certificationNationally Recognized

Airframe and Powerplant Mechanic License (A&P License)

The Airframe and Powerplant Mechanic License certifies individuals to inspect, repair, and maintain aircraft components and engines. It encompasses a wide range of skills required to ensure the safety and functionality of various types of aircraft.

Total Cost

Estimated Budget

$5,310$30,310

Median Salary

Annual Earnings

$128,790

Job Growth

10-Year Outlook

4.0%

Training Hours

Total Program Duration

1900 hours

Who Needs This Credential?

This certification is required for mechanics who wish to work on aircraft structures (airframe) and engines (powerplant). It is critical for those seeking careers in aviation maintenance and repair.

The A&P License is recognized nationally across the United States, allowing holders to work in any state without the need for additional state-specific certification.

Federal Aviation AdministrationAviationNationally Recognized

Requirements

To obtain an Airframe and Powerplant (A&P) Mechanic License, candidates must meet specific educational and training requirements, pass a series of exams, and satisfy health and background checks. This license is crucial for performing maintenance and repairs on aircraft.

Minimum Age
18
Minimum Education
High school diploma or equivalent
Training Hours
1900 hours
Background Check
Includes criminal history and verification of identity

Other Requirements

Pass a medical examinationNo impairments that could hinder job performancePass written, oral, and practical exams administered by the FAA

How to Become A&P License Certified

Obtaining an Airframe and Powerplant (A&P) Mechanic License involves several steps, typically spanning 18 to 30 months. The process includes formal training, practical experience, and passing FAA examinations.

1

Meet Basic Requirements

Candidates must be at least 18 years old and able to read, write, speak, and understand English fluently.

Immediate Free

Ensure you have valid identification proving your age and residency.

2

Complete FAA-Approved Training Program

Enroll in an FAA-approved Aviation Maintenance Technician School. Programs typically cover both airframe and powerplant mechanics.

18 to 24 months Varies by institution, generally between $20,000 and $40,000

Choose a school with good industry reputation and high pass rates for FAA exams.

3

Accumulate Practical Experience

Gain practical experience through on-the-job training or as part of an educational program, meeting FAA requirements of 18 months for each mechanic's certificate or 30 months concurrently for both.

18 to 30 months Free if part of a training program; otherwise varies with employment

Document all work experience meticulously to ensure it meets FAA standards.

4

Pass the FAA Written Examinations

Complete three written tests: the General, Airframe, and Powerplant exams. Each test requires a thorough understanding of aviation maintenance.

Each test typically takes 2 hours $165 per test

Study FAA handbooks and consider taking preparatory courses.

5

Pass Oral and Practical Exams

After passing the written tests, complete oral and practical exams administered by an FAA-designated examiner to demonstrate your maintenance skills.

1 day Approximately $1,000

Practice hands-on skills frequently before the test to ensure proficiency.

6

Apply for the A&P License

Submit an application to the FAA along with proof of meeting all prerequisites and passing all examinations.

2 to 4 weeks for processing Free

Double-check all documentation for completeness and accuracy before submission.

Cost Breakdown

The total cost for obtaining an Airframe and Powerplant Mechanic License varies primarily due to the choice of training program. Costs can range significantly based on the school's reputation, location, and facilities. Financial aid and employer sponsorship options are often available to help manage these expenses.

Training Program$5,000$30,000
Exam Fee$160
Application Fee$100
Background Check$50
Total Estimated Cost$5,310$30,310

💰 Financial Aid Available

Many employers in the aviation industry offer sponsorship programs to cover training and certification costs for potential mechanics, typically in exchange for a commitment to work for the company for a specified period after licensing.

Salary & Career Outlook

Entry Level

$50,000

Median Salary

$128,790

Experienced

$98,000

Job Outlook: 4.0%

Growth in the field is driven by increasing air traffic and the need for regular maintenance and updates to aircraft fleets. Aging aircraft require more frequent overhauls and repairs, contributing to steady job opportunities for licensed mechanics.

