Learning how to take the Part 107 test is the first real step toward becoming a licensed commercial drone pilot in the United States. The FAA Part 107 exam is a 60-question aeronautical knowledge test administered at FAA-approved testing centers nationwide, and passing it earns you the Remote Pilot Certificate that unlocks legal commercial drone operations.

Thousands of videographers, real estate photographers, surveyors, and inspection professionals sit for this exam every year, and the good news is that with the right preparation, it is very achievable. Starting your journey with a solid faa part 107 practice test can dramatically shorten the time you need to feel confident on exam day.

The exam covers a surprisingly broad range of topics for what might seem like a simple drone license. You will be tested on airspace classification, weather interpretation, aerodynamics, crew resource management, radio communication procedures, loading and performance calculations, and the specific operational rules that govern small unmanned aircraft systems under 14 CFR Part 107. The FAA designed this test to ensure that remote pilots understand how their drones interact with the national airspace alongside manned aircraft, so the knowledge required goes well beyond simply flying a quadcopter in your backyard.

Scheduling the test involves creating an IACRA account with the FAA, registering with an approved testing vendor such as PSI Exams, and paying the $175 testing fee. You will then select from hundreds of Airman Knowledge Testing Centers across the country. Most major metropolitan areas have multiple options within a short drive, and many rural areas have at least one center within 50 miles. The entire scheduling process can be completed online in about 20 minutes once you have your FAA Tracking Number from IACRA.

Preparation time varies widely depending on your background. Applicants who already hold a manned aircraft pilot certificate or student pilot certificate may qualify for a waiver that skips the knowledge test entirely, provided they complete an online training course instead. For everyone else, most successful candidates report studying between 15 and 40 hours spread over two to six weeks before sitting for the exam. The depth of preparation you need depends heavily on how familiar you already are with concepts like sectional charts, METARs, TAFs, and airspace structure.

The passing score for the Part 107 knowledge test is 70 percent, meaning you need to answer at least 42 of the 60 questions correctly. While that threshold might sound generous, the exam has a reputation for including tricky weather-related questions and detailed sectional chart interpretations that catch underprepared candidates off guard. First-time pass rates hover around 70 percent industry-wide, which means roughly three in ten test-takers have to pay another $175 and schedule a retake. Targeted practice and understanding the reasoning behind each answer is far more valuable than simple memorization.

This guide walks you through every stage of the Part 107 testing process: understanding what the exam covers, how to register and find a test center, what to expect on test day, and how to build a study schedule that sets you up for a first-attempt pass. Whether you are a hobbyist looking to turn a passion into income or a professional adding drone services to your business, this resource gives you the structured roadmap you need to approach the FAA Part 107 exam with confidence and clarity.

Finding the right FAA Part 107 test locations is easier than most applicants expect. The FAA contracts with PSI Exams (formerly CATS) to operate a nationwide network of Airman Knowledge Testing Centers, and there are currently more than 700 approved locations across the United States and its territories. You can search for locations directly on the PSI Exams website by entering your zip code or city, and the system will show you available centers along with their distance from your location, available appointment slots, and contact information. Most urban areas have five to ten centers within a 30-minute drive.

To begin the registration process, you first need to create or log in to your account at FAA IACRA — the Integrated Airman Certification and Rating Application portal. In IACRA you will initiate the application for an FAA Tracking Number (FTN), which is a unique identifier that links your knowledge test result to your airman application. This number must be provided when you schedule your PSI appointment, so complete the IACRA step before attempting to book a test center slot. The entire IACRA registration takes about ten minutes if you have your personal information handy.

After obtaining your FTN, visit the PSI Exams scheduling portal to create a candidate profile. You will select Remote Pilot — Small Unmanned Aircraft Systems (SUAS) as your test type and then choose from available test center locations and appointment times. PSI typically offers morning and afternoon slots on weekdays, and some busier centers also offer Saturday appointments. Once you pay the $175 fee by credit or debit card, you will receive a confirmation email with your appointment details, the address of the testing center, and instructions for what identification documents to bring on test day.

