Build the map
Read the summaries first. You need a mental map of regulations, airspace, weather, loading, emergencies, CRM, airport operations, and preflight before details will stick.
Part 107 Study Guide
A centered, chapter-based HTML guide built for students preparing for the FAA Remote Pilot knowledge test. It combines the official FAA study guide structure with current recurrent-training topics so you can study the material the way it tends to appear on the exam: as rules, charts, weather, scenario judgment, and safe operating decisions.
Core structure
12 primary knowledge areas
Matches the FAA study guide foundation and organizes your study around the exam blueprint.
Current emphasis
Night ops + preflight
Includes modern recurrent topics such as operation at night, maintenance, and inspection habits.
Best for
Self-study students
Built for people who want an overview first, then a practical checklist and review rhythm.
Use it with
Charts and sample questions
Pair this guide with the FAA chart supplement and practice questions for retention.
Start here
How to use this guide
The FAA knowledge framework is broad, but not random. If you understand what the rule is, why it exists, and how it changes a flight decision, the exam becomes far more manageable.
Practice interpretation
Spend time decoding METARs, TAFs, sectional chart symbols, airport patterns, and scenario questions. Interpretation is where many students lose points.
Study like a PIC
Think as the remote PIC: legal, conservative, and risk aware. If two answers seem possible, the safest compliant choice is often the right one.
RulesPrivileges, limits, authorizations, reporting.
ChartsClass B/C/D/E/G, TFRs, symbols, airport info.
WeatherSources, decoding, and performance effects.
JudgmentRisk management, emergencies, and decision-making.
Exam blueprint
Knowledge domains you should master
FAA structure
Recurrent training topics
Scenario-based review
Rules first
Regulations and operating limits
The fastest way to miss easy questions is to treat Part 107 like general trivia. Many test items are really asking whether you know the remote PIC’s authority, obligations, and operating boundaries.
- Maximum groundspeed: 100 mph.
- Maximum altitude: 400 feet AGL unless operating within 400 feet of a structure.
- Visual line of sight must be maintained by the remote PIC or visual observer.
- Yield right of way to all other aircraft.
- No careless or reckless operation.
- Preflight assessment is required before each operation.
- The remote PIC is responsible for the overall safety of the operation, even if a visual observer or manipulating operator is helping.
- Know when authorization, a waiver, or a change in mission plan is required.
- Expect questions that compare what is legal with what is safe; choose the compliant answer that also manages risk conservatively.
Study cue
When a regulation question feels tricky, ask three things
- Who is responsible here: the remote PIC, manipulating operator, or visual observer?
- Is the operation inside normal Part 107 limits or does it need authorization or a waiver?
- Would a prudent PIC delay, reposition, or cancel because risk is rising?
Charts and restrictions
Airspace made usable for students
The exam does not just ask what Class B or Class G means. It often tests whether you can interpret where you are, what the chart is showing, whether authorization is required, and what restrictions or notices may affect the mission.
| Airspace | What it means | Student takeaway |
|---|---|---|
| Class B | Busy major-airport controlled airspace, often shaped like an upside-down wedding cake. | Authorization required before you operate there. |
| Class C | Controlled airspace around airports with radar approach control and an operating tower. | Authorization required; know the layered structure. |
| Class D | Controlled airspace around airports with an operating control tower. | Authorization required; watch the lateral boundary carefully. |
| Class E | Controlled airspace not otherwise classified as A, B, C, or D. | Sometimes requires chart interpretation; know where it begins. |
| Class G | Uncontrolled airspace from the surface to the base of overlying controlled airspace. | No ATC authorization in normal cases, but all other Part 107 rules still apply. |
Restricted areas, warning areas, MOAs, alert areas, National Security Areas, Military Training Routes, and published VFR routes.
TFRs and NOTAMs are high-value test topics because they connect planning, legal compliance, and real-world safety decisions.
Practice identifying airport symbols, airspace shelves, obstacles, towers, and route markings on actual FAA chart figures.
Airspace memory trick
Decode, then decide
Weather sources and weather effects
Students often underestimate weather. The exam expects you to know where to get aviation weather, how to decode common reports, and how weather changes aircraft performance, visibility, and mission risk.
- METAR and SPECI for current conditions.
- TAF for terminal forecasts.
- PIREPs for pilot-reported conditions.
- AWOS and ASOS observations.
- NOTAMs and TFR notices as part of flight planning.
- Density altitude reduces performance.
- High temperature and humidity can reduce lift efficiency.
- Wind near obstructions creates turbulence and mechanical mixing.
- Low ceilings and poor visibility shrink your operating margin fast.
- Thunderstorms, icing, and frontal activity are major no-go signals.
METAR study method +
Break every METAR into chunks: station, date/time, wind, visibility, weather, sky condition, temperature/dew point, and altimeter. Do not memorize blindly; decode each part until it becomes a habit.
What weather questions really test +
They are rarely asking for trivia alone. They usually test whether current or forecast conditions create a visibility problem, a wind hazard, a density altitude issue, or a reason to delay or cancel.
Student mistake to avoid +
Do not treat weather sources as interchangeable. METARs describe observed conditions; TAFs forecast; PIREPs provide pilot observations; AWOS/ASOS provide automated field data.
Aircraft behavior
Loading, weight, balance, and performance
More weight changes handling
Payload affects climb capability, endurance, responsiveness, and required power. The exam may phrase this as a stability or load-factor question rather than a simple weight question.
