Electric Motors For IC Engine Vehicle Market is segmented by several key applications, each delivering distinct operational outcomes for specific industries.
-
Powertrain And Engine Systems:
Powertrain and engine systems represent the most critical application area for electric motors in internal combustion engine vehicles, as they directly influence fuel efficiency, torque delivery, and emissions performance. Electric motors are used in components such as electronic throttle bodies, variable valve timing actuators, fuel pumps, turbocharger wastegates, and integrated starter-generators on mild hybrid platforms. The core business objective in this application is to enhance combustion control and energy management so that automakers can meet stringent fleet-average CO2 and pollutant limits without fully abandoning internal combustion architectures.
The adoption of electric motors in powertrain and engine systems is justified by clear quantitative gains in efficiency and drivability. Electrically driven fuel pumps, variable oil pumps, and cam phasers can improve real-world fuel economy by an estimated 3.00% to 8.00% compared with purely mechanical or hydraulically actuated systems, while start-stop and mild hybrid starter-generators can add a further 5.00% to 10.00% reduction in fuel use in urban driving. These improvements shorten payback periods for OEM investments by reducing regulatory penalties and limiting costly late-stage engine recalibrations. The primary catalyst for growth in this segment is global emissions and fuel consumption regulation, which forces every new engine family to incorporate a higher density of precision electric actuation to stay commercially viable.
-
Chassis And Safety Systems:
Chassis and safety systems form another high-value application segment where electric motors are integral to vehicle dynamics and occupant protection. They power subsystems such as electric power steering, anti-lock braking actuators, electronic stability control pumps, active suspension components, and electronic parking brakes. The main business objective in this domain is to improve vehicle handling, braking stability, and crash avoidance capabilities while reducing mechanical complexity and parasitic losses associated with belt- or engine-driven hydraulics.
Electric motors in chassis and safety systems deliver measurable operational outcomes that justify their widespread adoption. For example, electric power steering can cut steering-related energy consumption by up to 70.00% compared with traditional hydraulic steering, helping to improve overall vehicle fuel economy by about 2.00% to 3.00% while enabling advanced driver assistance interventions. Electrically driven brake and stability control units can reduce stopping distances by several meters in emergency maneuvers and significantly lower accident rates for vehicles equipped with these systems. The primary growth catalyst in this application is the regulatory and consumer-driven expansion of mandatory safety content, including electronic stability control and advanced braking functions, which pushes even entry-level internal combustion engine vehicles to adopt motor-driven chassis technologies as standard equipment.
-
Body And Comfort Systems:
Body and comfort systems account for a substantial portion of motor counts per vehicle, especially in passenger cars and premium light commercial vehicles. Electric motors power window lifts, seat adjusters, sunroofs, power tailgates, door lock actuators, and various convenience features such as powered sliding doors and steering column adjusters. The core business objective of this application segment is to enhance occupant comfort and perceived vehicle value, thereby supporting higher trim-level pricing and brand differentiation in highly competitive markets.
The operational outcome of adopting electric motors in body and comfort systems is reflected in higher customer satisfaction scores and improved resale values, which translate into stronger margins for automakers and dealers. Although individual motors in this segment are typically low power and low cost, their aggregate presence can influence the perceived quality and sophistication of a vehicle, directly impacting purchase decisions. In some high-content models, motorized comfort features can support price premiums of several percentage points over base variants, leading to favorable return-on-investment for OEMs on the incremental bill of materials. The primary growth driver for this application is consumer expectation for power-operated features even in compact and mid-range vehicles, coupled with rising urbanization and time spent in vehicles, which increases demand for comfort-focused equipment.
-
Advanced Driver Assistance And Electronic Control Systems:
Advanced driver assistance and electronic control systems represent a strategically important, technology-intensive application segment in the Electric Motors For IC Engine Vehicle Market. Electric motors are embedded in actuators for adaptive cruise control, lane-keeping support, automated parking, active grille shutters, and automated transmission and clutch controls that work in coordination with electronic control units and sensor suites. The primary business objective is to enable semi-automated driving functions and precise control interventions that enhance both safety and driving convenience, preparing internal combustion engine platforms for gradual progression toward higher levels of automation.
The justification for motor adoption in these systems is rooted in the need for fast, repeatable actuation that integrates tightly with software algorithms and real-time sensor data. Electric actuators used for gear shifting, steering corrections, and airflow management can respond in milliseconds, enabling advanced driver assistance features that materially reduce human error and improve traffic flow. Real-world studies show that vehicles equipped with robust driver assistance packages can reduce certain collision types by a significant portion, which supports lower insurance losses and higher consumer willingness to pay for these options. The primary growth catalyst in this application is the combination of regulatory encouragement for collision avoidance systems and the competitive race among manufacturers to offer differentiated driver assistance capabilities, even on traditional internal combustion engine vehicles.
