FAA Part 107 Study Guide: Pass Your Drone Exam (2026)

If you want to get paid for flying drones in the US, you need a Part 107 certificate. No exceptions, no workarounds. The FAA’s 60-question knowledge test covers airspace, weather, regulations, and drone operations—topics that can feel overwhelming if you’ve never cracked open an aviation textbook.

Here’s the reality: the 2024 overall pass rate was 84.2%, which sounds decent until you realize that’s lower than nearly every other FAA certification exam. But that number is skewed by people who show up underprepared. Candidates who actually study properly pass at 90%+ rates. This guide breaks down exactly what’s on the test, how to study efficiently, and what to expect on exam day so you end up in that top group.

What the Part 107 Test Actually Looks Like

Let’s start with the hard facts so you know what you’re walking into:

The exam consists of 60 multiple-choice questions, each with three answer choices. You get 120 minutes to complete it, though most people finish in 60–90 minutes. The passing threshold is 70%—that means you need at least 42 correct answers out of 60. You’re allowed a maximum of 18 wrong answers, but aiming for that margin is playing with fire.

The test fee is $175, paid directly to PSI (the FAA’s testing contractor) when you schedule your appointment. That fee is non-refundable whether you pass or fail, which is one more reason to show up prepared. Tests are administered at FAA-approved knowledge testing centers nationwide—there are roughly 700+ locations across the US, so most people have one within reasonable driving distance.

Your certificate is valid for 24 months. After that, you need to complete recurrent training to maintain it. The good news: recurrent training is now available online for free through the FAA Safety Team (WINGS program), so renewal costs nothing beyond your time.

How Part 107 Compares to Other FAA Tests

The 84.2% pass rate might seem respectable, but context matters. In 2024, the Airplane Private Pilot test had a 91.9% pass rate, and the Instrument Rating test hit 94.24%. The overall pass rate across all FAA knowledge tests was 89.51%. Part 107 ranks among the worst-performing exams—not because it’s harder, but because drone candidates are a more diverse group. Many show up with zero aviation background and minimal study time. Private pilot candidates typically have flight instructors pushing them to prepare thoroughly. Part 107 candidates often study alone, and some barely study at all.

The takeaway: this test is very passable with proper preparation, but it’s not something you can wing (pun intended).

Test Topics: Where to Focus Your Study Time

The FAA publishes approximate topic distributions for the exam. Understanding these percentages tells you exactly where to invest your study hours:

Operations accounts for the largest chunk at 35–45% of questions. This covers radio communications, airport operations, emergency procedures, aeronautical decision-making (ADM), crew resource management, physiology, and night operations. If you only have limited study time, this is where you get the most return.

Regulations make up 15–25% and cover the core Part 107 rules—operating limits, waivers, remote pilot certification requirements, operations over people categories, and Remote ID requirements.

Airspace also represents 15–25% and is where most beginners struggle. You’ll need to identify airspace classes on sectional charts, understand authorization requirements, and interpret airspace boundaries.

Weather covers 11–16% and focuses on METAR/TAF decoding, weather effects on drone performance, and understanding conditions that make flights unsafe.

Loading and Performance is the smallest section at 7–11%, covering density altitude, weight and balance, and how environmental conditions affect your drone’s capabilities.

Study proportionally. Operations and regulations together can account for up to 70% of your exam. Spending half your study time on weather while neglecting operations is a classic mistake.

Deep Dive: What Each Topic Actually Tests

Airspace Classifications

This is the topic that trips up the most first-time test takers, and for good reason—it requires both memorization and practical chart-reading skills.

Class A starts at 18,000 feet MSL and extends up. Completely irrelevant to drone ops since you’re capped at 400 feet AGL, but the FAA still expects you to know it exists.

Class B surrounds the busiest airports (think JFK, LAX, O’Hare). It’s depicted on sectional charts with solid blue lines. Flying a drone here requires prior authorization through LAANC (Low Altitude Authorization and Notification Capability) or a manual FAA approval.

Class C surrounds medium-traffic airports and is shown with solid magenta lines. Same deal—you need LAANC or FAA authorization before flying.

Class D covers smaller towered airports and also requires authorization. The key detail the FAA loves testing: Class D airspace ceilings are shown in brackets on sectional charts (e.g., “[25]” means ceiling at 2,500 feet MSL).

Class E is controlled airspace that exists at various altitudes. The tricky part is recognizing where it starts—sometimes at the surface (dashed magenta lines), sometimes at 700 feet AGL (faded magenta vignette), sometimes at 1,200 feet AGL. Check the chart symbols carefully.

Class G is uncontrolled airspace, typically from the surface up to where Class E begins. This is generally the most drone-friendly airspace, but don’t assume you can fly anywhere in Class G without checking for temporary flight restrictions (TFRs) or other limitations.

