Part 107 Drone Study Guide

Overview

This lecture is a Part 107 (FAA drone license) study guide covering rules, airspace, charts, airport operations, weather, and sample exam questions.

Part 107 Basics

• Part 107 is 14 CFR Part 107 in the FAR/AIM, governing small unmanned aircraft systems (sUAS) / drones.
• It applies to civil drone operations in the National Airspace System (NAS).
• You do not need to buy the FAR/AIM book for the test, but it contains all Part 107 rules.

Commercial vs Recreational Use

• Recreational = flying only for fun.
• Commercial = any operation for compensation or hire, including:
  • Direct payment for services.
  • Barter (e.g., tickets, discounts, goods in exchange for flying).
  • Selling photos or videos later, even if originally shot recreationally.
• Any commercial operation requires a Part 107 remote pilot certificate.

Registration Requirements

• All drones (recreational or commercial) must be registered if:
  • Pilot is 13 or older.
  • Pilot is a U.S. citizen or legal resident.
  • Drone weighs between 0.55 lb (250 g) and 55 lb.
• Registration gives you a unique number that must be visible on the outside of the drone.

Drones Under 0.55 lb (250 g)

• No FAA registration required if drone is under 0.55 lb.
• If used commercially, you still must hold a Part 107 certificate.

Remote ID

• Remote ID is an electronic “license plate” broadcasting:
  • Drone position, altitude, and ID.
  • Pilot / control station location.
• Many newer drones have built‑in Remote ID compliance.
• Older drones may need an external Remote ID module registered with the FAA.

Part 107 Exam Details

• Taken at an FAA-approved testing center (not at home).
• 60 multiple-choice questions.
• Time limit: 2 hours.
• Passing score: 70% or higher.
• If you fail, you may retake after 14 days.

Eligibility for Exam

• At least 16 years old.
• Able to read, speak, write, and understand English.
• Physically and mentally able to safely operate a small UAS.

After Passing the Exam

• Complete online forms; FAA mails your remote pilot certificate.
• Recurrent training is required every 24 calendar months:
  • Done online, at home, free.
  • After initial pass, you do not retake the in-person exam.

Remote Pilot in Command (PIC) and Crew Roles

• Remote Pilot in Command (PIC):
  • Person responsible for the flight and compliance with Part 107.
  • Must hold a remote pilot certificate if conducting Part 107 operations.
  • Responsible for damage or injury caused by the drone.
  • May transfer controls to another licensed pilot during flight, but retains responsibility.

Other Crew Roles

• Visual Observer (VO):

  • Helps maintain visual line of sight (VLOS) of the drone.
  • Warns PIC about proximity to people, obstacles, other aircraft.
  • Multiple visual observers may be used.

• Person Manipulating the Controls:

  • Licensed pilot who physically flies the drone.
  • PIC may be different from the person on the sticks but is still responsible.

• Control Station:

  • Where the pilot operates the drone.
  • Includes the controller(s) used to fly and control camera/gimbal.

Operating Rules and Limitations

Weight and Speed Limits

• “Small UAS”: total takeoff weight (drone + payload) must be:
  • At least 0.55 lb (250 g) and less than 55 lb for normal Part 107 operations.
• Drones over 55 lb require:
  • Exemption or Special Airworthiness Certificate from FAA.
• Maximum groundspeed under Part 107: 100 mph.

Standard Altitude Limit

• Maximum altitude: 400 ft AGL (Above Ground Level).
• AGL: altitude measured from the ground surface.
• MSL (Mean Sea Level): altitude measured from sea level (true altitude).
• Exam questions may use either AGL or MSL; read carefully.

Visibility and Cloud Clearance

• Minimum flight visibility: 3 statute miles.
• Cloud clearance:
  • At least 500 ft below clouds.
  • At least 2,000 ft horizontally from clouds.
• Cannot take off if you cannot maintain VLOS due to fog, etc.

Flying Near Tall Structures

• You may fly higher than 400 ft AGL when:
  • Within 400 ft of a tall structure (e.g., tower, building) in controlled or uncontrolled airspace where you are allowed to fly.
  • Up to 400 ft above the structure’s top.
  • Example: Tower 1,200 ft tall → legal up to 1,600 ft AGL when within 400 ft horizontally.

