Faa Part 107 Simplified | Uav Campus Drone License Course

Master the Skies: Your Complete Guide to Passing the FAA Part 107 Exam and Becoming a Certified Drone Pilot

What you’ll learn
Master UAV Loading and Performance. Understand the principles of loading and performance to ensure safe and efficient drone operations.
Comprehend FAA Regulations. Gain in-depth knowledge of FAA Part 107 and 91 regulations to stay compliant and informed.
Navigate Airport Operations. Learn the procedures and best practices for operating drones in and around airport environments.
Excel in Aviation Radio Communications. Develop the skills to effectively communicate using aviation radio, enhancing safety and coordination.
Understand Airspace Classifications. Learn how to identify and navigate different airspace classifications to fly safely and legally.
Navigate Sectional Charts. Master the use of sectional and TAC charts for accurate navigation and planning.
Grasp Weather Principles. Understand the fundamental weather principles affecting aviation and how they impact drone flights.
Utilize Weather Services. Learn to access and interpret aviation weather services to make informed flying decisions.
Practice Aeronautical Decision Making (ADM). Develop critical decision-making skills to handle various in-flight situations and ensure safety.
Recognize Pilot Physiological Factors. Understand the physiological factors that affect pilots and how to manage them for safe operations.
Perform Night Operations. Gain the knowledge and skills required for conducting safe and legal night drone operations.
Maintain and Inspect UAVs. Learn the fundamentals of UAV maintenance and inspections to ensure the longevity and reliability of your drone.
Apply for Your Certificate and Maintain Recurrency. Understand the process for applying for your Remote Pilot Certificate and staying current with recurrency re

Requirements
No prior piloting skills necessary. This course is designed for complete beginners aiming to pass the FAA Part 107 Knowledge Exam and obtain their UAS Certificate. It includes over 20 hours of video instruction and more than 20 practice exams to thoroughly prepare you.
Not for recurrent training. If you need recurrent training, please refer to the FAA. This course will provide comprehensive preparation beyond the requirements for recurrency, featuring extensive video instruction and numerous practice exams.
Extensive video instruction and practice exams. This course includes over 20 hours of video instruction and more than 20 practice exams to thoroughly prepare you for the FAA Knowledge Exam.
Basic understanding of English. A basic comprehension of the English language is recommended to follow the course content and FAA exam materials. The course includes over 20 hours of detailed video instruction and over 20 practice exams to ensure thorough preparation.
Internet access and a device. You will need a computer or mobile device with internet access to view the course materials and take the practice exams.
Motivation to learn and succeed. Bring a positive attitude and a willingness to learn; this course is designed to help you succeed in earning your UAS Certificate.

Description
Welcome to the FAA Part 107 Simplified | UAV Campus Drone License Course! This comprehensive training program is designed to prepare you thoroughly for the FAA Part 107 exam and equip you with the knowledge and skills necessary to become a certified drone pilot. Whether you are a beginner or an experienced drone operator looking to formalize your expertise, this course covers all the essential topics required for certification and beyond.What You’ll Learn:Loading and Performance: Understand the fundamentals of drone loading, balance, and performance factors that affect flight operations.14 CFR 107 FAA Regulation: Gain an in-depth understanding of the FAA regulations that govern drone operations, ensuring compliance and safety.Airport Operations: Learn the intricacies of operating drones in and around airports, including communication protocols and safety measures.Aviation Radio Communications: Master the art of effective aviation communication, including standard phraseology and procedures.Airspace: Explore the different classes of airspace, their restrictions, and how to navigate them safely and legally.Sectional & TAC Charts: Learn to read and interpret sectional and terminal area charts to enhance your situational awareness and planning.Aviation Weather Theory: Delve into the principles of weather theory, including the formation of various weather phenomena and their impact on drone flight.Aviation Weather Services: Discover the resources available for obtaining real-time weather information and forecasts to plan safe flight operations.Aeronautical Decision Making (ADM): Develop critical thinking and decision-making skills that are essential for safe and effective drone operations.Physiological Factors: Understand how human factors such as fatigue, stress, and health can affect drone operation and how to mitigate these risks.Night Operations: Understand the specific regulations, safety procedures, and best practices for operating drones at night.Maintenance & Inspections: Learn the best practices for maintaining and inspecting your drone to ensure it is always in optimal condition for flight.Practice FAA Exams: Test your knowledge with practice exams that simulate the actual FAA Part 107 test, ensuring you are fully prepared.How to Apply For Your Remote Pilot Certificate & Stay Current: Step-by-step guidance on the application process for your Remote Pilot Certificate and tips on how to keep your certification up to date.Why Choose This Course?Our course is designed with simplicity and clarity in mind, breaking down complex topics into easily understandable segments. With a focus on practical knowledge and real-world applications, you will gain the confidence needed to operate drones safely and legally. Additionally, our practice exams and detailed lesson plans will ensure you are well-prepared to ace the FAA Part 107 exam on your first try.Join us today and take the first step towards becoming a certified drone pilot. Master the skies with our FAA Part 107 Simplified | UAV Campus Drone License Course!