On the day of your exam, plan to arrive at least 15 minutes early. You will need to present two forms of government-issued identification — one must be a photo ID such as a driver's license or passport. The testing center staff will photograph you and collect a digital signature before escorting you to a testing station.

You are not permitted to bring personal items including phones, smart watches, notes, or calculators into the testing area. The testing software does provide a basic on-screen calculator and an on-screen copy of the FAA Airman Knowledge Testing Supplement, which contains the sectional chart excerpts and weather data tables you will need to answer certain questions.

The faa part 107 study guide is an invaluable tool during the weeks leading up to your exam, but understanding what to expect on test day is equally important. The 60 questions appear one at a time on screen, and you can flag questions to revisit before submitting your final answers. There is no penalty for guessing, so never leave a question blank — an educated guess always gives you at least a chance at a point. The two-hour time limit is generous for most candidates; the median completion time is around 75 minutes, leaving ample time for review.

When you click Submit on the final screen, the testing software grades your exam instantly and displays your score along with a performance breakdown by knowledge area. You will receive a printed Airman Knowledge Test Report showing your score, the date, and a unique test identification number.

Keep this document in a safe place — you will need the test ID number when you complete your airman application in IACRA and when a Designated Pilot Examiner or FAA Safety Team representative endorses your application. The knowledge test result is valid for 24 months, giving you two full years to complete the remote pilot certificate application process.

If you do not pass on your first attempt, the FAA requires you to wait at least 14 calendar days before retesting. There is no cap on the number of attempts, but each retake requires paying the $175 fee again. The test report you receive after a failed attempt includes a breakdown of the topic areas where you underperformed, which is genuinely useful feedback for guiding your additional study. Many candidates who retake the exam after a targeted two-week review period of their weak areas go on to pass comfortably on the second try.

Weather interpretation is consistently ranked as the hardest section of the FAA Part 107 exam by candidates who have already sat for it, and it is worth spending extra preparation time here even if meteorology feels intimidating at first. The exam will present you with METARs — aviation routine weather reports — and ask you to extract specific information like cloud ceiling height, visibility in statute miles, wind speed and direction, and present weather conditions.

A METAR like KDFW 281753Z 18015KT 10SM FEW045 BKN080 OVC120 27/14 A2992 RMK AO2 contains dense information, and decoding it quickly under exam conditions requires genuine familiarity, not just a vague memory of what the abbreviations mean.

TAFs — Terminal Aerodrome Forecasts — are another weather product frequently tested on the Part 107 exam. Unlike METARs which report current conditions, TAFs predict weather conditions at a specific airport over a 24 or 30-hour period using the same coded format.

The exam may ask you to determine whether flight conditions will be acceptable at a given time in the future based on a TAF, or to identify which weather elements are forecast to change and when. Practice reading at least ten to fifteen real METARs and TAFs from the Aviation Weather Center website during your study period to build genuine fluency.

Sectional aeronautical charts are the other major stumbling block for non-pilot candidates. These topographic maps use dozens of standardized symbols to represent airspace boundaries, navigation aids, airports, obstacles, and terrain features.

The exam will present you with black-and-white excerpts from sectional charts and ask questions like: What is the maximum altitude a Part 107 operator can fly within the depicted Class E airspace without ATC authorization? or What does the symbol at coordinates X indicate about the obstacle shown? Learning to quickly identify the magenta and blue airport symbols, the dashed blue Class D rings, the solid blue Class C layers, and the blue-shaded Class B shelves is essential exam knowledge.

Density altitude is a concept that appears multiple times on most Part 107 exams, usually in the context of performance calculations. Density altitude is the pressure altitude corrected for non-standard temperature, and it directly affects how much lift an aircraft — including your drone — can generate.

On a hot summer day at a high-elevation airport, density altitude can be thousands of feet higher than the actual field elevation, meaning your drone's motors have to work harder to maintain altitude and your available performance margins shrink. The exam may ask you to use the pressure altitude and temperature data provided to calculate density altitude, or simply to identify which conditions produce the highest density altitude.