Right-of-Way

• Manned aircraft always have right-of-way over drones.
  • Includes airplanes, helicopters, gliders, etc.
• PIC must yield by maneuvering (e.g., descend below treeline) to avoid conflicts.

In-Flight Emergencies and Deviations

• Emergencies: collision risks, battery fires, loss of control, etc.
• Primary action: maintain or regain control of the drone while assessing situation.
• If on collision course with manned aircraft, you may deviate from Part 107 rules as necessary to avoid collision.
• If the FAA contacts you, you may need to submit a written report of the deviation.

Battery Safety

• Drone batteries (often lithium-ion) are highly flammable.
• Before use:
  • Inspect for damage or swelling.
• After flight:
  • Allow battery to cool fully before recharging.
• Disposal:
  • Do not throw in normal trash.
  • Use proper battery disposal facilities (e.g., specialized stores).

Accident Reporting to FAA

• You must report to the FAA if:
  • Drone operation causes serious injury or unconsciousness, or
  • Causes property or other damage estimated at $500 or more (excluding your own drone).
• Example: Person hit, medical bills > $500 → must report.

Flying Over People

You generally may not fly over people unless one of these is true:

• People are directly involved in the operation.
• People are under a covered structure or inside a stationary vehicle that can protect them.
• Operation meets requirements of at least one of the four “categories” for operations over people.

Categories for Operations Over People (original rule set)

• Category 1:

  • Drone weighs less than 0.55 lb.
  • Rotating parts (propellers) must not cause lacerations (e.g., prop guards).
  • Must have Remote ID.
  • No prolonged hovering directly over people.

• Category 2:

  • Drone weighs more than 0.55 lb.
  • No airworthiness certificate required.
  • Kinetic energy on impact ≤ 11 ft‑lb.
  • Must meet FAA “means of compliance” and be listed on a Declaration of Compliance.

• Category 3:

  • Similar to Category 2, but kinetic energy ≤ 25 ft‑lb.
  • Also requires FAA compliance documentation and Declaration of Compliance.

• Category 4:

  • Drone weighs more than 0.55 lb.
  • Must have an Airworthiness Certificate.
  • Operated under FAA‑approved flight manual and operating limitations.

Updated Operational Path (waiver-based)

• Submit a waiver request via FAA DroneZone (well in advance).
• After approval, requirements include:
  • Visual Observer present.
  • Prop guards installed.
  • Anti‑collision lights installed.
  • Remote ID.
  • If drone weighs more than 399 g (≈0.88 lb), an ASTM parachute system is required (subject to availability).

Operations from Moving Vehicles and Boats

• Allowed to operate from moving land/water vehicles if:
  • Area is sparsely populated (few or no people).
  • VLOS is maintained (with VOs if needed).
  • Crew communicates continuously.
  • Person flying the drone is a passenger (not the driver).
• Not allowed to operate from an actual aircraft.

Payloads and Deliveries

• No reckless operations or hazardous dropping of objects.
• Do not overload the drone beyond manufacturer limits.
• Cargo delivery allowed if:
  • Total weight (drone + cargo) < 55 lb.
  • Operation stays within a single state.
  • No hazardous manner of dropping cargo.
  • VLOS is maintained.

Address Changes

• If you move, you must notify FAA of address change within 30 days.
• Failure to do so can disqualify your certificate.

Alcohol and Drugs

• No flying within 8 hours of consuming alcohol (“bottle to throttle” = 8 hours).
• Blood Alcohol Concentration (BAC) must be < 0.04%.
• No drugs that impair performance.
• Refusing testing can lead to suspension or revocation of your certificate (up to one year or more).

Crew Resource Management (CRM) and Human Factors

• CRM: using all resources (people, equipment, information) to operate safely.
• All crew must be physically and mentally fit.
• Replace any crew member showing impairment or unfitness.

Physical Risk Factors

• Hyperventilation:
  • Fast, heavy breathing, reduces CO₂ in body.
  • Historically treated with “paper bag” breathing.
• Fatigue:
  • Lack of sleep, reduces alertness and decision-making.
• Alcohol/drugs:
  • Already covered; disqualifying.

Personality Risk Factors

• Impulsivity:

  • Acts quickly without planning.
  • Solution: slow down, plan carefully.

• Invulnerability:

  • Believes “nothing bad will happen to me.”
  • Increases risk-taking and unsafe behavior.

• Macho:

  • Wants to “prove” skills, overconfident.
  • May ignore limits and procedures.

