FAA Part 107 Rules & Regulations Practice Questions (120) – sUAS Operations, VLOS, Remote ID | AVIA 107 Remote Pilot Certification | Drone Aviation

This document contains 120 structured exam questions and answers focused on FAA Part 107 rules and regulations governing small unmanned aircraft systems (sUAS). The material is designed to help students preparing for FAA Remote Pilot certification exams and drone aviation training courses understand the regulatory framework, operational limitations, and safety requirements for commercial drone operations. The questions are presented in a concise question-and-answer format to reinforce regulatory knowledge and support efficient exam preparation. The study guide begins with foundational Part 107 regulatory concepts, including the definition of small unmanned aircraft systems (sUAS) and the responsibilities of the Remote Pilot in Command (PIC). It explains that the Remote PIC holds final authority and responsibility for the safety of drone operations and must assess operating conditions before every flight. The document also outlines the roles of other crew members such as the Visual Observer (VO) and the person manipulating the flight controls, emphasizing the collaborative responsibilities required for safe drone operations (pages 1–2). Operational safety procedures are explained in detail throughout the document. Key topics include pre-flight risk assessment, environmental evaluation, airspace restrictions, and equipment checks before each flight mission. The study guide describes how a Remote PIC must evaluate local weather conditions, nearby persons or property, airspace restrictions, and potential hazards before launching a drone. It also reviews the IMSAFE checklist used to evaluate pilot readiness, which examines illness, medication use, stress, alcohol consumption, fatigue, and emotional or nutritional factors that may impair pilot performance (pages 2–3). The document also explains operational limitations and flight rules established under Part 107. Students review requirements such as maintaining visual line of sight (VLOS), respecting cloud clearance minimums, and operating within visibility requirements of at least three statute miles. Additional sections explain maximum drone speed limits of 87 knots (100 mph), altitude restrictions of 400 feet above ground level unless operating near structures, and the requirement to yield right-of-way to all other aircraft. These rules form the core safety standards for legal drone operations in U.S. airspace (pages 7–8). Another key topic covered is drone registration, identification, and documentation requirements. The study material explains that operators must carry a Remote Pilot Certificate, aircraft registration, and Remote ID information during operations. It also reviews procedures for registering drones through FAA systems, marking registration numbers on aircraft, maintaining maintenance logs, and documenting flight missions in logbooks. These administrative procedures are essential for regulatory compliance and operational accountability (pages 4–6). The guide also explores advanced regulatory concepts such as flight operations over people, drone category classifications (Categories 1–4), waiver requests, and authorization procedures for controlled airspace operations. Students learn when special authorization is required, how waivers allow operations outside normal Part 107 limitations, and how pilots must justify safety measures when requesting regulatory exemptions. The document also explains rules governing operations from moving vehicles, cargo transport limitations, and risk mitigation planning for emergency drone malfunctions (pages 9–14). This study material may be relevant for courses such as: FAA Part 107 Remote Pilot Certification Unmanned Aircraft Systems (UAS) Operations Drone Aviation Regulations and Compliance Aeronautical Knowledge for Remote Pilots Drone Flight Safety and Risk Management Students enrolled in the following programs may benefit from this document: Unmanned Aircraft Systems (UAS / sUAS) Aviation or Aeronautical Science Drone Technology and Commercial Drone Operations Aviation Management Geospatial Mapping and Aerial Survey Programs Example course codes commonly aligned with these topics include: AVIA 107 – Remote Pilot Certification UAS 210 – Unmanned Aircraft Systems Fundamentals AERO 215 – Aviation Regulations and Safety UAV 201 – Drone Operations and Compliance AVS 220 – Aviation Weather and Navigation The topics and regulatory concepts presented in this document align closely with the knowledge areas covered in major FAA aviation training resources, including the Pilot’s Handbook of Aeronautical Knowledge (FAA-H-8083-25) published by the Federal Aviation Administration and Remote Pilot Test Prep: Study and Prepare for the FAA Knowledge Exam (Part 107) by the ASA Test Prep Series. These textbooks provide the foundational aeronautical knowledge, airspace rules, and operational safety procedures reflected in the exam questions included in this study guide. Overall, this document functions as a comprehensive regulatory review and practice exam resource for students preparing for FAA Part 107 certification exams, drone aviation coursework, or professional remote pilot licensing. Keywords FAA Part 107 regulations exam questions, drone pilot certification study guide, sUAS rules and regulations review, remote pilot in command responsibilities, visual line of sight drone operations, drone altitude and speed limits FAA, aviation weather visibility requirements drones, drone registration FAA requirements, remote ID compliance drone operations, drone operations over people categories, FAA waiver vs authorization rules, drone flight logbook requirements, aviation safety IMSAFE checklist, preflight risk assessment drone pilots, drone airspace rules Part 107, aviation right of way rules drones, unmanned aircraft systems regulations study material, drone certification exam preparation