AirlinesMaintenance Repair and Overhaul (MRO) facilities

Exam Information

The Airframe and Powerplant Mechanic License exam assesses the applicant's knowledge and skills in aircraft maintenance. The exam consists of multiple components, including written tests and practical assessments. Preparation typically involves completing a certified training program and studying FAA-approved materials.

Airframe and Powerplant Mechanic Certification Exam

Administered by Federal Aviation Administration (FAA) • Fee: $160 total for both Airframe and Powerplant tests

Written test
100 per test questions2 hours per testPassing: 70%
Retake policy: If failed, the test can be retaken after 30 days. If failed three times, additional training is required.

Career Advancement Paths

Industry Insights

Data from Bureau of Labor Statistics & O*NET

Steady Growth and AI Integration Set to Transform Airframe and Powerplant Mechanics by 2034

Current Employment

8,600

Projected

9,500

Growth Rate

+11.1%

New Positions

900

What's Driving Demand

The projected growth is driven by an increase in global air travel and the continuous need for maintenance of an expanding aircraft fleet.

Stable demand in aviationTechnological advancements in maintenance and repairIncreased air travel post-pandemic recovery

With a modest growth rate of 4% projected from 2024 to 2034, the Airframe and Powerplant Mechanic License profession is set to see an increase in employment from 139,400 to 145,000. This growth, while not explosive, indicates stable demand in the aviation industry. The integration of AI and automation is poised to significantly reshape this field, particularly through the enhancement of diagnostic and repair efficiency. As the workforce ages and policy adjustments loom, mechanics who adapt to technological advances will find themselves at a competitive advantage. For those considering entering this field, now is a strategic time to embrace AI tools and secure a foothold in a steadily evolving industry.

Long-Term Outlook

AI & Automation

medium disruption risk

AI will not replace airframe and powerplant mechanics but will transform their roles. AI-driven diagnostics tools will streamline troubleshooting processes, making mechanics more efficient and allowing them to focus on complex repairs and maintenance tasks.

Many of these changes are already underway and will become more pronounced over the next decade.

Demographics

An aging global population and increased leisure travel demand among retirees are boosting air travel, indirectly influencing the need for more airframe and powerplant mechanics.

Key factor: Aging population

Policy & Regulation

Regulatory changes focusing on safety and environmental standards are likely to increase the demand for skilled mechanics to comply with new aviation guidelines.

Safety regulationsEnvironmental impact limitations

Industry Shifts

The aviation industry's emphasis on reducing downtime and improving safety is pushing for more advanced maintenance technologies, creating new opportunities for AI-savvy mechanics.

Advanced diagnostics toolsAI-enhanced predictive maintenance

Top Skills

Equipment Maintenance

97/100

Repairing

97/100

Troubleshooting

88/100

Bottom Line

For those interested in a career that blends traditional mechanical skills with cutting-edge technology, becoming an airframe and powerplant mechanic offers both stable prospects and the opportunity to be at the forefront of technological integration in the aviation industry.

State-by-State Variations

Airframe and Powerplant Mechanic License requirements are primarily standardized at the federal level through the FAA, with minimal variation by state. However, some states may have additional regulations concerning business practices and additional certifications.

Most Accessible

Reciprocity: Reciprocity is generally straightforward due to FAA's national oversight, but mechanics should verify any additional local requirements when moving between states.

Renewal Requirements

Airframe and Powerplant Mechanic License renewal is required to ensure mechanics are up-to-date with current aviation standards and safety practices. Renewal occurs every 24 months, involving both payment and demonstration of recent experience or completion of training.

Renewal Period

every 24 months

Renewal Cost

Varies by training provider

CE Hours

16 hours minimum

CE Topics: Aviation Safety, New Technologies

Additional fees and catch-up courses may be required for late renewals.

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