• Anti‑Authority:

  • Dislikes rules, wants to ignore regulations.
  • Unsafe in regulated environments like airspace.

• Resignation:

  • “Whatever happens, happens” attitude.
  • Fails to act to prevent or correct problems.

• If any of these appear in you or crew:

  • Remove or replace that person before the operation.

Airspace Basics

Controlled vs Uncontrolled

• Controlled Airspace:

  • Requires ATC authorization for Part 107 operations.
  • Includes Classes A, B, C, D, and E (in most contexts).

• Uncontrolled Airspace:

  • Class G only.
  • No ATC clearance required for Part 107, but all other Part 107 rules still apply.

Airspace Classes Summary

Class B (Bravo)

• Surrounds very busy airports (e.g., ATL, LAX).
• Appears as solid blue lines on sectional charts.
• Side view resembles an upside‑down wedding cake with shelves.
• Altitude labels: stacked “fraction-style” numbers:
  • Top number = ceiling (MSL) with two zeros added.
  • Bottom number = floor (MSL) with two zeros added.
  • Example: 100/30 → 10,000 ft MSL to 3,000 ft MSL.

Class C (Charlie)

• Surrounds moderately busy airports.
• On sectional: two solid magenta circles.
• Structure:
  • Inner core: SFC to 4,000 ft AGL; radius 5 nm.
  • Outer core: 1,200 ft AGL to 4,000 ft AGL; radius 10 nm.
  • Outer area: up to 20 nm radius with radar service.
• Typical test nuance: “typical Class C radius” is 20 nm (including outer area).

Class D (Delta)

• Surrounds smaller towered airports.
• Vertical limits: SFC to 2,500 ft AGL (commonly).
• Radius: typically 4 nm.
• On sectional:
  • Blue dashed circle.
  • Bracketed number shows ceiling (MSL) with two zeros added.
  • Example: [35] → ceiling 3,500 ft MSL.

Class E (Echo)

• Starts at:
  • SFC (for some airports with dashed magenta line).
  • 700 ft AGL (shaded magenta band).
  • 1,200 ft AGL (shaded blue or general background).
• Also exists from 14,500 to 17,999 ft MSL over large regions.
• Fills “gaps” between other controlled airspace.

Class G (Golf)

• Uncontrolled airspace.
• From the surface up to the overlying controlled airspace base (often 700 or 1,200 ft AGL).
• In some remote areas (e.g., parts of Alaska) extends up to 14,500 ft MSL.

ATC Authorization in Controlled Airspace

• For Part 107 in Classes B, C, D, or E (at surface):
  • Must obtain ATC authorization (e.g., via LAANC or DroneZone).
• Many exam questions simply ask:
  • “What is required to operate in Class B/C airspace?” → ATC authorization.

Special Use and Other Airspace

Prohibited Areas

• Established for national security (e.g., around the White House).
• Usually active 24/7; no operations allowed without very specific authorization.
• Shown on sectional with special boundaries (not deeply detailed here, but clearly marked).

Restricted Areas

• Hazards such as artillery, missiles, or other dangerous activities.
• May be active at certain hours; schedules listed in chart legend or publications.
• You may only enter when:
  • Area is not active, or
  • You have permission from the controlling agency.

Warning Areas

• Similar to restricted areas but located in international airspace.
• Warn of potential hazards but do not strictly prohibit operations.
• Check status before entering.

Alert Areas

• High volume of training or unusual aerial activity (e.g., many helicopters).
• Pilots may operate there, but must exercise extreme caution.
• Example: Drone pilot had to drop to low altitude to avoid helicopters.

Military Operations Areas (MOA)

• Separate military training from IFR traffic.
• Operations allowed, but pilot should exercise caution.
• You may obtain traffic advisories from the controlling agency.

Military Training Routes (MTR)

• Depicted as light gray/blue lines labeled with IR or VR plus numbers.
  • IR = IFR training.
  • VR = VFR training.
• Numbering:
  • Four digits: training route at or below 1,500 ft AGL.
  • Three digits: routes above 1,500 ft AGL (but may descend).
• Hazard: high-speed military aircraft at low altitude.

Temporary Flight Restrictions (TFRs)

• Temporary “no-fly” (or limited) areas for:
  • Major sporting events.
  • Disaster areas.
  • VIP movement (e.g., President).
• Flying a drone in an active TFR can result in serious penalties.
• You must wait until the TFR expires to operate.

