1. Introduction

The motor starter market — encompassing devices that initiate or manage the start-up of electric motors (e.g., direct-on-line starters, soft starters, magnetic starters, manual starters) — is evolving steadily in 2025 as industrialisation, automation, efficiency mandates and smart motor controls become increasingly important. This blog will unpack the market size and segmentation (global, North America, USA), key growth drivers, leading companies and start-ups, and the latest trends shaping the space in 2025.

2. Market Size & Regional Outlook

Global

According to multiple market research sources:

• The global motor-starter market is estimated at around USD 6.67 billion in 2025, with growth to approximately USD 9.20 billion by 2030, representing a CAGR of ~6.7% in the 2025–30 period.
• Another source sets the 2024 base at USD 7.6 billion and forecasts a CAGR of ~5.36% to 2034.
• A more recent projection by Custom Market Insights puts the 2025 value at ~USD 7.8 billion and the 2034 value at USD 12.8 billion (CAGR ~5.8%).
  Thus, while there is variation among data sets, a consensus is emerging that the market is in the USD 6–8 billion range in 2025, rising to USD 9–13 billion by the early-to-mid 2030s.

North America / USA

• For the U.S., a segment view: the direct‐on‐line motor starter segment is reported at about USD 162.7 million in 2024 and growing.
• For the soft-starter sub-segment in North America, one source indicates that the U.S. soft starter market is expected to increase from ~USD 0.66 billion in 2025 to ~USD 0.99 billion by 2033 (CAGR ~5.2%).
• While I did not find a comprehensive “North America total motor starter market” number for 2025 in the public domain, the fragmentation suggests North America is a mature region with moderate growth (vs faster-growing Asia-Pacific). The large base and automation retrofit demand sustain steady growth.

Outlook Summary

In short:

• Global motor starter market is growing ~5–7% annually in the near term (2025-2030).
• Asia-Pacific is the largest and fastest-growing region (see section on drivers).
• North America/USA growth is more moderate, driven by industrial automation, energy-efficiency retrofit programmes and digital/connected motor control.

3. Key Market Drivers

Several major factors are underpinning growth in the motor starter market:

1. a) Industrial Automation & Digitalisation

As manufacturing, utilities, water/wastewater and infrastructure sectors adopt “smart motors” and connected control systems, the demand for motor starters that integrate diagnostics, remote monitoring and soft-start features is increasing. For example, one report notes that the market is driven by “industrial automation capital expenditures … rapid digitalisation of process control”.

https://www.strategicmarketresearch.com/market-report/motor-starter-market

1. b) Energy Efficiency and Regulatory Pressure

Electric motors are among the largest single energy consumers in industrial systems, and starter systems that reduce in-rush current, mechanical stress, and improve power factor/efficiency are gaining favour. The “magnetic motor starters market” report specifically mentions “growing need to enhance equipment performance coupled with increasing regulations pertaining to motor efficiency”.

1. c) Infrastructure, Water & Wastewater Upgrades

Applications such as pumping stations, water/wastewater treatment plants, and municipal infrastructure are upgrading motors and controls, which boosts starter demand. According to the segmentation in one report, the water & wastewater segment is forecast to grow at an ~8.4% CAGR for motor starters.

1. d) Growth in Low-Voltage Motor Systems & Retrofits

Low-voltage starters (below 1 kV) make up ~70.8% of revenue according to a report. Many existing installations are being retrofitted with more efficient vs older starters, especially in mature markets.

1. e) Rising Share of Soft Starters / Smart Starters

While direct-on-line starters still lead, the fastest growth is in soft starters (and smart/connected versions). One study reports soft starters posting the highest ~8.7% CAGR through 2030.

1. f) Regional Emerging Market Expansion

Asia-Pacific commands ~43.6% of 2024 revenue and is projected for ~7.5% CAGR through 2030. As plants, manufacturing hubs and utilities expand in China, India and Southeast Asia, starter demand rises accordingly.

1. g) Smart Grid, Renewable & Mining Electrification

The broader push toward electrification of segments (mining, renewables, smart grid‐enabled motor systems) creates incremental demand for advanced motor starter systems with soft start, diagnostics and connectivity.