The real exam skill here isn’t just memorizing the classes—it’s reading sectional charts. You need to identify airport symbols, measure distances, spot restricted areas and MOAs (Military Operations Areas), and figure out what airspace you’re in at a given location. Practice with actual FAA sectional chart supplements until you can do this comfortably. This is where people spend five minutes per question on the real test.

Weather: METAR and TAF Decoding

Weather questions look intimidating at first glance, but they follow predictable patterns once you’ve practiced.

METAR reports give you current conditions at a specific airport. Here’s what a real one looks like:

METAR KJFK 121851Z 31008KT 10SM FEW250 23/14 A3012

Breaking it down: KJFK is the airport (JFK). 121851Z means the 12th day of the month at 18:51 Zulu (UTC) time. 310° wind at 8 knots. 10 statute miles visibility. Few clouds at 25,000 feet. Temperature 23°C, dew point 14°C. Altimeter setting 30.12 inches of mercury.

TAF reports are forecasts, typically covering 24–30 hours. They use similar coding but include expected changes over time.

What the FAA really cares about for drone pilots: Can you determine if conditions are legal for flight? You need minimum 3 statute miles visibility. You must maintain 500 feet below clouds, 2,000 feet horizontally from clouds. If a METAR shows 2 statute miles visibility, that’s a no-go. If the ceiling is reported at 800 feet, you’d need to stay below 300 feet to maintain the 500-foot cloud clearance requirement.

The two most commonly missed weather questions involve computing cloud base altitude (temperature minus dew point, multiplied by a conversion factor) and understanding how temperature/dew point spread affects visibility and cloud formation. When the spread narrows, expect fog or low clouds.

Regulations You Need to Know Cold

These numbers show up in multiple-choice traps designed to catch people who studied “close enough”:

Maximum altitude: 400 feet AGL (above ground level). Exception: you can fly above 400 feet if within 400 feet of a structure. So flying at 600 feet AGL is legal if you’re within 400 feet of a 250-foot tower—because you’re within 400 feet above the structure.

Maximum ground speed: 100 mph (87 knots). The FAA uses both units interchangeably in questions to test whether you know the conversion.

Minimum visibility: 3 statute miles from the control station.

Cloud clearance: 500 feet below, 2,000 feet horizontal.

Visual line of sight (VLOS) must be maintained at all times. This one matters especially to FPV pilots—flying with goggles requires a visual observer who maintains VLOS of the drone.

Operations over people now have four categories with specific drone requirements. Category 1 covers small drones under 0.55 lbs. Categories 2–4 have progressively stricter requirements for Remote ID, parachute systems, and FAA declarations. Know the basic framework.

Flight timing: Daylight and civil twilight only. Civil twilight means 30 minutes before sunrise to 30 minutes after sunset. Anti-collision lighting visible for 3 statute miles is required during twilight operations. For more details, check our FPV night flying guide.

Right-of-way: Always yield to manned aircraft. No exceptions. Ever.

Accident reporting: Any accident causing serious injury, loss of consciousness, or property damage (other than to the drone) exceeding $500 must be reported to the FAA within 10 calendar days.

Minimum age: 16 years old to hold a Remote Pilot Certificate.

No flying under the influence: Blood alcohol must be below 0.04%, and no flying within 8 hours of consuming alcohol (“8 hours bottle to throttle”).

Loading and Performance

This section is smaller but the concepts still matter—both for the test and for real-world flying.

Density altitude is the key concept. It’s the altitude at which your drone performs as if it’s flying, regardless of actual elevation. Hot temperatures, high humidity, and high elevation all increase density altitude. On a 95°F day at 5,000 feet elevation, your drone might perform as if it’s at 8,000+ feet—meaning reduced thrust, slower climb rates, and shorter flight times.

For FPV pilots, this is real-world knowledge. If you’re flying freestyle in Denver during summer, your 5-inch quad won’t punch out as hard as it does at sea level in winter. Understanding density altitude helps you anticipate performance limitations before they become emergencies.

Center of gravity affects stability and control. A drone with a heavy GoPro mounted forward flies differently than one with balanced weight. The FAA tests basic principles here—forward CG means nose-heavy tendency, aft CG reduces stability.

How to Study: A Realistic Timeline

Based on what actually works for most people, here’s a practical study breakdown:

If you have aviation background (private pilot, military): 10–15 hours total. You already know airspace and weather basics. Focus on Part 107-specific regulations and any gaps in your knowledge. The recurrent training rules and operations over people categories are relatively new and worth reviewing.

Average self-study candidate: 20–30 hours over 3–4 weeks. This is the sweet spot for most people. Consistent daily study of 1–2 hours beats weekend cramming every time. Your brain needs time to absorb aviation concepts that are completely foreign if you’ve never studied them before.

Thorough/cautious approach: 30–40 hours. If you want to walk in feeling bulletproof, or if standardized tests stress you out, this extra time buys confidence.

