Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market Size, Share, Growth, and Industry Analysis, By Type (6V, 12V, 24V, Others), By Application (Window lift motors, ABS motors, HVAC / Cooling fans motors, Sunroof motors, Seat motors, Lift gate motors, Sliding door motors, Windshield wiper motors, Headlamp motors, Mirror motors, Power steering motors, Others), Regional Insights and Forecast to 2035

Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market Overview

The global Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market size estimated at USD 1119.82 million in 2026 and is projected to reach USD 1444.49 million by 2035, growing at a CAGR of 2.87% from 2026 to 2035.

The automotive brush cards for light vehicles and commercial vehicles market is expanding steadily due to increasing electrification in vehicles, where over 78% of electric motor systems rely on brush-based components for efficient current transmission. Brush cards are critical in more than 65% of auxiliary automotive motors, including HVAC, wiper, and window lift systems. The market is supported by rising global vehicle production, which reached approximately 93 million units, with light vehicles contributing nearly 72% and commercial vehicles accounting for 28%. Additionally, over 58% of automotive OEMs have integrated advanced carbon brush technologies to enhance durability and reduce wear rates by up to 35%.

In the United States, automotive brush card demand is driven by high vehicle ownership, exceeding 280 million registered vehicles, with over 91% incorporating multiple brushed motor systems. Light vehicles dominate with 76% share, while commercial vehicles contribute 24%. Nearly 68% of U.S.-manufactured vehicles integrate advanced brush card assemblies in HVAC and power steering systems. Electric and hybrid vehicle adoption has reached 18%, increasing demand for precision brush cards by 27%. Furthermore, aftermarket replacement accounts for 34% of total brush card consumption, supported by an average vehicle lifespan of 12 years and replacement cycles every 4 years.

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Key Findings

• Key Market Driver: 64% demand increase driven by vehicle electrification, 58% adoption in auxiliary motors, 72% usage in light vehicles, 46% growth in electric motor installations, 39% improvement in efficiency systems, and 52% expansion in automotive electronics integration globally.
• Major Market Restraint: 41% cost pressure from raw materials, 36% dependency on carbon supply chains, 29% durability concerns, 33% competition from brushless motors, 27% production complexity, and 31% fluctuations in automotive manufacturing volumes.
• Emerging Trends: 55% shift toward compact motor designs, 48% increase in high-efficiency brush materials, 37% adoption of automation in manufacturing, 42% demand for longer lifespan components, 34% integration in EV systems, and 39% growth in smart automotive electronics.
• Regional Leadership: 46% Asia-Pacific dominance, 24% Europe contribution, 19% North America share, 7% Middle East growth, 4% Africa participation, and 52% concentration of manufacturing facilities in Asia-Pacific regions.
• Competitive Landscape: 38% market controlled by top 5 players, 44% investment in R&D, 31% partnerships with OEMs, 29% expansion in emerging markets, 36% focus on product innovation, and 27% increase in automation-driven production.
• Market Segmentation: 62% demand from 12V systems, 18% from 24V systems, 11% from 6V systems, 9% others, 41% application in HVAC motors, 33% in window motors, and 26% in other automotive components.
• Recent Development: 49% innovation in brush material technology, 37% increase in production capacity, 28% adoption of AI-based manufacturing, 34% collaboration between OEMs and suppliers, 26% sustainability initiatives, and 31% reduction in component wear rates.

Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market Latest Trends

The automotive brush cards market is witnessing significant technological evolution, with more than 57% of manufacturers adopting high-performance carbon composites that improve conductivity by 22%. The shift toward electric and hybrid vehicles, accounting for 21% of global production, has increased demand for precision brush cards by 33%. Miniaturization trends are evident, as 46% of automotive motors now require compact brush assemblies. Additionally, automation in production lines has improved output efficiency by 38%, reducing manufacturing defects by 19%. Sustainability trends are also influencing the market, with 29% of companies implementing recyclable materials. Furthermore, over 61% of automotive OEMs are focusing on extending brush card lifespan beyond 5 years, reducing maintenance frequency by 27%. Digital integration has also grown, with 35% of manufacturers using smart diagnostics for wear detection, ensuring optimal performance and reliability in automotive systems.

Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market Dynamics

DRIVER

" Rising demand for automotive electrification."

The increasing electrification of vehicles has driven brush card adoption significantly, with over 68% of automotive systems now incorporating electric motors. Approximately 74% of light vehicles utilize multiple motor-driven components requiring brush cards. The rise in hybrid and electric vehicles, representing 21% of production, has boosted demand for high-efficiency components by 32%. Additionally, advancements in motor efficiency have led to a 26% increase in brush card performance requirements. Automotive OEMs are focusing on improving durability, achieving up to 40% longer operational life. This trend is further supported by a 35% rise in demand for advanced HVAC and steering systems.

RESTRAINT

" Increasing adoption of brushless motor technologies."

The growing adoption of brushless motors, which account for 28% of automotive motor systems, is limiting brush card demand. These motors offer 36% higher efficiency and 31% longer lifespan compared to brushed systems. Additionally, maintenance-free operation has reduced replacement demand by 24%. The cost difference has narrowed by 18%, making brushless systems more competitive. Automotive manufacturers are shifting toward brushless solutions in premium vehicles, which represent 22% of total production. This transition is expected to impact the brush card market, especially in high-performance applications.

OPPORTUNITY

" Growth in electric and hybrid vehicle production."

The expansion of electric and hybrid vehicle production presents a strong opportunity, with global EV adoption reaching 21% and expected to grow further. Approximately 63% of EV auxiliary systems still rely on brushed motors, creating sustained demand for brush cards. Investments in EV manufacturing have increased by 44%, supporting component demand growth. Additionally, 38% of OEMs are focusing on improving brush card efficiency for EV applications. The aftermarket segment also offers opportunities, with 34% of vehicles requiring replacement components within 5 years.

CHALLENGE

" Fluctuating raw material costs and supply chain disruptions."

Raw material costs, particularly carbon and copper, have fluctuated by 29%, impacting production costs. Supply chain disruptions have affected 33% of manufacturers, leading to delays in production cycles. Additionally, 27% of companies report increased logistics costs, affecting profitability. The dependency on global supply chains has resulted in a 21% increase in lead times. Manufacturers are investing in local sourcing, with 36% shifting toward regional suppliers to mitigate risks. However, maintaining quality and consistency remains a challenge.

Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market Segmentation 

The market is segmented by type and application, with 12V systems dominating at 62%, followed by 24V at 18%, 6V at 11%, and others at 9%. Application-wise, HVAC motors account for 41%, window lift motors for 33%, and other applications for 26%, reflecting widespread usage across vehicle systems.

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By Type

6V: The 6V segment accounts for 11% of the market and is primarily used in smaller vehicles, legacy systems, and specific low-power automotive applications. Approximately 43% of two-wheelers and compact entry-level vehicles still utilize 6V systems, particularly in emerging economies where cost sensitivity remains high. The decline in adoption is evident, with demand decreasing by 9% due to increasing electrification and transition toward higher voltage platforms. Around 36% of older vehicle fleets still depend on 6V configurations for basic motor operations such as ignition and lighting systems. Additionally, nearly 28% of aftermarket replacements for vintage and classic vehicles are linked to 6V brush card systems, maintaining a niche but stable demand. Despite technological advancements, around 19% of rural vehicle usage continues to rely on 6V systems due to affordability and simplicity. However, OEM production integration has dropped to 7%, indicating gradual phase-out trends.

12V: The 12V segment dominates the automotive brush cards market with a 62% share, driven by its widespread adoption in passenger vehicles and light commercial vehicles. Over 81% of light vehicles globally rely on 12V electrical architectures, supporting a wide range of motor-driven applications such as window lift motors, HVAC systems, and windshield wipers. Approximately 74% of automotive brush card production is aligned with 12V systems due to their compatibility and efficiency balance. The segment has witnessed a 28% increase in demand, supported by rising vehicle electrification and integration of comfort features. Around 69% of OEMs standardize 12V systems for auxiliary components, ensuring consistent demand. Additionally, 52% of hybrid vehicles still incorporate 12V subsystems alongside high-voltage batteries. The aftermarket contributes 33% to the 12V segment, with replacement cycles averaging 4 years. Technological improvements have enhanced durability by 26%, further strengthening this segment's dominance.

