Market Scenario 

Brush motor market was valued at US$ 9.13 billion in 2024 and is projected to hit the market valuation of US$ 17.50 billion by 2033 at a CAGR of 7.50% during the forecast period 2025–2033.

Demand for the global brush motor market is being shaped by a robust industrial base and dynamic innovation in high-growth sectors. Core industrial and automotive applications provide a solid foundation, evidenced by strong corporate performance. For the fiscal year ending March 31, 2025, Nidec reported record net sales of ¥2,607,094 million and a record operating profit of ¥240,200 million. Similarly, AMETEK's Electromechanical Group, which produces these motors, posted record sales of US$ 618.5 million in Q2 2025 alone. Johnson Electric’s Automotive Products Group further reinforces this, achieving sales of US$ 3,072 million for its 2025 fiscal year.

This consistent demand from established sectors ensures a stable and predictable market for stakeholders.

• Emerging Applications Driving Innovation

Emerging applications are injecting new vitality into the brush motor market, compelling innovation in performance and design. The e-mobility sector is a significant driver, with Brose’s new Drive³ Peak motor for 2025 e-bikes delivering 95 Nm of torque and 600 watts of peak power. This motor operates on a more powerful 48-volt system, a notable advancement from the previous 36-volt standard.

In the medical field, where precision is paramount, Maxon's commitment is reflected in development expenditure of CHF 47.8 million in 2024. The demand for miniaturization in medical and robotic applications is pushing manufacturers to develop lighter and more efficient designs to meet these specialized needs.

• Strategic Considerations: Supply Chain and Raw Material Costs

Strategic planning for stakeholders in the brush motor market must account for volatile supply chain dynamics. The cost of key raw materials directly influences production costs and market pricing. 

For 2025, copper price forecasts show significant upward pressure, with some analysts predicting it could reach US$ 10,100 per metric ton or even US$ 12,000 per ton. The price of neodymium, crucial for high-performance magnets, reached US$98,400 per metric ton in the USA during the first quarter of 2025 and US$ 116.70 per kilogram at the retail level. These figures, alongside a praseodymium-neodymium oxide price of 531,500 yuan per ton in China as of July 2025, signal potential margin pressures and necessitate careful procurement strategies.

Key Findings in Brush Motor Market 

• Based on type, the permanent magnet is leading the market. It held over 36.82%.
• Based on power output, brush motors having less than 750W o/p are the dominant and highly adopted motors in the market. they have captured over 96% market in 2024.
• Based on end use industry, transportation industry with over 27.51% market share emerged as the key consumer of the brush motors in the world.
• Currently, aftermarket sales of the brush motors accounts for over 75.30% market share.
• Asia Pacific is the leading region in the market with over 49.75% market share
• Global brush motor market is expected to attain valuation of US$ 17.50 billion by 2033

To Get more Insights,  Request A Free Sample 

Navigating the Future: Three Core Trends Redefining the Brush Motor Market

• Financial Consolidation and Core Sector Stability: A dominant trend is the remarkable financial health of market leaders, signaling enduring demand from core automotive and industrial sectors. This is not a market in decline but one consolidating its strength. Nidec Corporation’s record-breaking FY2025 net sales of ¥2,607,094 million and Johnson Electric’s impressive US$ 3,072 million in sales from its Automotive Products Group alone underscore the stable, high-volume demand that forms the market's foundation, ensuring predictable revenue and fueling continued investment.
• Specialization in High-Growth Niches: The market is increasingly defined by innovation in high-performance applications. Growth is being driven by new sectors requiring specialized motors, such as e-mobility and medical robotics. For instance, Brose’s 2025 Drive³ e-bike motor, operating on a powerful 48-volt system, delivers 95 Nm of torque and 600W of peak power. This push for performance is mirrored in the medical field, where Maxon's CHF 47.8 million R&D investment highlights the trend toward miniaturized, high-precision motors for critical devices.
• Strategic Adaptation to Supply Chain Volatility: A critical external trend shaping the market is the intense volatility of raw material costs. This forces a strategic focus on procurement and pricing. With 2025 copper price forecasts potentially exceeding US$ 12,000 per ton and neodymium prices hitting 98,400 USD/MT in the USA in early 2025, manufacturers' profit margins are under constant pressure. This trend is compelling companies to innovate not just in product design but also in supply chain management to maintain competitiveness.