Study Plan That Actually Works

Week 1 — Orientation (3–4 hours): Read through the FAA Remote Pilot Study Guide (free, about 80 pages). Watch a few overview videos on YouTube to build a mental framework. Don’t try to memorize anything yet—just understand the landscape.

Week 2 — Deep Study (8–12 hours): Work through each topic area systematically. Regulations and operations first (biggest chunk of the test), then airspace with sectional chart practice, then weather and METAR/TAF decoding, then loading/performance. Understand the why behind each rule, not just the numbers.

Week 3 — Practice Tests (5–8 hours): Take full-length practice exams. Your first score will probably be humbling—that’s normal. After each practice test, review every wrong answer and understand why you got it wrong. Retake practice tests until you’re consistently hitting 85%+.

Week 4 — Targeted Review (3–5 hours): Focus exclusively on your weak areas. If sectional charts keep tripping you up, spend extra time there. Don’t waste time re-studying topics you already ace. Take a final full-length practice exam 2–3 days before the real test.

Study Resources Worth Your Time

Free resources get the job done for self-motivated learners. The official FAA Remote Pilot Study Guide is comprehensive and free. YouTube has solid instructors—look for channel content from Pilot Institute and John Peltier (Peltier Photo Courses). The r/drones subreddit has experienced pilots who answer questions regularly.

Paid courses ($100–$200) add structure, video instruction, and—critically—large practice test banks with hundreds of questions. Pilot Institute, Drone Pilot Ground School/UAV Coach, and Drone Launch Academy are all reputable options with pass rate guarantees. The practice tests alone are worth the investment if you’re serious about passing on the first attempt—remember, failing costs you another $175 retest fee plus a 14-day wait.

If you’re studying for Part 107 alongside building your first FPV setup, check out our complete beginner drone guide and our FPV cost breakdown to plan your budget.

Five Mistakes That Tank Your Score

Underestimating sectional chart questions. Airspace identification and chart reading are consistently the most-failed topic areas. You can memorize every regulation perfectly and still fail the test if you can’t read a chart. Dedicate at least 25% of your study time to hands-on chart practice with the FAA’s Airman Knowledge Testing Supplement.

Memorizing without understanding. The FAA deliberately writes questions that test application, not just recall. They’ll present a scenario you’ve never seen and expect you to apply the rules correctly. If you only memorized that the max speed is 87 knots but don’t understand when that limit applies (hint: ground speed, not airspeed), trick questions will catch you.

Blowing off weather. METAR decoding looks like gibberish at first, but it’s a learnable, systematic skill. Practice reading real METARs from aviationweather.gov. Once you’ve decoded 20–30 of them, it clicks. Skipping this topic entirely is throwing away 10–16% of the exam.

Ignoring the “operations over people” categories. These rules were updated relatively recently, and the FAA has been adding more questions about them. Know the four categories, what requirements each has, and how Remote ID fits in.

Cramming the night before. This test covers a wide range of aviation concepts. One night of studying might help you recognize a few more answers, but it won’t give you the understanding needed for scenario-based questions. Start 3–4 weeks before your exam date.

Test Day: What Actually Happens

Before You Arrive

Register for your exam at faa.psiexams.com. You’ll need an FAA Tracking Number (FTN) first—create one through your IACRA profile at iacra.faa.gov. Schedule your test at least 1–2 weeks in advance to ensure availability at your preferred location.

Bring a valid government-issued photo ID. Some testing centers also ask for proof of address, so bring a secondary form of ID or a utility bill just in case. Arrive 15–30 minutes early for check-in procedures.

At the Testing Center

The test is computer-based on a dedicated terminal. The proctor will verify your identity, explain the rules, and seat you. You’ll receive scratch paper and a basic calculator. The FAA also provides a testing supplement with sectional charts—this is the same supplement available for download during your study period, so familiarize yourself with it beforehand.

You can’t bring any personal materials into the testing room: no notes, no phone, no smartwatch. Everything you need is provided.

During the Exam

Questions appear one at a time with three answer choices. You can flag any question for review and come back to it before submitting. Time is generous—at 2 minutes per question average, most people finish with 30+ minutes remaining. That said, some chart-reading questions legitimately take 4–5 minutes, so don’t panic if a few questions eat into your buffer.

Read each question fully before looking at the answers. Then read all three choices. Eliminate the obviously wrong answer first (there’s usually one clear throwaway), then decide between the remaining two. Your first instinct is statistically more likely to be correct—only change an answer if you identify a concrete reason your initial choice was wrong.

After the Test

You’ll see a preliminary pass/fail result on screen immediately. Official results come within 48 hours via email with a detailed score breakdown by topic area. If you pass, you can apply for your temporary certificate through IACRA right away—your permanent Remote Pilot Certificate arrives by mail within a few weeks after TSA security vetting completes.

If you don’t pass, you’ll need to wait 14 calendar days before retaking the exam, and you’ll pay another $175. Your score report shows which topic areas were weak, so use that 14-day window for targeted study.

Frequently Asked Questions