Overview
Section 1: Introduction to Part 107

Lecture 1 Your Path to Becoming a Certified Drone Pilot Starts Here

Lecture 2 Course Intro & Instructor

Lecture 3 Who is This Course For?

Lecture 4 Curriculum Overview

Lecture 5 UAV Study Material

Lecture 6 How To Study For This Course

Lecture 7 What To Expect From The Exam

Lecture 8 UAV Campus Test Prep App

Section 2: Digital Study Material!!

Lecture 9 How to access your digital study material on UAV Campus

Lecture 10 Where to Find Tools, Copters and Other Products We Talk About

Section 3: UAV Loading and Performance

Lecture 11 UAV Loading and Performance Overview

Lecture 12 Loading and Performance Exam Prep

Lecture 13 Responsibilities of rPIC

Lecture 14 Axes of Rotation

Lecture 15 Fixed Wing Aircraft Roll, Pitch and Yaw

Lecture 16 FIELD TRIP! Fixed Wing Axes of Rotation

Lecture 17 FIELD TRIP! Quadcopter Axes of Rotation

Lecture 18 FIELD TRIP! Fixed Wing VTOL

Lecture 19 Four Forces of Flight

Lecture 20 Lift

Lecture 21 Principles of Lift

Lecture 22 Newton/Bernoulli

Lecture 23 Weight

Lecture 24 FEILD TRIP! Maximum Allowable Weight

Lecture 25 Thrust Fixed Wing

Lecture 26 Thrust Rotorcraft/Quadcopter

Lecture 27 Parasite Drag

Lecture 28 Induced Drag

Lecture 29 FIELD TRIP! Induced Drag Example

Lecture 30 Stalls

Lecture 31 Load Factor

Lecture 32 Load Factor and Stall Speed

Lecture 33 Stability

Lecture 34 Center of Gravity (CG) & Factors Affecting Performance

Lecture 35 Moving CG Location

Lecture 36 Effects of CG and Moving It

Lecture 37 Exceeding CG Limits

Lecture 38 Altitude Affecting Performance

Lecture 39 Temperature & Humidity Affecting Performance

Lecture 40 Weight Affecting Performance

Lecture 41 Other Factors Affecting Performance

Section 4: FAA Regulation

Lecture 42 FAA Regulation Overview

Lecture 43 Regulation Exam Prep

Lecture 44 Introduction to FAA Regulation

Lecture 45 Regulation Subparts

Lecture 46 Subpart A: 107.1 – Applicability

Lecture 47 Can Recreational Flyers Still Be Paid?