Automotive and Industrial Cores: The Unshakeable Foundation of Market Demand

The foundational demand for the Brush motor market is anchored in the immense and unwavering needs of the automotive and industrial sectors. This stability is not theoretical; it is quantified by the commanding financial results of industry leaders. Nidec Corporation provides a powerful example, reporting record full-year net sales of ¥2,607,094 million for its fiscal year ending in 2025. This top-line strength is supported by a projected operating profit of ¥260 billion for the same year, with preliminary Q1 sales already hitting ¥637,899 million. This pattern of robust health is consistent across the board. Johnson Electric’s Automotive Products Group alone generated a massive US$3,072 million in sales for its 2025 fiscal year.

This financial strength directly reflects immense physical volume. With China’s domestic car production estimated to reach 35 million units by 2025, the demand pipeline is vast. AMETEK’s Electromechanical Group’s record Q2 2025 sales of US$618.5 million and operating income of US$ 143.9 million are fueled by this industrial consumption. Manufacturers in the brush motor market  cater to this broad base with diverse product lines, such as AMETEK's portfolio of motors available in 21 different frame sizes and with power outputs reaching 12 HP. The financial bedrock required to sustain this scale is evidenced by Johnson Electric’s cash reserves, which stood at US$791 million as of March 31, 2025, ensuring this core segment remains a reliable engine of market demand.

Performance Frontiers: How High-Growth Niches Are Spearheading Future Market Innovation

While core industries provide stability, the dynamic future of the Brush motor market is being actively shaped by performance-driven demand from high-growth niches. This segment is characterized by a relentless pursuit of greater power, precision, and efficiency in compact designs. The e-mobility sector is a primary battlefield for this innovation. Brose’s new Drive³ motor for 2025, for instance, delivers a formidable 95 Nm of torque and 600 W of peak power, running on an advanced 48-volt system while weighing just 2.9 kg. Maxon is fiercely competing, with its new Air S motor offering 90 Nm of torque and 620 W of peak power.

This quest for performance in the brush motor market  intensifies in the medical and robotics fields, where miniaturization is paramount. Here, success is measured in millimeters and grams. FAULHABER’s 1024…SR series motor, with a tiny 10 mm diameter, can produce an impressive 300 mNm of output torque when paired with a gearhead. Portescap pushes the boundaries of weight with its 35GLT coreless motor, weighing a mere 360 grams, enabling new possibilities in portable medical devices. The cutting-edge development is not accidental; it is fueled by deliberate and substantial investment. Maxon Group’s R&D expenditure of CHF 47.8 million for its 2024 fiscal year is the financial engine driving these technological advancements and securing the market’s position in the high-value applications of tomorrow.

Segmental Analysis 

Sub-750W Motors Emerge as the High-Volume Powerhouse of the Brush Market

Brush motors with a power output below 750 watts represent the most dominant and widely adopted segment, a testament to their versatility and economic viability. These fractional horsepower motors are the workhorses behind countless consumer and industrial applications, from household appliances to portable power tools. Their market supremacy is built on a foundation of low-cost manufacturing, with the price for small DC motors ranging from as low as US$ 2 to US$ 50. This affordability, combined with their compact size and sufficient power for a multitude of tasks, drives their high-volume consumption. Furthermore, their inherent suitability for being directly powered by batteries makes them the go-to choice for the rapidly expanding market of portable and cordless devices, further cementing their essential role in the global brush motor market.

The sheer scale of applications for these low-power motors ensures a consistent and robust demand. They are integral to the functionality of everyday items, and their simple, durable design makes them a reliable choice for manufacturers worldwide. The demand is fueled by both the high volume of new products and the need for replacements in existing ones.

• Exceptional Low-Speed Torque: These motors are renowned for delivering high torque at low speeds, a crucial feature for applications requiring powerful initial motion.
• Simplified Control Systems: The speed and torque of low-power brushed motors can be managed effectively using simple and inexpensive controllers.
• Proven Durability and Longevity: Quality small DC motors in the brush motor market are designed for a long service life, which enhances product reliability and reduces the total cost of ownership.