CG matters
Improper loading changes balance and can degrade the aircraft’s predictable response. Know the relationship between weight placement and controllability.
Heat, height, humidity
High density altitude reduces performance, even if the aircraft is within legal weight limits. Legal is not always operationally wise.
Exam habit
Translate performance questions into margin questions
- Can the aircraft climb, hover, or maneuver with the planned payload?
- Will hot weather or field elevation reduce battery efficiency or lift margin?
- Would wind gusts turn a legal takeoff into a poor operational decision?
Crew and contingencies
Emergency procedures, CRM, and radio basics
- Loss of link, flyaway, battery emergency, or navigation anomaly should trigger a preplanned response.
- Know how to prioritize people and airspace safety over mission completion.
- Expect questions about what the PIC should do first, not what technology might do automatically.
- Use the visual observer well: clear role, clear comms, clear authority chain.
- Brief hazards, lost-link actions, abort criteria, and who is watching what.
- CRM is about human coordination, not just having another person present.
Know standard traffic advisory practices at airports without operating control towers. Even if your drone operation does not require intensive radio work, the test expects basic communication awareness and airport traffic understanding.
Many questions are really about composure: who calls the stop, who sees the manned aircraft, what happens if the aircraft behaves unexpectedly, and how the crew keeps shared situational awareness.
Traffic awareness
Airport operations and chart interpretation
Airport questions blend chart reading, communications, airspace, and situational awareness. A student who only memorizes vocabulary often struggles here.
Tower vs non-tower
Understand the operational difference and why traffic flow matters to remote pilots.
Runway orientation
Runway numbers align with magnetic direction and help you predict likely traffic flow.
Pattern awareness
Remote pilots need to anticipate where manned traffic will be, not merely notice it late.
Obstacles
Towers, antennas, terrain, and nearby structures affect both safety and chart questions.
Pilot condition
Physiological factors and ADM
- Fatigue, dehydration, stress, illness, medication, drugs, and alcohol all degrade performance.
- Vision limitations matter more than students expect, especially in low light.
- Use the IMSAFE concept as a self-screening frame before flight.
- Identify hazards before launch, not after takeoff.
- Assess severity and likelihood, then choose mitigations or cancel.
- Situational awareness can degrade quickly when workload rises or expectations take over.
Simple exam heuristic
When a scenario includes pressure, time urgency, weather uncertainty, crew confusion, or an unexpected technical issue, the right answer usually favors slowing down, reassessing, and preserving safety margins.
Current recurrent emphasis
Night operations
Operation at night is now an important recurrent-training topic. Students should understand visibility, visual limitations, anti-collision lighting, and how night changes risk management.
- Anti-collision lights for night operations.
- Visual illusions and reduced depth perception.
- Need for stronger site surveys and obstacle awareness.
- Conservative go / no-go decisions when visibility or orientation is degraded.
Safety discipline
Maintenance and preflight inspection
The FAA expects a remote pilot to ensure the aircraft is in condition for safe operation before each flight. That makes preflight more than a checklist memory item: it is a legal and practical responsibility.
- Airframe condition, arms, props, landing gear, payload security.
- Battery health, charge status, swelling, and secure connection.
- Firmware, compass/GPS status, and sensor readiness.
- Weather, wind, visibility, ceiling, and sun angle.
- Nearby people, vehicles, structures, antennas, wires, and airports.
- Airspace restrictions, NOTAMs, and TFR checks.
- Takeoff and landing area integrity.
- Crew briefing, contingency plan, lost-link actions, and abort triggers.
- Return-to-home settings and mission-specific hazards.
Practical prep
7-day study plan
Day 1
Blueprint and rules
Read the overview, Part 107 limits, remote PIC duties, and the chart of knowledge domains. Create flashcards for core operating limitations and responsibilities.
Day 2
Airspace deep dive
Study Class B, C, D, E, and G, then special use airspace, TFRs, and NOTAMs. Work directly with sectional chart figures.
Day 3
Weather
Decode METARs and TAFs. Review wind, fronts, clouds, thunderstorms, density altitude, visibility, and ceiling effects.
Day 4
Loading and performance
Review stability, weight, load factors, and how temperature, humidity, and altitude change aircraft performance.
Day 5
Emergencies, CRM, and airport ops
Practice scenarios involving crew coordination, airport awareness, unexpected aircraft behavior, and the right-of-way mindset.
Day 6
Human factors and night ops
Review drugs, alcohol, fatigue, vision limits, ADM, and the extra operational caution needed at night.
Day 7
Mock review day
Take practice questions, then grade your misses by topic. Re-study weak areas with the FAA guide open beside you.
Retention
Practice strategies that actually help
Use mixed practice
Do not study one topic in isolation for too long. Mix regulations, airspace, and weather so you can shift context like the real exam does.
Explain answers aloud
If you can explain why three options are wrong and one is right, you actually understand the topic rather than recognizing words.
Review misses by category
Track whether your errors come from charts, weather decoding, operational limits, or poor scenario judgment.
Recommended references
Source stack for students
- FAA Remote Pilot – Small Unmanned Aircraft Systems Study Guide.
- FAA Airman Certification Standards for Unmanned Aircraft Systems.
- 14 CFR Part 107 text and referenced rules.
- AC 107-2 guidance for small unmanned aircraft systems.
- FAA knowledge test supplement and sectional chart practice materials.