Lecture 48 107.3 – Definitions

Lecture 49 FIELD TRIP! Unmanned VS Manned Quadcopters

Lecture 50 107.5 – Falsification, Reproduction, Alteration

Lecture 51 107.7 – Inspection, Testing, & Compliance

Lecture 52 107.9 – Accident Reporting

Lecture 53 Subpart B: 107.12 Requirements for Remote Pilot Certificate

Lecture 54 107.13 to 107.15 – Registration

Lecture 55 107.17 – Medical Conditions

Lecture 56 107.19 to 107.21 – rPIC Emergencies

Lecture 57 107.23 to 107.25 – Hazardous Operations and Moving Vehicles

Lecture 58 FIELD TRIP! FPV From a Moving Car

Lecture 59 FIELD TRIP! FPV From a Boat

Lecture 60 107.27 and 107.59 – Alcohol & Drugs

Lecture 61 107.29 – Night Operation

Lecture 62 107.31 – Visual Line of Sight (VLOS)

Lecture 63 107.33 to 107.36 – Visual Observer, Multiple Drones, Hazardous Materials

Lecture 64 107.37 to 107.39 – Right of Way, Operation Over People (OOP)

Lecture 65 107.41 to 107.43 – Airspace and Airport Operations

Lecture 66 107.49 – Preflight Familiarization

Lecture 67 107.51 – Operating Limitations Part 1, 400ft

Lecture 68 107.51 – Operating Limitations Part 2, Clouds & Speed

Lecture 69 Automated Operations

Lecture 70 Subpart C: 107.61 to 107.77 – Eligibility, Recency, Retesting, Change of Address

Lecture 71 Subpart D: Operations Over People (OOP)

Lecture 72 Category 1 UAS

Lecture 73 Category 2 UAS

Lecture 74 Category 3 UAS

Lecture 75 Category 4 UAS

Lecture 76 FAA Declaration of Compliance & EXTRA VIDEO!

Lecture 77 FIELD TRIP VIDEO! Indoor and Outdoor Flying with Cinewhoop Drones

Lecture 78 Moving Rotating Parts

Lecture 79 “Closed/Restricted” and “On Notice”

Lecture 80 Operations Over People at Night & Minimum Distance

Lecture 81 107.145 – Flying over Moving Vehicles

Lecture 82 FIELD TRIP! Flying Over Racecars at a Race Track

Lecture 83 New OOP Waivers

Lecture 84 Subpart E: 107.205 – Waivable Regulation

Lecture 85 Part 48 – Registration

Lecture 86 Part 89 – What is Remote ID?

Lecture 87 Who Must Comply With Remote ID?

Lecture 88 Remote ID Methods 1 & 2

Lecture 89 Operational Requirements & Remote ID Method 3

Lecture 90 Registration Requirements

Lecture 91 NTSB Requirements: 49 CFR Part 830

Lecture 92 NTSB Reporting

Lecture 93 Filing a NASA Report

Section 5: Navigate Airport Operations

Lecture 94 Airport Operations Overview

Lecture 95 Exam Prep For Airport Operations

Lecture 96 Types of Airports

Lecture 97 True vs Magnetic North

Lecture 98 Runway Orientation

Lecture 99 Traffic Patterns

Lecture 100 Segmented Circle

Lecture 101 Wind Direction Indicators

Lecture 102 Airport Signs

Lecture 103 Airport Beacons

Lecture 104 FIELD TRIP! Civil Airport Beacon

Lecture 105 FIELD TRIP! Military Airport Beacon

Lecture 106 Operation Near & At Airports

Lecture 107 Flying the Wire Environment

Lecture 108 FIELD TRIP! Flying the Wire Example

Lecture 109 Other Operational Considerations

Lecture 110 Sources of Airport Data

Lecture 111 How to Use Chart Supplements (Part 1)

Lecture 112 How to Use Chart Supplements (Part 2)

Lecture 113 NOTAMs

Lecture 114 Types of NOTAMs

Lecture 115 FEILD TRIP! Following Aircraft at Private Airport

Lecture 116 ATIS

Section 6: Aviation Radio Communications

Lecture 117 Aviation Radio Communications Overview

Lecture 118 Radio Communications Exam Prep

Lecture 119 Alphabet & Numbers

Lecture 120 Traffic Location & Call Sign

Lecture 121 Nontowered Airports – Position Reports

Lecture 122 Nontowered Airports – CTAF & UNICOM

Lecture 123 Best Practices

Lecture 124 FIELD TRIP! Listening to Radios

Lecture 125 Towered Airports

Lecture 126 Who Do You Listen To?