The faa part 107 exam also tests your knowledge of aeronautical decision-making and crew resource management, even though Part 107 operations typically involve a single remote pilot. The CRM questions focus on how to handle unexpected situations, manage distractions, recognize cognitive biases that lead to poor decisions, and use all available resources effectively.

Common exam scenarios include: your visual observer reports an aircraft approaching your operating area — what do you do? Or: your battery indicator shows 20 percent remaining and you are 400 feet from your landing zone — what is the correct action? The correct answers always prioritize safety over mission completion.

Loading and performance questions require understanding how to calculate your drone's weight, whether its payload is within limits, and how atmospheric conditions affect its flight characteristics. The exam may provide you with a weight-and-balance table or a performance chart and ask you to determine whether the aircraft is within its certified operating envelope under the given conditions. These calculations are straightforward once you understand the underlying concepts, but they require careful reading of the provided data and methodical arithmetic — two skills that benefit enormously from practice under timed conditions.

Radio communication and airport operations questions round out the exam content. You may be asked about the correct phraseology for calling traffic on a CTAF frequency at an uncontrolled airport, how to interpret an ATIS broadcast, or what the light gun signals from an airport control tower mean. Even though most Part 107 drone operations occur away from airports and do not involve radio communication, the FAA tests this knowledge because remote pilots operating near airports need to understand how air traffic control functions and how to avoid conflicts with manned aircraft operating in the same airspace.

After you pass the Part 107 knowledge test, the path to receiving your physical Remote Pilot Certificate involves several administrative steps that are straightforward but must be completed in the correct order. First, return to your IACRA account and complete your Airman Certificate and/or Rating Application, entering the test ID number from your Airman Knowledge Test Report when prompted. The application asks for your personal information, certifications you already hold, and a security question. Review every field carefully before submitting, since errors can delay processing and require you to contact the FAA for corrections.

The FAA conducts a Transportation Security Administration security vetting check on all Remote Pilot Certificate applicants, which is required by federal law and cannot be waived. This background check typically takes three to five business days for most applicants, though it can occasionally take longer if there are any issues with your identifying information.

During this waiting period you will receive a Temporary Remote Pilot Certificate via email, which you can print and carry during drone operations. The temporary certificate is legally valid for 120 days and allows you to begin flying commercially while you wait for the permanent plastic card to arrive by mail.

The permanent Remote Pilot Certificate arrives by mail from the FAA Airmen Certification Branch in Oklahoma City, typically within six to eight weeks of your application approval. The card is credit-card sized, laminated, and includes your name, certificate number, and rating. Keep it with you whenever you are conducting Part 107 operations — the FAA requires remote pilots to present their certificate upon request by any FAA representative, local law enforcement officer, or other authorized entity. Photographing the card and storing the image on your phone is a good backup, though the physical card is the legally required document.

Once you hold a Remote Pilot Certificate, maintaining it requires completing an FAA WINGS Part 107 recurrent training course every 24 calendar months. The recurrent training is free, available online through the FAA Safety website, and takes approximately three hours to complete. It covers any regulatory changes that have occurred since your initial certification and refreshes your knowledge in the same topic areas as the original exam. Completing the recurrent training on time keeps your certificate current; allowing it to lapse means you must retake the full knowledge test and pay the $175 fee again before conducting any commercial flights.

The faa part 107 test is just the beginning of your journey as a certificated remote pilot. After receiving your certificate, you may want to explore the FAA's waiver system, which allows Part 107 operators to request permission for operations that exceed the standard regulatory limits. Common waiver types include operations over people, beyond visual line of sight, from a moving vehicle, at night without the required anti-collision lighting, and in certain controlled airspace classes. Waiver applications are submitted through the FAA DroneZone portal and require detailed safety justifications, operational procedures, and equipment specifications.

Night operations deserve special mention because they became authorized under the standard Part 107 rules in 2021 — no waiver required — provided your drone is equipped with anti-collision lighting visible for three statute miles. This change opened a significant commercial opportunity for time-lapse photographers, event videographers, and industrial inspection operators who need to work after dark. However, night operations still require you to maintain visual line of sight with your drone and comply with all other standard Part 107 limitations, so the lighting requirement is a hard safety minimum, not merely a recommendation.

