Electric Motor, Power Tool, and Related Repairers
SOC Code: 49-2092.00
Installation, Maintenance & RepairElectric motor, power tool, and related repairers keep essential equipment running across industries by diagnosing and fixing mechanical and electrical faults. With a median salary of $53,990, these skilled technicians combine hands-on expertise with electrical theory to service everything from industrial motors to household power tools. As businesses and consumers increasingly rely on electrically powered equipment, demand for qualified repairers remains steady. This career offers a practical entry point into the broader electrical trades without requiring a four-year degree.
Salary Overview
Median
$53,990
25th Percentile
$44,480
75th Percentile
$66,180
90th Percentile
$79,230
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+3.4%
New Openings
1,700
Outlook
As fast as average
Key Skills
Knowledge Areas
What They Do
- Inspect and test equipment to locate damage or worn parts and diagnose malfunctions, or read work orders or schematic drawings to determine required repairs.
- Adjust working parts, such as fan belts, contacts, and springs, using hand tools and gauges.
- Lubricate moving parts.
- Read service guides to find information needed to perform repairs.
- Inspect electrical connections, wiring, relays, charging resistance boxes, and storage batteries, following wiring diagrams.
- Scrape and clean units or parts, using cleaning solvents and equipment such as buffing wheels.
- Weld, braze, or solder electrical connections.
- Reassemble repaired electric motors to specified requirements and ratings, using hand tools and electrical meters.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: Some College
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A Day in the Life
A typical day begins with reviewing work orders and prioritizing repair jobs based on urgency and client needs. Repairers inspect malfunctioning motors, generators, and power tools using multimeters, oscilloscopes, and other diagnostic instruments to identify faulty windings, bearings, or switches. They disassemble equipment carefully, replace worn components such as brushes, armatures, and commutators, and reassemble units to manufacturer specifications. Throughout the day, they test repaired equipment under load to verify proper operation and safety compliance. Documentation is a constant companion, as technicians log repairs, parts used, and time spent for billing and warranty tracking. Some repairers travel to client sites to perform on-location diagnostics and emergency repairs for industrial customers. The work also involves preventive maintenance routines, including cleaning, lubricating, and recalibrating motors to extend equipment lifespan. Collaboration with electricians, maintenance supervisors, and parts suppliers rounds out a varied and engaging workday.
Work Environment
Electric motor repairers work in a variety of settings, from dedicated repair shops and manufacturing facilities to on-site locations at power plants and industrial complexes. The work environment is typically noisy, requiring hearing protection, and involves exposure to grease, solvents, and metal dust. Physical demands include lifting heavy motors, standing for extended periods, and working in awkward positions to access equipment. Most repairers work standard 40-hour weeks, though emergency repair calls can require evening, weekend, or on-call availability. Safety is paramount, as technicians handle high-voltage components and rotating machinery that pose electrical shock and pinch hazards. Shops are usually well-lit and organized with specialized workbenches, lathes, and winding machines. The culture tends to be practical and team-oriented, with experienced technicians mentoring newer workers. Many employers provide uniforms, personal protective equipment, and ongoing safety training as part of the work environment.
Career Path & Advancement
Most electric motor and power tool repairers enter the field with a high school diploma supplemented by vocational training or an associate degree in electrical technology. Apprenticeships and on-the-job training programs lasting one to two years are common entry routes, providing hands-on experience under the guidance of seasoned technicians. Industry certifications from organizations like the Electrical Apparatus Service Association (EASA) strengthen credentials and open doors to higher-paying positions. After gaining several years of experience, repairers can advance to lead technician or shop supervisor roles, overseeing teams and managing workflow. Some specialize in high-voltage industrial motors or precision instruments, commanding premium rates for their expertise. Entrepreneurial technicians may open their own repair shops, serving local businesses and contractors. Continuing education in programmable logic controllers and variable frequency drives is increasingly important as motor technology evolves. With the right combination of experience and certifications, advancement into electrical engineering technologist roles is also achievable.
Specializations
Within this field, several sub-specializations allow technicians to focus their expertise on specific equipment types. Industrial motor rewinding specialists concentrate on rebuilding large motors used in manufacturing plants, utilities, and mining operations. Power tool repair technicians focus on portable equipment like drills, saws, and grinders used in construction and woodworking. Generator and alternator specialists maintain backup power systems for hospitals, data centers, and emergency services. Some repairers specialize in hermetic motor repair for refrigeration and HVAC compressors, a niche that requires understanding sealed systems. Servo motor and stepper motor technicians work with precision equipment used in robotics, CNC machines, and automation systems. Transformer repair is another specialization, involving the maintenance and rewinding of distribution and power transformers. Each specialization carries its own certification pathways and can significantly influence earning potential beyond the median $53,990 salary.