National Parks and Protected Areas

• Flying drones in National Parks is prohibited (recreational or commercial).
• Penalties up to $5,000 and/or 6 months in jail.
• Special use permits may be possible in rare approved cases.
• On sectional, some protected areas appear as blue boundary lines with blue dots.

Sectional Chart Basics and Airport Information

Airport Colors

• Blue airports:
  • Have a control tower (underlying B/C/D/E).
• Magenta airports:
  • No control tower.

Sample Airport Information (Sectional Legend)

Using “Waco Regional” as example:

• Airport name: “Waco Rgnl”.
• Identifier: “ACT” (full ICAO often KACT).
• CT 119.3:
  • Control Tower frequency 119.3 MHz.
• Star symbol:
  • Indicates part-time tower hours (check Chart Supplement).
• “C” in circle:
  • CTAF frequency is same as tower frequency when tower closed.
• ATIS / AWOS / ASOS frequencies:
  • For automated weather broadcasts (e.g., ATIS 123.85).
• Elevation (e.g., 516):
  • Airport elevation in feet MSL.
• “L *”:
  • Part-time runway lighting.
• Runway length (e.g., 71):
  • Longest runway in hundreds of feet (e.g., 7,100 ft).
• UNICOM frequency:
  • Used to contact the FBO or ground services, not ATC.

Common Sectional Questions

• Blue vs magenta:
  • Blue = towered; magenta = non-towered.
• Restricted area operations:
  • Allowed only with authorization or when inactive.
• MTR hazard:
  • Low-level, high-speed military jets → hazard to sUAS.

Coordinates, Latitude, and Longitude

• Latitude:
  • Horizontal lines (east–west).
  • 0° at equator, up to 90°N / 90°S.
• Longitude:
  • Vertical lines (north–south).
  • 0° at Prime Meridian (Greenwich, England).
• Each degree = 60 minutes.
• On sectional:
  • Degrees labeled; tick marks indicate minutes (longer ticks often every 10 minutes).
• Example coordinate reading:
  • 47° 9′ N, 94° 38′ W:
    • Find 47° latitude, count ticks to 9 minutes.
    • Find 94° 38′ longitude similarly.
    • Identify the nearest airport at that intersection.

Airport Operations and Traffic Patterns

Why Drone Pilots Need Airport Knowledge

• Drone operations near or on airports require:
  • ATC/airport permission.
  • Often a NOTAM (Notice to Airmen) is issued.
• You must understand where aircraft will be to avoid conflicts.

Standard Traffic Pattern

• Legs of the pattern (assuming left-hand pattern):

• Aircraft usually enter pattern mid‑downwind at 45°.
• Patterns can be:
  • Standard left‑hand turns.
  • Right‑hand (nonstandard) if indicated.
• Pattern altitude often around 1,000 ft AGL (varies by airport).

Runway Headings and Numbers

• Runway numbers = magnetic heading rounded to nearest 10°, then divided by 10.
• Examples:
  • Heading 220° → Runway 22.
  • Opposite end is 040° → Runway 04.
• A runway labeled “9” (090°) faces east.
  • Aircraft “short final for Runway 9” is approaching from the west.
• Parallel runways:
  • Designated Left (L), Center (C), Right (R) (e.g., 09L, 09R).

Ground Areas: Movement vs Non-Movement

• Non-movement areas:
  • Ramps, aprons, etc.
  • No tower clearance required to move.
• Movement areas:
  • Taxiways and runways.
  • Tower clearance required (at towered airports).
• Boundary marking:
  • Solid yellow line + dashed yellow line.
  • If solid line on your side → you are in non-movement area and must get clearance to cross.
  • If dashed line on your side → you are leaving movement area.

Taxiways and Runway Markings

• Taxiways:
  • Yellow centerline; may have edge lines.
• Runways:
  • All runway markings are white.
  • Hold short markings:
    • Two solid and two dashed yellow lines at runway/taxiway intersections.
    • If solid lines are nearest you → hold short; need clearance.
    • If dashed lines nearest you → exiting runway; no clearance needed to cross.

Airport Sign Types

Monitoring CTAF/Radio

• In or near airports, you should monitor traffic on CTAF or tower frequency.
• A handheld aviation radio can be used to listen only.
• Do not transmit unless explicitly coordinated or instructed.
• Often, an airport official will be assigned to you and handle communications.