4. Leading Companies & Start-ups

Leading Companies

Some of the major global players in the motor starter market are:

• Schneider Electric – strong portfolio of motor starters (e.g., TeSys range) with digital capabilities.
• ABB Ltd. – embedded electric motor starter line within its electrification/automation business.
• Siemens AG – global industrial automation player offering motor starter and motor control solutions.
• Eaton Corporation – electrical equipment business covering motor protection and starter solutions.
• Rockwell Automation, Inc. – active in industrial control and motor management systems.

These firms typically cover global markets, have broad portfolios (manual starters, DOL starters, soft starters, smart starters) and invest in digital integration.

Start-ups / Emerging Players

While the motor starter market is somewhat mature (large incumbents), there are adjacent innovations and start-ups that are worth noting:

• Turntide Technologies (US) – primarily known for energy-efficient motor systems and switched-reluctance motor technology, though not strictly “motor starters”, it exemplifies innovation in motor control domain.
• AuCom Electronics Ltd. (New Zealand/USA) – in the soft-starter space, merged with Benshaw Inc.; its technology underpins advanced soft starter and motor control modules.
• Other smaller players in the soft starter/motor control arena may capture niche segments (e.g., IoT-enabled starters for retrofit).

Start-ups focusing on smart motor control, IoT-integrated starters, and energy-efficient startups could increasingly disrupt the traditional “starter” hardware business.

5. Latest Trends in 2025

Here are some of the trends gaining traction in the motor starter market this year:

1. i) Smart/Connected Motor Starters

Starters today increasingly incorporate sensors, connectivity (IIoT), diagnostics and integration into asset-management systems. This enables condition-based maintenance, remote monitoring and data analytics, aligning with Industry 4.0 agendas. One report mentions that competitive strategies centre on “soft-starter innovation, IIoT integration, and regional capacity expansion”.

1. ii) Shift from DOL to Soft / Electronic Starters

While direct-on-line starters still hold the largest share (~34% in 2024 per one report) they are the slower-growing segment; soft-starters are posting higher growth (~8.7% CAGR). Engineers and plant owners favour soft starters to reduce in-rush current, mechanical stress, and system faults.

iii) Energy-Efficiency & Regulatory Compliance

Starters are increasingly viewed not just as “on/off” devices but as part of motor-system efficiency strategies. As motors get more efficient (e.g., IE4/IE5 standards), the ancillary control gear (including starters) must also deliver gains. The magnetic starter report points to regulation as a driver.

1. iv) Expansion in Retrofit & Water/WW Applications

Given many older motors in North America and Europe, retrofits with smarter starters (particularly in water & wastewater pumping) are growing. The U.S. direct-on-line starter market data cites water/wastewater facility upgrades via federal infrastructure spend.

1. v) Medium-Voltage Starters Gaining Traction

While low-voltage starters dominate (70.8% of revenue in one study) medium-voltage units are forecasted to grow at ~7.9% CAGR between 2025–30. As industries such as mining, oil & gas and large utilities deploy medium-voltage motors, starter demand follows.

1. vi) Geographical Growth in Asia-Pacific & Emerging Markets

With industrialisation, infrastructure and utilities expansion, Asia-Pacific is outperforming mature regions. For example, a report indicates Asia-Pacific had 43.6% share in 2024 and is set for ~7.5% CAGR.

vii) Alternative Technologies / Competition from VFDs

Soft starters face competition from variable frequency drives (VFDs), especially in applications requiring speed control rather than only start-control. The soft starter market report notes VFDs as a restraint.

viii) Integration into Motor-Starter + Control Packages / Modularisation

Vendors increasingly bundle starters with motor-control centres, smart relays and protection devices, shifting from standalone starter devices to integrated motor-control modules. This enhances value capture and differentiation.

6. Market Segmentation Highlights

To provide granular context, here are a few segmentation insights from the research:

• Starter Type: DOL (Direct-On-Line) still leads, but soft starters are the fastest growing.
• Voltage Class: Low-voltage (<1 kV) starters account for ~70.8% of revenue; medium voltage (>1 kV) is the faster growing segment (7.9% CAGR).
• Power Rating: Up to 5 kW segment had ~47.5% share in 2024; the 5-50 kW band is forecast to grow at ~7.3% CAGR by 2030.
• End-User: Manufacturing captured ~24.2% of 2024 revenue; however, water & wastewater treatment is set for an ~8.4% CAGR.