Section 7: Understanding Airspace

Lecture 127 Understanding Airspace Overview

Lecture 128 Exam Prep for Airspace

Lecture 129 General Airspace Information

Lecture 130 Types of Airspace

Lecture 131 Defining Airspace Terms

Lecture 132 Controlled Airspace Overview

Lecture 133 Class A & B – Definitions

Lecture 134 Class B – Skyvector Charts

Lecture 135 Class C – Definitions

Lecture 136 Mode C Veil

Lecture 137 Class C – Skyvector Charts

Lecture 138 Class D – Definitions

Lecture 139 Class D – Skyvector Charts

Lecture 140 Class E – Definitions

Lecture 141 Class E Extensions

Lecture 142 Class E – Skyvector

Lecture 143 Class G

Lecture 144 How to Determine if You Need Approval

Lecture 145 Special Use Airspace: Prohibited and Restricted Areas

Lecture 146 Warning, Military Operation, Alert & Controlled Firing Areas

Lecture 147 Other Airspace: Temporary Flight Restrictions

Lecture 148 Parachute Jump Areas

Lecture 149 Military Routes & Special Military Activity

Lecture 150 MTRs on Skyvector

Lecture 151 VFR Routes

Lecture 152 NSA, FRZ, ADIZ

Lecture 153 FRZ and ADIZ on Skyvector

Lecture 154 Special Flight Rules Area

Lecture 155 Wilderness Areas, National Parks & Tethered Balloons

Section 8: Understanding Charts

Lecture 156 Understanding Charts Overview

Lecture 157 Exam Prep for Charts

Lecture 158 Types of Charts

Lecture 159 Sectional Charts

Lecture 160 Skyvector Sectional Charts

Lecture 161 Maximum Elevation Figure (MEF)