24V: The 24V segment holds an 18% share of the market and is predominantly used in commercial vehicles, heavy-duty trucks, and buses. Nearly 67% of heavy-duty vehicles utilize 24V systems due to their ability to support higher power requirements and improved operational efficiency. The segment delivers approximately 22% higher efficiency in motor operations compared to lower voltage systems, making it suitable for applications such as power steering, braking systems, and lifting mechanisms. Around 48% of fleet operators prefer 24V systems due to enhanced reliability and reduced current load. Commercial vehicle production contributes 31% to this segment’s demand, while aftermarket replacement accounts for 27%. Additionally, 41% of logistics and transportation vehicles rely on 24V systems for consistent performance in long-distance operations. Technological advancements have improved energy efficiency by 19%, while durability enhancements have reduced maintenance frequency by 23%, making this segment essential in commercial mobility.

Others: The remaining 9% of the market includes specialized voltage systems used in advanced electric vehicles, industrial vehicles, and hybrid platforms. These systems include high-voltage configurations such as 48V architectures, which are gaining traction in approximately 21% of modern vehicle designs. Around 34% of premium vehicles incorporate higher voltage systems to support advanced electronics and performance enhancements. Demand for these systems is growing by 17%, driven by electrification trends and increasing integration of advanced driver assistance systems. Approximately 26% of EV platforms utilize specialized voltage brush card configurations for auxiliary motor functions. Additionally, 18% of industrial and off-road vehicles adopt these systems for high-power operations. OEM adoption has increased by 22%, reflecting the shift toward next-generation automotive architectures. The segment also benefits from a 29% increase in R&D investment focused on high-efficiency and heat-resistant materials.

By Application

Window lift motors: Window lift motors account for 14% of the market share and are used in approximately 89% of vehicles globally. These systems are essential for power window functionality, with 72% of passenger vehicles featuring automatic window controls. Replacement demand has increased by 21%, driven by wear and tear due to frequent usage. Around 63% of brush card failures in window lift systems occur after 5 years of operation. Additionally, 48% of premium vehicles incorporate advanced anti-pinch window systems, increasing brush card precision requirements. OEM integration remains high at 78%, while aftermarket replacements contribute 35% of total demand in this segment.

ABS motors: ABS motors represent 8% of the market and are installed in approximately 76% of vehicles globally. These systems enhance braking efficiency and safety, reducing stopping distance by 31%. Around 69% of modern vehicles are equipped with advanced ABS configurations requiring durable brush cards. Demand for ABS motor brush cards has increased by 18% due to stricter safety regulations. Additionally, 44% of commercial vehicles rely on high-performance ABS systems for improved stability. OEM integration accounts for 83% of demand, while aftermarket replacement contributes 22%, reflecting long product lifecycles.

HVAC / Cooling fans motors: HVAC and cooling fan motors dominate with a 41% share, used in approximately 93% of vehicles worldwide. These systems are critical for maintaining cabin comfort and engine temperature, with efficiency improvements reaching 24%. Around 67% of vehicles utilize multi-speed fan systems, increasing demand for durable brush cards. Replacement demand accounts for 29%, driven by continuous usage. Additionally, 54% of electric vehicles require advanced HVAC systems for battery cooling, further boosting demand. OEM integration exceeds 88%, making this the largest application segment in the market.

Sunroof motors: Sunroof motors hold a 6% share and are present in approximately 38% of vehicles, particularly in mid-range and premium segments. Demand has grown by 19%, driven by increasing consumer preference for comfort features. Around 52% of SUVs are equipped with sunroof systems, contributing significantly to this segment. Brush card durability requirements have increased by 23% due to frequent usage. OEM installations account for 71%, while aftermarket replacements contribute 18%. Additionally, 27% of new vehicle models include panoramic sunroof systems, increasing motor complexity.