Their widespread integration into consumer electronics is a key driver of their market dominance. From electric fans, where they can be highly efficient, to hand dryers and surgical equipment, the application base is incredibly broad. The compact design of low voltage DC motors allows them to be incorporated into even the smallest devices without compromising performance. Their reliability for intermittent use, which characterizes many of their applications, means that long-term brush wear is often a secondary concern to initial cost and functionality.

Unwavering Automotive Demand Positions Transportation as a Key Brush Market Pillar

The transportation industry, particularly the automotive sector, remains the key consumer within the brush motor market, driven by the relentless integration of electronic features in modern vehicles. A standard mid-range car today can contain approximately 40 distinct electric motors, with luxury models featuring up to double that number. These motors power a wide array of auxiliary functions that enhance passenger comfort and convenience, such as power windows, adjustable seats, and sunroofs. For these intermittent, non-critical applications, the brushed DC motor is the ideal solution. Its primary advantages are its low production cost and proven reliability for a specific number of operational cycles, making it the most cost-effective choice for automotive manufacturers who are always conscious of bill-of-materials costs.

The cost-benefit analysis for these auxiliary vehicle functions overwhelmingly favors the traditional brushed motor over its brushless counterpart. While brushless technology in the brush motor market  is reserved for critical, continuous-use systems, the economic advantages of brushed motors for intermittent tasks are undeniable.

• Significant Repair Costs: The average cost to replace a faulty window lift motor can range from US$ 276 to US$ 371, indicating a substantial aftermarket.
• Variable Component Pricing: The cost of the motor part itself varies widely, from as low as US$ 40 to as high as US$ 500 depending on the vehicle's make and model.
• Intensive Labor for Replacement: Replacing a window lift motor is a labor-intensive task, typically requiring an average of 2.1 hours for a technician to complete.

Operating on the standard 12V electrical system found in most vehicles, these motors are easy to integrate. They possess the ability to deliver high peak torques, sometimes up to 10 times their rated torque, which is essential for overcoming initial resistance in applications like power seat adjustments. With a typical operational lifespan of between 1,000 and 3,000 hours, they are perfectly suited for the short-duty cycles they perform throughout a vehicle's life. This perfect alignment of cost, performance, and reliability ensures that the transportation sector will continue to drive significant demand in the brush motor market.

Inherent Wear and Repair Needs Drive the Aftermarket's Brush Market Dominance

The aftermarket segment's dominance is a direct consequence of the fundamental design of brushed motors. The carbon brushes, which are essential for conducting current to the commutator, are designed as wear components. Continuous friction and electrical arcing cause them to degrade over time, creating an inherent and constant need for replacement. The typical lifespan of these brushes ranges from 1,000 to 3,000 hours under normal operating conditions, establishing a predictable replacement cycle. This wear-and-tear characteristic is the primary driver behind the massive aftermarket in the brush motor market . For a vast number of applications, from industrial machinery to power tools, repairing a motor by simply replacing the brushes is significantly more cost-effective than purchasing a new unit, thereby sustaining a robust and lucrative repair market.

The simplicity of the brushed motor design further fuels the aftermarket's strength. Their straightforward construction makes them relatively easy for both professional technicians and DIY enthusiasts to repair, fostering a strong market for individual components like brush sets.

• Potential for Extended Lifespan: Under ideal conditions with low speed and minimal current, a brushed motor's life can be extended dramatically, with one documented case reaching 8,600 hours.
• Primary Causes of Wear: The combination of mechanical friction and electrical arcing between the brushes and commutator are the main factors leading to component wear.
• The Role of Remanufacturing: A healthy market for remanufactured brushed motors provides a cost-effective alternative to new units, further contributing to aftermarket activity.

This dynamic is supported by the massive installed base of equipment that relies on the brush motor market. Older machinery and a wide range of consumer products still in service create a continuous demand for maintenance and parts. The higher initial cost of brushless alternatives often makes repairing a legacy brushed motor the most financially prudent decision. The ready availability of replacement carbon brushes and the straightforward nature of the maintenance process ensure that the aftermarket will remain the largest and most consistent revenue stream in the overall market for years to come.