Pros & Cons
Advantages
- ✓The hands-on nature of the work provides tangible satisfaction from diagnosing and fixing equipment that others depend on daily.
- ✓Entry requirements are accessible, with vocational training and apprenticeships available as alternatives to expensive four-year degrees.
- ✓Job stability is strong because electric motors are ubiquitous in industry, infrastructure, and consumer products.
- ✓The work offers intellectual challenge through complex troubleshooting that combines electrical theory with mechanical problem-solving.
- ✓Specialization opportunities in areas like industrial motors or automation components can increase earnings above the $53,990 median.
- ✓Skills are highly transferable to related trades like electrical work, HVAC, and industrial maintenance.
- ✓Entrepreneurial repairers can open their own shops with relatively modest startup costs compared to other businesses.
Challenges
- ✗The median salary of $53,990 is moderate, and significant earnings growth typically requires specialization or business ownership.
- ✗Physical demands including heavy lifting, prolonged standing, and working in confined spaces can lead to fatigue and repetitive strain injuries.
- ✗Exposure to noise, chemicals, and high-voltage components creates ongoing safety risks that require constant vigilance.
- ✗Emergency repair calls can disrupt personal schedules with evening and weekend work on short notice.
- ✗Rapid technological changes in motor design and electronic controls require continuous learning to stay current.
- ✗Some positions involve travel to client sites, adding commute time and reducing workshop-based routine.
- ✗Career advancement can plateau without pursuing additional certifications or transitioning into supervisory or engineering roles.
Industry Insight
The electric motor repair industry is evolving as energy efficiency standards drive the adoption of premium-efficiency motors that require specialized diagnostic and repair knowledge. The growing emphasis on sustainability is extending equipment lifespans through repair rather than replacement, boosting demand for skilled technicians. Variable frequency drives (VFDs) are becoming standard in industrial motor applications, requiring repairers to develop competency in electronic controls alongside traditional mechanical skills. Predictive maintenance technologies using vibration analysis and thermal imaging are transforming how repairers identify problems before catastrophic failures occur. The electrification trend in transportation is creating new opportunities in electric vehicle motor servicing and battery system maintenance. Supply chain disruptions have increased lead times for replacement motors, making repair services more valuable and time-sensitive for industrial clients. Automation and robotics in manufacturing are expanding the types of motors repairers encounter, from small servo motors to large direct-drive systems. Despite technological change, the fundamental need for skilled hands-on technicians who can diagnose and fix electromechanical equipment remains strong.
How to Break Into This Career
Breaking into electric motor and power tool repair typically starts with enrolling in a vocational program or community college offering electrical technology coursework. Hands-on experience is critical, so aspiring repairers should seek apprenticeships or entry-level helper positions at motor repair shops or industrial maintenance departments. Building a foundation in basic electrical theory, circuit analysis, and mechanical aptitude through coursework or self-study accelerates the learning curve. Earning an EASA certification or manufacturer-specific credentials demonstrates competence to potential employers. Networking at trade shows, local electrical contractor associations, and union halls can uncover job opportunities not posted publicly. Starting as a general maintenance technician at a manufacturing facility provides exposure to motor repair tasks alongside broader skills development. Volunteering to take on motor-related projects or shadowing experienced repairers builds practical knowledge and professional connections. Demonstrating reliability, attention to detail, and a willingness to work in physically demanding conditions will distinguish candidates in this hands-on field.
Career Pivot Tips
Skills developed as an electric motor repairer transfer effectively to several adjacent careers. The deep understanding of electrical circuits, motor theory, and diagnostic troubleshooting translates directly into roles as an electrician, electrical maintenance technician, or HVAC technician. Mechanical aptitude and precision assembly skills are valued in manufacturing technician and industrial machinery mechanic positions. Experience with VFDs and PLCs opens pathways into industrial automation and controls engineering technology. Repairers who have developed customer-facing skills can pivot into technical sales roles for electrical equipment distributors and motor manufacturers. Quality control and testing expertise transfers well to electrical inspection and compliance auditing positions. Those drawn to teaching can leverage their practical knowledge in vocational instruction or corporate training roles. The problem-solving mindset cultivated through years of diagnosing complex failures is an asset in any technical career, making motor repairers adaptable professionals in the broader trades landscape.
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