Weather Fundamentals for sUAS

Sun as Weather Source

• Unequal heating of Earth’s surface:
  • Drives winds and pressure systems.
  • Creates updrafts (over hot surfaces like pavement, sand).
  • Creates downdrafts (over cooler surfaces like forests, vegetation).

Wind and Turbulence

• Wind flow disturbed by terrain/buildings leads to updrafts/downdrafts.
• Can cause turbulence affecting drone stability.

Air Masses

• Large bodies of air with uniform temperature and moisture over large areas.
• Form when air stays over a region long enough to take on its characteristics.
• Types (maritime, continental, tropical, polar, etc.) exist, but the exam mainly wants the concept.

Fronts and Pressure

• Front = boundary between two different air masses.
• High pressure = ridge; low pressure = trough; fronts lie in troughs.
• Cold front (blue line):
  • Leading edge of advancing cold air.
  • Moves quickly.
  • Often followed by windier, turbulent conditions.
  • Can create thunderstorms, hail, tornadoes.
• Warm front (red line):
  • Leading edge of advancing warm air.
  • Moves slower; may produce long-lasting poor conditions:
    • Lower clouds, steady precipitation, lower visibility.

Stable vs Unstable Atmosphere

• Atmospheric stability = resistance to vertical motion.

• Best flying conditions: cool, dry, stable air.

Clouds, Visibility, and Fog

• Minimum conditions under Part 107:
  • ≥ 3 SM visibility.
  • Cloud clearance: 500 ft below, 2,000 ft horizontal.
• Fog:
  • Essentially a cloud resting on the surface.
  • Forms at dew point temperature.

Types of Fog

• Radiation (ground) fog:
  • Forms overnight when ground cools by radiation.
• Advection (sea) fog:
  • Warm, moist air moves over a colder surface (e.g., ocean).
• Upslope fog:
  • Moist air forced up terrain, cooling to dew point.
• Precipitation‑induced fog:
  • Warm rain falls into cooler air; evaporation saturates air.
• Steam fog:
  • Cold air moves over warmer water; evaporated moisture condenses.

Density Altitude

• Definition: pressure altitude corrected for non-standard temperature.
• Practical meaning: “altitude the aircraft feels like it is flying at.”
• High density altitude (bad performance) caused by:
  • High temperature.
  • High humidity.
  • High elevation.
• Higher density altitude = poorer aircraft and drone performance.

Thunderstorms

• Very dangerous; avoid by at least 20 nm.
• Three stages:

• Lightning and thunder:
  • Rule of thumb: each second between flash and thunder ≈ 1 mile away.
  • Any thunder or lightning = do not operate drones; seek shelter.
• Hail:
  • Caused by repeated lifting and dropping of water in updrafts/downdrafts, freezing and melting cycles.
• Microbursts:
  • Small, intense downdrafts spreading outward near ground.
  • Extremely dangerous to aircraft; difficult to detect visually.
  • Example accident: Delta Flight 191 crash due to microburst.

METARs (Aviation Weather Reports)

• METAR = Meteorological Aerodrome Report (current observation).
• Standard global code; updated at least hourly or when conditions change.

Sample METAR Breakdown

Example (conceptual, not exact text formatting):

• METAR:
  • Report type (could be SPECI if special).
• KTPA:
  • Station (Tampa International).
• 111320Z:
  • Date/time: 11th day, 13:20 Zulu.
• AUTO:
  • Automated report (COR would indicate corrected).
• 08020G38KT:
  • Wind from 080° at 20 knots, gusting to 38 knots.
• 1/2SM:
  • Visibility 0.5 statute mile.
• R36L/2400FT:
  • Runway 36 Left runway visual range 2,400 ft.
• +TSRA:
  • Heavy (+) thunderstorm (TS) rain (RA).
• SCT008 BKN012CB:
  • Scattered clouds at 800 ft.
  • Broken clouds at 1,200 ft, cumulonimbus (CB).
• 20/18:
  • Temperature 20°C; dew point 18°C.
• A2992:
  • Altimeter setting 29.92 inHg.
• RMK AO2 TSB24 RAB24 SLP134:
  • Remarks:
    • AO2: weather station type.
    • TSB24: thunderstorms began 24 minutes past the hour.
    • RAB24: rain began 24 minutes past the hour.
    • SLP134: sea-level pressure 1013.4 hPa (encoded).