-
Thermal Management And HVAC Systems:
Thermal management and HVAC systems constitute a rapidly evolving application area where electric motors are central to both passenger comfort and powertrain efficiency. Motors drive engine cooling fans, electric water pumps, heater valves, air-mix doors, and blower fans for cabin air distribution, as well as auxiliary pumps and valves in vehicles with turbocharged or downsized engines. The core business objective is to maintain optimal thermal conditions for the engine, aftertreatment systems, and cabin while minimizing energy consumption and enabling precise, demand-based control.
The adoption of electric motors in thermal and HVAC systems delivers clear quantitative benefits that support both regulatory and comfort goals. Electrically controlled cooling fans and water pumps allow on-demand operation that can improve fuel economy by around 2.00% to 5.00% compared with permanently belt-driven components, while advanced HVAC actuators improve cabin comfort and defogging performance, reducing driver fatigue and improving safety. On modern internal combustion engine platforms with complex turbocharging and exhaust aftertreatment, optimized thermal management also helps maintain catalyst and particulate filter efficiency, which is critical for meeting emissions limits over the full duty cycle. The primary growth catalyst for this application is the convergence of stricter emission standards, higher adoption of turbocharged engines, and consumer demand for precise climate control, all of which accelerate the shift from mechanical to intelligent, motor-driven thermal management architectures.
Key Applications Covered
Powertrain And Engine Systems
Chassis And Safety Systems
Body And Comfort Systems
Advanced Driver Assistance And Electronic Control Systems
Thermal Management And HVAC Systems
Mergers and Acquisitions
The electric motors for IC engine vehicle market has experienced a steady but selective wave of mergers and acquisitions over the last two years. Deal flow has shifted from opportunistic portfolio additions toward targeted acquisitions that secure traction motor technologies and powertrain integration expertise. This pattern aligns with a market expected to grow from USD 34.20 Billion in 2025 to USD 47.70 Billion by 2032, reflecting a 4.90% CAGR and motivating incumbents to consolidate critical electromechanical and control capabilities.
Major M&A Transactions
Bosch – Wuxi DriveTech
strengthens Asia-focused starter‑generator and 48‑volt motor manufacturing footprint and localized engineering.
Valeo – E-Motion Components
adds high‑efficiency traction motor designs tailored for mild hybrid IC engine platforms and premium segments.
Nidec – TorqueMaster Automotive
expands integrated e‑axle and propulsion motor offerings for commercial vehicles with internal combustion engines.
BorgWarner – Delta Motors Europe
accelerates access to high‑speed rotor topologies and thermal management know‑how for compact IC engine motor systems.
Mahle – Nordic Motion Systems
broadens portfolio of auxiliary electric motors for turbochargers, pumps and engine‑mounted actuators.
Denso – Precision Drives India
deepens cost‑competitive manufacturing of starter motors and alternator‑integrated generators for emerging markets.
Mitsubishi Electric – eDrive Controls
secures advanced inverter and motor‑control software capabilities for high‑efficiency IC engine powertrains.
Hitachi Astemo – EuroMotion Technologies
enhances European OEM access and mechatronics integration across engine‑mounted electric motor applications.
Recent transactions are progressively concentrating technological ownership among a handful of Tier‑1 suppliers, even though the overall market remains fragmented by vehicle class and geography. Acquirers are targeting niche motor specialists that offer differentiated rotor‑stator architectures, noise‑vibration optimization, or advanced insulation systems. As these capabilities are consolidated, mid‑tier suppliers face shrinking margins and fewer design‑win opportunities, pushing them either toward defensive partnerships or eventual sale.
Valuation multiples in these deals have trended above traditional mechanical component benchmarks, reflecting the rising strategic value of electrified auxiliaries and starter‑generator platforms. Targets with proven 48‑volt and high‑efficiency traction motors command premiums due to their direct linkage to fuel‑efficiency regulations and OEM carbon‑compliance roadmaps. At the same time, buyers are disciplined, focusing on assets that can be quickly integrated into global platforms and scaled across multiple OEM programs, which supports earnings accretion despite elevated entry prices.
Strategically, acquirers use M&A to reposition from commodity rotating machines to system‑level propulsion partners. By combining electric motors with inverters, software, and thermal management, they create stickier, higher‑margin modules for IC engine vehicles and hybrids. This integrated approach also locks in long‑term supply contracts, reinforcing bargaining power with OEMs while reducing exposure to pure internal combustion volume declines.
Regionally, Asia-Pacific has generated a significant portion of deal volume, driven by local champions seeking technology that meets global efficiency and durability standards. Europe remains active in cross‑border acquisitions focused on high‑speed traction motors, compact auxiliaries, and power‑dense 48‑volt architectures that support stringent CO₂ targets for IC engine fleets.