Permanent Magnet Motors Drive Unmatched Efficiency and Dominance in the Brush Market

The permanent magnet (PM) segment stands as the undisputed leader in the brush motor market due to its inherent design advantages that translate into superior performance and cost-effectiveness. Unlike other types, PM motors utilize permanent magnets to create the magnetic field, which streamlines their construction, making them more compact and lightweight. This design innovation is a key reason for their dominance, as it directly contributes to higher operational efficiency, generally ranging between 75-80%. Furthermore, their ability to produce a starting torque three to four times their rated capacity makes them exceptionally responsive. This combination of a smaller footprint, high starting torque, and simplified, reliable construction makes PM motors an economical choice for mass production, solidifying their leading position.

The appeal of PM motors in the brush motor market  extends across a vast array of applications, from automotive components to computer hard drives. Their superior performance characteristics are a significant factor in their widespread adoption. The simplified design not only reduces manufacturing costs but also enhances reliability by minimizing the number of components that could potentially fail.

• Superior Power Density: PM motors are engineered to provide a high power-to-weight ratio, a critical requirement for modern, space-constrained applications.
• Simplified Velocity Regulation: The speed of a PM motor can be controlled with remarkable ease simply by adjusting the armature voltage, simplifying control systems.
• Enhanced Electrical Efficiency: By eliminating field windings, these motors do not suffer from field circuit copper losses, which significantly boosts their overall efficiency.

Their linear speed-torque relationship further simplifies control, a desirable trait in complex systems. This versatility makes them indispensable in industries where efficiency and compact design are paramount across the brush motor market . The reduced copper losses because they lack field windings is a critical efficiency driver. This reliability and efficiency ensure that PM motors will continue to be a vital component in the ever-evolving landscape of electronic and mechanical devices, maintaining their stronghold on the market for the foreseeable future.

 To Understand More About this Research:  Request A Free Sample 

Asia-Pacific: The Unrivaled Epicenter of Production and Corporate Dominance

The Asia-Pacific region stands as the undisputed leader in the brush motor market, driven by colossal manufacturing output and the financial might of its corporate giants. This is not just a market share; it's a deeply rooted industrial ecosystem. Japan's Nidec Corporation exemplifies this power, posting record full-year net sales of ¥2,607,094 million for its fiscal year ending in 2025 and projecting an operating profit of ¥260 billion for the same period. Its preliminary net sales for just the first quarter of FY2025 were a massive ¥637,899 million. This dominance is reinforced by raw material control, with the price of praseodymium-neodymium metal in China at RMB 531,500 per ton in July 2025.

The engine of this region is production volume in the brush motor market. China's domestic car production is forecasted to reach 35 million units by 2025, creating immense, sustained demand. This industrial activity has a ripple effect, with steel prices in India, a key manufacturing hub, reported to be up in the final quarter of 2024. Other corporate players underscore the region's strength; Johnson Electric reported total group sales of US$3,648 million for its 2025 fiscal year. Maxon Group’s revenue from the Asia-Pacific region alone was CHF 118.4 million in 2024, and Mabuchi Motor's full-year 2024 net sales were a substantial ¥168,784 million, with a projected operating profit of ¥17,000 million for 2025.

North America: A Mature Market Driven by High-Value Sectors and Investment

North America’s position in the Brush motor market is defined by its mature industrial base and a focus on high-value applications in aerospace, defense, and automotive technology. US-based corporations are central to this landscape. AMETEK’s financial strength is a key indicator, with full-year 2024 sales reaching US$6.94 billion. Its Electromechanical Group (EMG) posted record sales of US$618.5 million in the second quarter of 2025. This resulted in a record EMG operating income of US$ 143.9 million for that quarter. The US automotive motor market itself was valued at USD 4.4 billion in 2024, with the specific DC Brushed Motor segment valued at 2.0 billion USD.

The demand is also shaped by key consumers in the brush motor market like General Motors, which reported revenue of US$ 43 billion for the first quarter of 2024, reflecting the scale of the end market. Investment and raw material costs within the region are critical. The price of neodymium in the USA reached 98,400 USD/MT in the first quarter of 2025, influencing magnet costs. On the innovation front, Electromech Technologies offers brushed DC motors for the US defense industry with a size range starting at 0.875 inches. These motors are available with voltage ratings up to 160 VDC. This focus on specialized, high-performance applications defines the region’s market demand.