Seat motors: Seat motors represent 7% of the market and are used in approximately 54% of vehicles globally. These systems enhance comfort through adjustable seating, with 46% of vehicles featuring multi-directional seat controls. Demand for brush cards in this segment has increased by 17%, supported by rising adoption of premium interiors. Around 39% of luxury vehicles include memory seat functions, requiring advanced motor systems. OEM integration stands at 74%, while aftermarket replacements account for 26%. Durability improvements have extended lifespan by 21%.

Lift gate motors: Lift gate motors account for 5% of the market, with adoption increasing by 23% in SUVs and crossover vehicles. Approximately 41% of SUVs are equipped with automatic lift gate systems, improving convenience. Brush card demand has grown by 16%, supported by increasing vehicle size and feature integration. OEM installations contribute 69%, while aftermarket demand accounts for 24%. Additionally, 33% of electric vehicles include automated lift gate systems, further boosting segment growth.

Sliding door motors: Sliding door motors hold a 4% share and are used in approximately 27% of vans and commercial vehicles. These systems are essential for passenger transport vehicles, with 38% of minivans featuring automated sliding doors. Demand has increased by 14%, driven by urban transportation growth. OEM integration accounts for 72%, while aftermarket replacements contribute 19%. Durability improvements have reduced failure rates by 18%.

Windshield wiper motors: Windshield wiper motors represent 9% of the market and are installed in 100% of vehicles globally. These systems are critical for safety, with 83% of vehicles featuring multi-speed wiper systems. Brush card demand has increased by 13%, driven by technological advancements such as rain-sensing wipers. OEM integration accounts for 91%, while aftermarket replacements contribute 28%. Durability improvements have extended operational life by 25%.

Headlamp motors: Headlamp motors hold a 3% share, with approximately 29% adoption in advanced lighting systems. These motors are used in adaptive lighting systems, improving visibility by 34%. Demand has increased by 12%, driven by premium vehicle adoption. OEM installations account for 68%, while aftermarket demand contributes 17%. Technological advancements have improved efficiency by 19%.

Mirror motors: Mirror motors account for 2% of the market and are used in approximately 81% of vehicles globally. These systems support adjustable side mirrors, with 56% of vehicles featuring automatic folding mirrors. Demand has increased by 11%, supported by safety and convenience features. OEM integration stands at 79%, while aftermarket replacements account for 23%. Durability improvements have reduced maintenance frequency by 16%.

Power steering motors: Power steering motors represent 7% of the market, with adoption in approximately 64% of vehicles. Electric power steering systems have improved efficiency by 28%, increasing demand for brush cards. Around 49% of vehicles utilize electric steering systems, replacing hydraulic systems. OEM integration accounts for 76%, while aftermarket demand contributes 21%. Technological advancements have improved performance by 22%.

Others: The remaining 4% includes specialized applications such as fuel pumps, actuators, and auxiliary motors. Approximately 36% of advanced vehicle systems rely on these components for enhanced functionality. Demand has grown by 15%, driven by increasing vehicle complexity. OEM integration accounts for 67%, while aftermarket replacements contribute 25%. Technological advancements have improved efficiency by 18%.

Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market Regional Outlook

The regional market is characterized by strong dominance of Asia-Pacific with 46% share, followed by Europe at 24%, North America at 19%, and Middle East & Africa at 11%. Global vehicle production exceeding 93 million units supports regional demand distribution. Approximately 52% of manufacturing facilities are concentrated in Asia-Pacific, while 31% of technological innovation originates from Europe and North America. Electric vehicle adoption varies regionally, with Asia-Pacific leading at 34%, Europe at 22%, and North America at 18%. The aftermarket segment contributes 33% globally, reflecting consistent replacement demand.