Across regions, acquisition themes focus on thermally robust motor designs, improved rare‑earth magnet usage, and embedded control electronics that enable more precise engine load management. These technology‑driven deals collectively shape the mergers and acquisitions outlook for Electric Motors For IC Engine Vehicle Market, with future activity expected to prioritize software‑defined motor control platforms and scalable hybrid powertrain modules.
Competitive LandscapeRecent Strategic Developments
In March 2024, a leading Tier‑1 supplier announced a strategic investment in a mid-sized electric motor specialist focused on 48‑volt mild-hybrid systems for IC engine vehicles. The partnership aims to scale integrated starter-generator (ISG) production capacity in Europe and Asia. This development intensifies competition in the mild-hybrid segment by accelerating cost reductions and shortening OEM development cycles, which pressures smaller independent motor manufacturers to seek alliances or niche positioning.
In July 2023, a major global automaker executed a joint expansion program with an industrial motor producer to localize electric traction motor manufacturing for hybrid SUVs and pickup trucks in North America. The expansion includes co-located engineering teams and shared testing facilities. This move strengthens supply chain resilience, reduces logistics costs and enables faster design iterations, compelling rival OEMs to reassess imported motor sourcing strategies.
In November 2022, a prominent Japanese components maker acquired a European e-drive module company to secure IP in high-efficiency permanent magnet motors for IC engine hybrids. The acquisition consolidates know-how across power electronics and e-axle subsystems, raising the technology entry barrier. Competitors now face greater pressure to increase R&D spending or form technology-sharing consortia.
SWOT Analysis
-
Strengths:
The global Electric Motors For IC Engine Vehicle market benefits from entrenched integration of starter motors, alternators, and 48‑volt electric machines across passenger cars and commercial vehicles, creating stable base demand. OEMs rely on these electric motors to deliver start-stop functionality, mild-hybrid torque assist, and efficient power management, which are critical for meeting tightening CO₂ and fuel-economy regulations. The market also leverages mature supply chains, high-volume manufacturing, and proven designs, which enable competitive pricing and consistent quality across regions. With the market expected to grow from about 34,20 Billion in 2025 to 47,70 Billion in 2032 at a CAGR of 4,90%, established Tier‑1 suppliers can amortize R&D costs over large production runs and rapidly scale design upgrades, reinforcing their bargaining power with automakers and ensuring robust aftermarket replacement demand for existing IC engine fleets.
-
Weaknesses:
The Electric Motors For IC Engine Vehicle market remains structurally tied to internal combustion powertrains, which exposes it to long-term volume erosion as battery electric vehicles gain share in key regions such as Europe and China. Product portfolios often emphasize legacy starter and alternator architectures with limited energy recovery capabilities, which constrains value capture compared with high-voltage traction motor systems. Many suppliers operate with relatively thin margins due to aggressive OEM cost-down programs and intense competition from low-cost regional manufacturers, limiting the ability to fund breakthrough innovation. Dependence on rare-earth magnet materials and copper also creates cost volatility, while fragmented design standards between automakers increase engineering complexity and reduce economies of scale for advanced 48‑volt and high-efficiency motor platforms specifically tailored to IC engine hybrids.
-
Opportunities:
The transition toward hybridization creates substantial upside for advanced Electric Motors For IC Engine Vehicle solutions, particularly integrated starter-generators, belt-driven starter-generators, and e-axle modules paired with combustion engines. As global market size rises to an estimated 35,90 Billion in 2026 and further to 47,70 Billion in 2032, suppliers that provide compact, high-torque, and thermally robust motors can secure higher content per vehicle in mild and full hybrid platforms. There is significant room to differentiate through improved efficiency at low speeds, NVH optimization for stop-start events, and modular motor designs that support multiple engine families with minimal re-engineering. Expansion in emerging markets where IC engine vehicles will remain dominant for longer, coupled with fleet demand for fuel-efficient light commercial vehicles and pickup trucks, offers further growth potential for localized production, joint ventures with regional OEMs, and aftermarket upgrade kits that enhance alternator and starter performance.
-
Threats:
The primary threat to the Electric Motors For IC Engine Vehicle market comes from accelerated regulatory support and consumer adoption of pure battery electric vehicles, which reduces the addressable park of new IC engine platforms over time. Governments are introducing stricter emission standards, ICE sales phase-out timelines, and incentives that favor high-voltage propulsion, shifting R&D and capital expenditure toward traction motor technologies instead of 12‑volt and 48‑volt systems tied to combustion engines. Intensifying price competition from vertically integrated automakers that in-source motor manufacturing can erode volumes for independent Tier‑1 suppliers, particularly in high-volume segments. In addition, geopolitical risks affecting raw material supply chains, such as rare earths and copper, can trigger sudden cost spikes or disruptions, while rapid innovation in solid-state batteries and high-efficiency inverters may compress the window during which hybrid-focused IC engine electric motors can command premium pricing.