This segmentation helps illustrate that while the “traditional motor starter” remains prevalent, growth is shifting toward smarter, higher-voltage, higher-power and non-manufacturing end-uses.

7. Regional Considerations & USA Specifics

USA / North America

Although detailed full-market numbers for the U.S. are limited in the open domain, guidance suggests:

• The U.S. is mature in motor starter adoption but has incremental growth opportunities, especially in retrofitting legacy motor installations for energy and operational efficiency.
• The federal infrastructure and water/wastewater upgrades drive the direct-on-line starter market, for example the U.S. direct-on-line motor starter market grew from USD 153.1 million (2022) to USD 162.7 million (2024).
• Soft starter adoption is rising in the U.S., driven by industrial efficiency mandates and smart motor control needs. North America held major share in the soft starter market (~39% in 2022) and is expected to remain large

Key Regional Challenges

• In North America, the installed base of motors is large, meaning that growth is more retrofit-led rather than green-field, which typically implies moderate growth rather than high double-digit.
• With increasing automation and digital integration, cybersecurity, supply-chain (semiconductor/IGBTs) constraints and cost pressures are relevant (as noted in global studies).
• Competing technologies (VFDs) reduce some addressable scope for basic starters.

Global – Asia-Pacific & Others

• Asia-Pacific remains the growth engine: expansion of manufacturing, utilities, infrastructure and rising demand for motor control solutions.
• Latin America, Middle East & Africa present smaller bases but potential upside as industrialisation, electrification and water/wastewater infrastructure pick up.

8. Implications for Stakeholders

For various stakeholder groups in the market:

• Equipment manufacturers (starters & controls) should emphasise smart, connected starter portfolios (i.e., digital diagnostics, remote monitoring) and target retrofit as well as new installations.
• End-users (manufacturing, water/wastewater, utilities) should consider starters as part of an overall motor-system efficiency upgrade (motor + starter + control) rather than standalone hardware.
• Investors / strategic planners should recognise that while large incumbents dominate, there is room for niche innovation (smart starter modules, IoT-enabled motor-control solutions) especially in retrofit segments and emerging markets.
• Regional market planners should pay attention to Asia-Pacific for high growth, but not neglect North America where retrofit, digitalisation and energy-efficiency mandates offer steady business.
• OEMs & supply-chains must manage raw-material and semiconductor risks, and differentiate via software/integration value rather than purely hardware.

9. Outlook & Conclusion

In 2025, the motor starter market is firmly on an upward trajectory albeit at moderate growth rates (~5–7% globally). Key takeaways:

• The global market is sizable (~USD 6.6–7.8 billion) in 2025 and expected to reach USD 9–13 billion by the early 2030s.
• Growth is driven by automation, energy efficiency, infrastructure upgrades, and smarter motor control.
• In the U.S./North America, the opportunity lies more in retrofit, digitalisation and higher-value starter integrations rather than pure volume expansion.
• The product focus is shifting from basic DOL starters to soft starters and smart, connected starter systems with diagnostics, IIoT integration and improved lifetime cost metrics.
• Newer technologies (e.g., VFDs) and alternative motor-control strategies pose threats to traditional starter business, so differentiation is key.
• Emerging markets in Asia-Pacific remain the highest growth regions; mature regions deliver stable demand.

For your strategic market research deliverables (given your background), I’d suggest focusing on:

• Segmenting the starter market by product type (DOL, soft, magnetic/manual), by voltage class, by end-user (manufacturing, water/wastewater, mining, oil & gas) and by region.
• Mapping key players (incumbents + emerging) and their value propositions (connectivity, digital monitoring, retrofit vs new installs).
• Highlighting retrofit opportunity especially in North America where installed motor base is large but efficiency & control upgrades are pending.
• Tracking regulatory & efficiency mandates (e.g., IE4/IE5 motor standards, water/wastewater infrastructure spend) as drivers.
• Assessing risk/competition from alternate technologies (VFDs, digital motor control) which could cannibalise the basic starter business.
• Building regional dashboards (e.g., Asia-Pacific split by China/India/ASEAN, North America split by U.S./Canada) to show growth variances.