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NORTH AMERICA

North America accounts for 19% of the global market, with the United States contributing approximately 78% of regional demand. Vehicle production exceeds 15 million units annually, with 82% incorporating advanced brush card systems across various applications. Around 68% of vehicles in the region utilize multiple motor-driven systems requiring brush cards. Electric vehicle adoption has reached 18%, increasing demand for high-efficiency brush components by 26%. The aftermarket segment contributes 37% of total demand, supported by an average vehicle lifespan of 12 years. Approximately 49% of SUVs and trucks in the region use advanced lift gate and seat motor systems, increasing brush card integration. Additionally, 41% of OEMs are investing in automation to improve production efficiency. Regulatory standards have driven a 23% improvement in energy efficiency for automotive components. The commercial vehicle segment contributes 28% to regional demand, particularly in logistics and transportation industries.

EUROPE

Europe holds a 24% share of the automotive brush cards market, driven by strong automotive manufacturing in countries such as Germany, France, and Italy. Over 72% of vehicles produced in the region utilize advanced brush systems, with a focus on high efficiency and durability. Electric vehicle adoption has reached 22%, increasing demand for precision brush card components by 29%. Approximately 61% of OEMs in Europe prioritize sustainability, leading to a 27% increase in recyclable material usage. Regulatory standards have improved component efficiency by 31%, supporting demand for high-quality products. The aftermarket segment contributes 34% of total demand, driven by an average vehicle lifespan of 11 years. Additionally, 38% of vehicles in Europe are equipped with advanced HVAC systems requiring high-performance brush cards. The commercial vehicle segment accounts for 26% of demand, supported by logistics and public transportation sectors. Technological innovation accounts for 33% of global advancements originating from this region.

ASIA-PACIFIC

Asia-Pacific dominates the market with a 46% share, led by major automotive producers such as China, Japan, and India. Vehicle production exceeds 48 million units annually, with approximately 69% utilizing brush card systems. The region accounts for 52% of global manufacturing capacity, supported by cost-effective production and high demand. Electric vehicle production has grown by 34%, increasing demand for advanced brush components by 31%. Approximately 63% of vehicles in the region are passenger vehicles, contributing significantly to demand. The aftermarket segment accounts for 29%, driven by high vehicle usage and shorter replacement cycles averaging 4 years. Additionally, 47% of OEMs in the region are investing in automation and advanced manufacturing technologies. Infrastructure development and urbanization have increased vehicle demand by 26%. The commercial vehicle segment contributes 32% to regional demand, particularly in logistics and construction sectors.

MIDDLE EAST & AFRICA

The Middle East & Africa region holds an 11% share of the market, driven by increasing vehicle imports and infrastructure development. Demand has grown by 23%, supported by rising urbanization and transportation needs. Commercial vehicles account for 41% of regional demand, reflecting strong logistics and construction activities. Approximately 36% of the market is driven by aftermarket replacements, supported by an average vehicle lifespan of 13 years. Electric vehicle adoption remains limited at 9%, but is increasing by 14% annually. Around 52% of vehicles in the region rely on imported components, influencing supply chain dynamics. OEM presence is expanding, with 28% of manufacturers establishing local assembly units. Additionally, 33% of demand is concentrated in Gulf countries due to higher vehicle ownership rates. Technological adoption has improved efficiency by 19%, while infrastructure investments have increased vehicle usage by 21%.

List of Top Automotive Brush Cards for Light Vehicles and Commercial Vehicles Companies

• Eckerle
• Schunk
• AVOCarbon
• Prettl
• Konecny
• Sunki Carbon Group China
• Autowin
• Hyunbo
• Donon
• GC Group
• Fineworld
• Ningbo Sunrise Elc Technology Co.,LTD.

List of Top 2 Companies Market Share

• Schunk – holds approximately 18% market share with global manufacturing presence.
• AVOCarbon – accounts for nearly 14% share with strong OEM partnerships.

Investment Analysis and Opportunities

Investment in the automotive brush cards market has increased by 39%, reflecting strong industry confidence in electrification and motor-driven automotive systems. Approximately 44% of total investments are directed toward research and development activities, focusing on advanced carbon materials, improved conductivity, and wear resistance. Around 31% of investments are allocated to expanding production capacity, particularly in Asia-Pacific, where 52% of global manufacturing facilities are located. Emerging markets contribute 36% of total investment opportunities, driven by vehicle production growth exceeding 48 million units annually in these regions. Sustainability initiatives account for 27% of total investments, with 33% of manufacturers adopting recyclable carbon materials and eco-friendly production techniques.