Europe: The Crucible of Precision Engineering and High-Performance Niche Applications

Europe carves out its essential role in the global Brush motor market through a relentless focus on precision engineering and dominance in high-performance niche applications. German and Swiss companies lead this charge. This is a market driven by specifications, where performance metrics are paramount. Brose’s new 2025 Drive³ e-bike motor, operating on a powerful 48-volt system, delivers a peak power of 600 W and 95 Nm of torque, all within a lightweight 2.9 kg package. This innovation is fueled by significant investment, with Maxon Group dedicating CHF 47.8 million to R&D in 2024 while generating CHF 294 million in revenue from Europe.

The region's strength in miniaturization in the brush motor market is equally impressive. FAULHABER's 1024…SR series motor features a diameter of just 10mm but can achieve an output torque of 300 mNm with a gearhead. The cost of materials within the region also tells a story; the price of neodymium in Germany hit 82,900 USD/MT in March 2025, while prices for carbon steel saw a decrease in 2024, impacting industrial motor manufacturing. The financial performance of giants like Siemens, whose Digital Industries arm (which includes motion control) reported revenue of €5.16 billion in Q2 2024, further solidifies Europe’s position as a hub of high-value, technologically advanced motor systems.

Strategic Capital Moves: 10 Deals Shaping the 2024-2025 Brush Motor Market 

• WEG S.A. completed a US$ 400 million acquisition of Regal Rexnord’s industrial electric motors and generators business, including the Marathon, Cemp, and Rotor brands. This expands WEG’s presence, especially in North America, consolidating their position in the industrial motor market.
• Allied Motion Technologies was acquired by Arcline Investment Management for approximately US$ 1.65 billion in an all-cash deal, taking the company private and highlighting strong private equity interest in motion control products.
• Novanta Inc. acquired Motion Solutions for US$ 189 million, strengthening its portfolio in motion control and customized automation components.
• Siemens completed the acquisition of Heliox, a Dutch fast-charging solutions provider for e-buses and e-trucks, boosting Siemens’ e-mobility charging portfolio, a key area for electric motor demand in the brush motor market .
• AMETEK made two acquisitions: I-Peak Power Systems (specializing in programmable power supplies) and PCMS Engineering Group (providing asset monitoring and reliability services), enhancing their capabilities in power electronics and condition monitoring vital for electric motors.
• ABB acquired SEAM Group to strengthen its Electrification Services in the U.S. with predictive and preventive maintenance services for energized assets, including electric motors.
• Nidec announced major capital expenditure (¥260 billion) and R&D (¥190 billion) investments focused on its electric vehicle e-axle business for fiscal 2025.
• Exro Technologies raised C$15 million to advance commercialization of its CoilDriver™ motor control technology and battery control systems.
• Moog Inc. sold a non-major defense business unit to L3Harris for US$ 15 million as part of portfolio realignment to focus on core motion control and defense businesses.

Top Companies in the Brush Motor Market

• Siemens AG
• Schneider Electric
• ABB Limited
• Nidec
• Johnson Electric Holdings Limited
• Allied Motion inc.
• AMETEK Inc.
• Other Prominent Players

Market Segmentation Overview:

By Component

• Stator
• Rotor / Armature
• Brushes
• Commutator

By Type

• Permanent Magnet
• Shunt - Wound
• Series - Wound
• Compound Wound (Shunt + Series)

By Power Output

• Less than 750W o/p
• Between 750W and 75kW o/p
• Between 75kW and 375kW o/p
• Greater than 375kW o/p

By Industry

• Aerospace
• Automation
• Broadcast
• HVAC
• Material handling
• Medical
• Oil and Gas
• Power and Energy
• Robotics
• Security
• Transportation
• Other

By Sales Channel

• OEM
• Aftermarket

By Region

• North America
  • The U.S.
  • Canada
  • Mexico
• Europe
  • The U.K.
  • Germany
  • France
  • Italy
  • Russia
  • Spain
  • Poland
  • Rest of Europe
• Asia Pacific
  • China
  • India
  • Japan
  • Australia & New Zealand
  • ASEAN
  • Rest of Asia Pacific
• South America
  • Argentina
  • Brazil
  • Rest of South America
• Middle East & Africa (MEA)
  • UAE
  • Saudi Arabia
  • South Africa
  • Rest of MEA