Future Outlook and Predictions
The global Electric Motors For IC Engine Vehicle market is expected to expand steadily over the next decade, maintaining positive but moderating growth as hybridization offsets declining pure ICE volumes. Based on current trajectories, the market is projected to rise from 34,20 Billion in 2025 to 35,90 Billion in 2026 and reach 47,70 Billion by 2032, reflecting a 4,90% CAGR. This indicates a transition from traditional starter and alternator demand toward more sophisticated 12‑volt and 48‑volt electric machines that support fuel-efficient hybrid powertrains rather than a simple volume-driven expansion.
Technologically, the market will shift toward higher power density, integrated starter-generator architectures, and greater use of permanent magnet and hairpin-winding designs to raise efficiency. Suppliers are likely to prioritize compact electric motors capable of repeated high-torque launches, seamless stop-start events, and regenerative braking in mild-hybrid and full-hybrid IC engine vehicles. Over the next 5–10 years, this evolution will favor platforms that can scale across multiple vehicle segments, enabling OEMs to reuse standardized motor families from small cars to light commercial vehicles.
Regulatory pressure on CO₂ and pollutant emissions will remain the dominant structural driver directing the Electric Motors For IC Engine Vehicle market toward hybridization rather than prolonging conventional ICE-only architectures. Stricter fleet-average targets in Europe, North America, and parts of Asia will push automakers to embed 48‑volt systems and electric boosting into most remaining combustion platforms. This creates a medium-term window where hybrid-capable motors experience rising content per vehicle even as overall ICE-based powertrain launches gradually decrease after 2030.
Economically, emerging markets in South Asia, Africa, Latin America, and parts of Southeast Asia will anchor continued demand for IC engine vehicles equipped with increasingly efficient electric motor auxiliaries. In these regions, infrastructure constraints and income levels will slow full battery-electric adoption, giving hybrid and advanced ICE platforms a prolonged role. Suppliers that localize manufacturing, engineer cost-optimized motors tolerant of variable fuel quality, and support rugged duty cycles for commercial fleets will capture a significant portion of incremental revenue.
Competitive dynamics are expected to consolidate as Tier‑1 suppliers, semiconductor companies, and motor specialists forge alliances to deliver integrated e-drive, inverter, and control software packages tailored to IC engine hybrids. Automakers will selectively in-source strategic motor technologies for high-volume global platforms while outsourcing regional and niche applications. Over the next 5–10 years, the most successful participants will be those that pivot their Electric Motors For IC Engine Vehicle portfolios toward hybrid-ready, modular motor systems while redeploying R&D learning to adjacent high-voltage traction motor markets.
Table of Contents
- Scope of the Report
- 1.1 Market Introduction
- 1.2 Years Considered
- 1.3 Research Objectives
- 1.4 Market Research Methodology
- 1.5 Research Process and Data Source
- 1.6 Economic Indicators
- 1.7 Currency Considered
- Executive Summary
- 2.1 World Market Overview
- 2.1.1 Global Electric Motors For IC Engine Vehicle Annual Sales 2017-2028
- 2.1.2 World Current & Future Analysis for Electric Motors For IC Engine Vehicle by Geographic Region, 2017, 2025 & 2032
- 2.1.3 World Current & Future Analysis for Electric Motors For IC Engine Vehicle by Country/Region, 2017,2025 & 2032
- 2.2 Electric Motors For IC Engine Vehicle Segment by Type
- Brushed DC Motors
- Brushless DC Motors
- Stepper Motors
- AC Induction Motors
- Integrated Electric Motor Modules And Actuators
- 2.3 Electric Motors For IC Engine Vehicle Sales by Type
- 2.3.1 Global Electric Motors For IC Engine Vehicle Sales Market Share by Type (2017-2025)
- 2.3.2 Global Electric Motors For IC Engine Vehicle Revenue and Market Share by Type (2017-2025)
- 2.3.3 Global Electric Motors For IC Engine Vehicle Sale Price by Type (2017-2025)
- 2.4 Electric Motors For IC Engine Vehicle Segment by Application
- Powertrain And Engine Systems
- Chassis And Safety Systems
- Body And Comfort Systems
- Advanced Driver Assistance And Electronic Control Systems
- Thermal Management And HVAC Systems
- 2.5 Electric Motors For IC Engine Vehicle Sales by Application
- 2.5.1 Global Electric Motors For IC Engine Vehicle Sale Market Share by Application (2020-2025)
- 2.5.2 Global Electric Motors For IC Engine Vehicle Revenue and Market Share by Application (2017-2025)
- 2.5.3 Global Electric Motors For IC Engine Vehicle Sale Price by Application (2017-2025)
Frequently Asked Questions
Find answers to common questions about this market research report