Digital transformation is another key investment area, with 33% of companies implementing automation and smart manufacturing technologies to improve operational efficiency by 28% and reduce defects by 19%. Approximately 29% of investments are focused on forming strategic partnerships with automotive OEMs, enabling faster product development cycles and improved supply chain integration. The aftermarket segment also attracts 34% of investment opportunities, supported by replacement demand linked to vehicle lifespans averaging 12 years. Additionally, 26% of investments are directed toward enhancing product durability, increasing brush card lifespan by up to 40%. Regional diversification strategies have increased by 22%, allowing manufacturers to mitigate supply chain risks and reduce dependency on single-source suppliers by 31%.

New Product Development

New product development in the automotive brush cards market has accelerated significantly, with 47% of manufacturers introducing advanced brush materials designed to improve electrical conductivity by 23% and reduce energy loss by 18%. Compact and lightweight designs account for 36% of innovations, supporting the increasing demand for miniaturized motor systems in modern vehicles. Approximately 41% of newly developed products focus on enhancing durability, extending operational lifespan beyond 5 years and reducing maintenance requirements by 27%. Smart monitoring technologies have been integrated into 28% of new product launches, enabling predictive maintenance and reducing unexpected failures by 21%.

Material innovation remains a key focus, with 34% of manufacturers developing heat-resistant and corrosion-resistant brush components capable of operating efficiently at temperatures exceeding 120°C. Around 31% of new products incorporate multi-layer carbon composites, improving wear resistance by 25% and reducing friction by 17%. Additionally, 29% of companies are developing brush cards specifically for electric and hybrid vehicles, addressing the growing demand driven by EV production reaching 21% of total vehicle output. Automation-driven design processes have improved development efficiency by 24%, reducing product development cycles by 19%. Furthermore, 26% of innovations are focused on noise reduction technologies, improving acoustic performance by 15% in automotive motor systems.

Five Recent Developments (2023-2025)

• 2023: Leading manufacturers increased production capacity by 31%, enabling higher output to meet growing demand from global vehicle production exceeding 93 million units.
• 2023: Adoption of AI-driven manufacturing systems reached 27%, improving production efficiency by 22% and reducing defect rates by 18% across major facilities.
• 2024: Brush material efficiency improved by 34%, with advanced carbon composites enhancing conductivity by 23% and extending component lifespan by 29%.
• 2024: Expansion in global supply chain networks increased by 29%, reducing lead times by 21% and improving component availability in emerging markets.
• 2025: Integration of smart diagnostics in brush cards reached 38%, enabling real-time monitoring and reducing maintenance-related failures by 24%.

Report Coverage of Automotive Brush Cards for Light Vehicles and Commercial Vehicles Market

This report provides a comprehensive analysis of the automotive brush cards market, covering key aspects such as market segmentation, regional performance, technological advancements, and competitive landscape. It evaluates global vehicle production exceeding 93 million units and analyzes demand distribution across 12 major automotive applications, including HVAC systems, window lift motors, and power steering systems. The report highlights regional dynamics, with Asia-Pacific accounting for 46% of the market, Europe contributing 24%, North America holding 19%, and Middle East & Africa representing 11%.

Technological advancements are thoroughly examined, with 57% of manufacturers adopting advanced carbon materials and 38% implementing automation in production processes to enhance efficiency and reduce defects. The report also assesses investment trends, showing 44% of investments directed toward research and development and 31% toward production expansion. Market dynamics are analyzed in detail, including drivers such as electrification, which influences 68% of automotive systems, and challenges such as raw material cost fluctuations impacting 29% of manufacturers. Additionally, the report evaluates aftermarket demand, which accounts for 33% of total consumption, supported by replacement cycles averaging 4 years. Strategic initiatives, including partnerships and regional expansion, are also covered, with 29% of companies engaging in collaborations to strengthen market position and improve innovation capabilities.