Common Weather Codes (Selection)

• RA: rain.
• SN: snow.
• TS: thunderstorm.
• SH: showers.
• FG: fog.
• BR: mist.
• • (minus): light.
• • (plus): heavy.
• SCT: scattered clouds.
• BKN: broken clouds.
• OVC: overcast.

Wind Information Note

• In METARs, wind directions are given in degrees true or referenced to the reporting station (exam expects “true” for weather).
• Magnetic headings are used for navigation (runways, courses).

TAFs (Terminal Aerodrome Forecasts)

• TAF = Terminal Aerodrome Forecast.
• Forecast, not observation.
• Usually valid for 24–30 hours.
• Covers airspace within 5 SM of the airport.

Sample TAF Structure

Example pieces:

• TAF KATL:
  • Forecast for Atlanta (KATL).
• 162330Z:
  • Issued 16th day at 23:30 Zulu.
• 1723/1806:
  • Valid from 17th at 23:00 Zulu to 18th at 06:00 Zulu.
• 17009KT P6SM BKN250:
  • Winds 170° at 9 knots.
  • Visibility >6 SM (P6SM).
  • Broken clouds at 25,000 ft.
• FM170300:
  • From 17th at 03:00 Zulu, conditions change to:
  • 09006KT P6SM BKN250 etc.
• VC SH / VCSH:
  • Showers in the vicinity.
• -SHRA:
  • Light rain showers.
• BKN050:
  • Broken clouds at 5,000 ft.

Reading the Bottom Line Example

• FM180200 26005KT P6SM VCSH OVC070:
  • From 18th at 02:00 Zulu:
    • Winds 260° at 5 knots.
    • Visibility >6 SM.
    • Showers in the vicinity.
    • Overcast at 7,000 ft.

Example Exam-Style Concepts

• METAR wind question:
  • If wind section is “18004KT” → winds from 180° (south) at 4 knots.
• Visibility in TAF section:
  • “3SM” = 3 statute miles; “P6SM” = greater than 6 statute miles.
• When they say “direction and velocity at JFK”:
  • Find the METAR labeled KJFK, locate the “dddffKT” segment, decode.

Key Terms & Definitions

• Part 107: FAA regulations for small unmanned aircraft systems.
• Remote Pilot in Command (PIC): Person legally responsible for the flight.
• Visual Observer (VO): Crew member who maintains visual contact with drone.
• AGL (Above Ground Level): Height above the terrain directly below.
• MSL (Mean Sea Level): Height above sea level.
• sUAS: Small Unmanned Aircraft System (<55 lb).
• Remote ID: Broadcast system identifying drone and control station.
• LAANC: Low Altitude Authorization and Notification Capability (online authorization system).
• NOTAM: Notice to Airmen, alerts to operational changes/hazards.
• TFR: Temporary Flight Restriction.
• CTAF: Common Traffic Advisory Frequency.
• METAR: Meteorological Aerodrome Report (current conditions).
• TAF: Terminal Aerodrome Forecast (future conditions).
• Density Altitude: “Feels-like” altitude affecting aircraft performance.
• Microburst: Small, intense downdraft causing severe turbulence and wind shear.
• Controlled Airspace: Airspace requiring ATC authorization (B, C, D, E).
• Uncontrolled Airspace: Class G airspace where ATC authorization is not required.
• Class B/C/D/E/G: Different classes of airspace with different requirements.
• MTR: Military Training Route.
• MOA: Military Operations Area.
• Hyperventilation: Abnormally fast breathing reducing CO₂ levels.
• CRM: Crew Resource Management.

Action Items / Next Steps

• Review all Part 107 rules, especially:
  • Altitudes, visibility, cloud clearance, right-of-way, operations over people.
• Practice reading:
  • Sectional charts (airspace, special use areas, airports, MTRs).
  • METARs and TAFs.
• Memorize:
  • Airspace classes and markings.
  • Key distance/altitude numbers (400 ft, 3 SM, 500/2,000 cloud clearance).
• Take multiple practice exams focusing on:
  • Airspace questions.
  • Weather interpretation.
  • Crew/human factors scenarios.
• Register for the official exam at an FAA-approved testing center once confident in these topics.