Lecture 162 Airport Depictions

Lecture 163 Navigation Aid

Lecture 164 Isogonic Lines and Chart Variation

Lecture 165 Victor Airways

Lecture 166 Obstructions

Lecture 167 Miscellaneous Symbols

Lecture 168 Latitude & Longitude

Lecture 169 How to Read GPS Coordinates

Section 9: Aviation Weather

Lecture 170 Aviation Weather Overview

Lecture 171 Exam Prep for Aviation Weather

Lecture 172 Atmospheric Circulation

Lecture 173 Atmospheric Pressure

Lecture 174 Standard Day Plus High and Low Pressures

Lecture 175 Pressure Altitude Calculation

Lecture 176 Density Altitude

Lecture 177 FIELD TRIP! Density Altitude Plane Crash

Lecture 178 Density Altitude Graph

Lecture 179 High Pressure, Low Density Altitude

Lecture 180 UAV Performance

Lecture 181 Wind and Pressure

Lecture 182 Isobar Pressure Example

Lecture 183 Convective Currents and Turbulences

Lecture 184 Circulation Patterns: Land and Sea Breezes

Lecture 185 Low-Level Wind Shear

Lecture 186 FIELD TRIP! Low Level Wind Shear

Lecture 187 Temperature and Dew Point

Lecture 188 Frost Facts

Lecture 189 Types of Fog

Lecture 190 Cloud Types

Lecture 191 Ceiling and Visibility

Lecture 192 Stability of Air Masses

Lecture 193 Thunderstorms

Lecture 194 Fronts

Lecture 195 Structural Icing

Section 10: Aviation Weather Services

Lecture 196 Chapter Overview

Lecture 197 Exam Prep for Aviation Weather Services

Lecture 198 Understanding Weather Information

Lecture 199 Obtaining Weather Information

Lecture 200 Introduction to METARs

Lecture 201 How to Read METARs

Lecture 202 Hot to Read METARs Part 2

Lecture 203 EXTRA VIDEO! Additional METARs

Lecture 204 EXTRA VIDEO! METAR Decoding

Lecture 205 METAR Code List

Lecture 206 Online METAR Decoder

Lecture 207 Clouds Defined in METARs

Lecture 208 Decoding TAFs

Section 11: Aeronautical Decision Making (ADM)

Lecture 209 Aeronautical Decision Making Overview

Lecture 210 Exam Prep for Aeronautical Decision Making

Lecture 211 ADM History and Why We Use It

Lecture 212 Decision Making Steps

Lecture 213 Crew Resource Management

Lecture 214 Single Pilot Resource Management

Lecture 215 Hazard & Risk

Lecture 216 Hazardous Attitudes

Lecture 217 Risk Assessment and Mitigation

Lecture 218 Risk Management Process

Lecture 219 Risk Fundamentals and The PAVE Checklist

Lecture 220 Decision Making Process

Lecture 221 DECIDE Model and Automatic Decision Making

Lecture 222 Operation Pitfalls

Lecture 223 Stress Management

Lecture 224 Situational Awareness

Lecture 225 Common Accident Factors

Section 12: Physiological Factors

Lecture 226 Physiological Factors Overview

Lecture 227 Exam Prep for Physiological Factors

Lecture 228 Introduction to Physiological Factors

Lecture 229 Hyperventilation

Lecture 230 Stress & Fatigue

Lecture 231 Dehydration & Heat Stroke

Lecture 232 Drugs & Alcohol

Lecture 233 Vision and Flight Scanning

Section 13: Night Operations

Lecture 234 Night Operations Introduction

Lecture 235 Exam Prep for Night Operations

Lecture 236 Night Regulation

Lecture 237 Requirements For Flying at Night

Lecture 238 Vision in Flight

Lecture 239 Dark Adaptation

Lecture 240 Coping With Stress at Night

Lecture 241 Illusions at Night

Lecture 242 Flicker Vertigo

Lecture 243 Tips For Flying at Night Part 1

Lecture 244 Tips For Flying at Night Part 2

Lecture 245 Losing Visual Line of Sight at Night (VLOS)

Lecture 246 Airspace Approval at Night

Section 14: Maintenance and Inspections

Lecture 247 Maintenance and Inspections Overview

Lecture 248 Exam Prep for Maintenance and Inspections

Lecture 249 The Importance of Maintenance

Lecture 250 Preflight Inspections

Lecture 251 Emergency Planning

Lecture 252 Lithium Battery Fires

Lecture 253 Safe Handling of Lithium Batteries

Lecture 254 The Frequency Spectrum

Lecture 255 Loss of Control Link & Flyaways

Section 15: Schedule, Apply and Stay Current

Lecture 256 How to Start Applying For Your FAA Exam

Lecture 257 How to Get Your FTN Number on IARCA

Lecture 258 How to Sign Up for PSI and Schedule

Lecture 259 What Should I Bring to The Exam?

Beginner drone pilots. This course is perfect for those with or without aviation experience who are new to flying drones.,Inactive drone pilots. Ideal for recurrent drone pilots who have been inactive for more than four years and need a comprehensive refresher.,Aspiring commercial drone operators. Those looking to start a career in commercial drone operations and need to pass the FAA Part 107 Knowledge Exam.,Hobbyists and enthusiasts. Drone hobbyists and enthusiasts who want to gain a deeper understanding of drone regulations and safe flying practices.,Students and educators. Students pursuing studies in aviation or technology and educators who wish to integrate drone technology into their curriculum.