Building a professional drone business after certification requires staying current not just with FAA regulations but also with local rules. Many municipalities have enacted their own ordinances restricting drone flights over parks, public gatherings, or certain residential neighborhoods. State laws in some jurisdictions add additional layers of regulation beyond federal Part 107 rules. Always check both FAA requirements and any applicable local regulations before each flight, use apps like LAANC-enabled tools (AirMap, Aloft, or DJI Fly) to verify airspace authorization, and document your pre-flight checks to demonstrate due diligence in the event of any incident or inquiry.

Building an effective study schedule for the FAA Part 107 exam means being honest about your current knowledge level and the time you realistically have available each day. If you have no aviation background whatsoever, plan for at least 30 hours of study spread over four to six weeks. If you have some familiarity with weather products or have flown in controlled airspace as a passenger, you might cut that to 20 hours over three weeks.

The goal is not to rush but to arrive at the exam having achieved consistent scores of 80 percent or above on multiple full-length practice tests — that buffer above the 70 percent passing threshold is your safety margin against exam-day nerves and tricky question phrasing.

Week one of your study plan should focus exclusively on regulatory foundations: 14 CFR Part 107 rules, the definitions of each airspace class, altitude limits, operational restrictions, and the registration and certification requirements for remote pilots and their aircraft. This regulatory knowledge forms the backbone of the exam and underpins your ability to answer situational questions in other categories. Read through the actual Part 107 regulation text at least once — it is not long, and reading the primary source rather than a summary eliminates confusion about what the rule actually says versus how someone else interpreted it.

Week two should tackle weather and charts simultaneously, since many exam questions combine both topics. Start with airspace chart reading: obtain a printed or digital sectional chart of your local area and practice identifying the airspace surrounding your nearest airport. Then move into weather: spend two to three sessions decoding METARs and TAFs using real data from the Aviation Weather Center.

The discipline of interpreting actual weather products — not practice examples crafted to be easy — builds the fluency that exam questions test. Keep a cheat sheet of METAR abbreviations handy during early practice but work toward being able to decode them without reference material.

Week three should be dominated by practice exams. Take at least two full 60-question timed practice tests and score them honestly. Use the results to identify your three weakest knowledge areas, then go back to your study materials and spend focused time on those specific topics before taking another practice test.

This targeted remediation loop — test, identify weaknesses, study weak areas, retest — is the most efficient path to a passing score. Resist the temptation to retake the same practice test multiple times, since memorizing specific questions does not transfer to the actual exam, which uses different questions from the same knowledge pool.

On the final two to three days before your exam, shift from heavy study to light review and confidence building. Flip through your notes on the topics you found most challenging, review a handful of METAR and sectional chart practice problems, and take one more short practice quiz — not a full test — to confirm your knowledge is solid without exhausting yourself.

Get a full night of sleep both nights before the exam; cognitive performance on knowledge tests drops measurably with sleep deprivation, and no amount of last-minute cramming compensates for being mentally sharp and rested during the actual examination.

On exam day itself, eat a proper breakfast, arrive early, and approach each question methodically. Read every word of each question before selecting an answer, since the FAA frequently includes important qualifiers like EXCEPT, NOT, or MOST LIKELY that completely change what the correct answer should be. When you encounter a question you are not sure about, use the flag feature, move on, and return to it after completing the questions you can answer confidently. Coming back to a flagged question with fresh eyes often triggers recall that was not accessible under the initial pressure.

After your exam, regardless of whether you pass or need to retake it, take a few minutes to jot down the topic areas where you felt uncertain or where you encountered questions that surprised you. This post-exam reflection is valuable whether you passed comfortably or narrowly — it tells you where your knowledge has genuine gaps versus where you got lucky on a guess.

Passing with a 72 percent when you consistently scored 85 percent in practice suggests exam-day nerves rather than a knowledge problem, while a score that closely tracks your practice average indicates your preparation was well-calibrated. Use this information to guide your ongoing learning as a certificated remote pilot.