UAS/UAV (Drone) Remote Pilot Certification Test - Part 107

Learn the part 107 laws and regulations for UAS, including eligibility, aircraft weight, registration, and general operating rules like visual line of sight, daylight and altitude limits, and safety reporting.

Learn Part 107 drone regulations: keep drones under 55 pounds, register those over 0.55 pounds, display the FAA ID, and carry a remote pilot certificate with three-year registration records.

Meet UAS pilot requirements: at least 16, pass aeronautical knowledge test, clear TSA check; part 61 pilots may complete part 1 of 7 under direct supervision without a visual observer.

Learn how the LAANC system streamlines drone authorizations using US facility maps and grid-based instant approvals; choose location, radius, and flight rules, then submit to receive an FAA approval number.

Explains the part 107 regulations for the automated registration system, noting that the drone must weigh less than 55 pounds to be registered in the United States.

Learn to identify class B, C, D, E, and G airspace and navigate prohibited, restricted, warning areas, MOAs, and TFRs using VFR sectional charts for drone safety.

When the control tower isn’t open 24 hours, airspace may be class E to the surface or class G to 700 feet; check the airport facility directory per AIM 3-2-5.

Learn to analyze airspace on sectional charts, identify towered and non-towered airports, and interpret latitude and longitude using aeronautical charts and official FAA sources for safe drone operations.

Master latitude and longitude on sectional maps by locating Little York airport at about 38 degrees 42 minutes north and 85 degrees 55 minutes west.

Learn to read sectional charts by identifying obstacle heights above ground level (agl) and mean sea level (msl). Distinguish single versus group obstacles from shapes and note lit obstructions.

Learn to read aviation weather tools, especially metar reports, and assess current and forecast conditions for safe drone flight, noting density altitude, wind patterns, visibility, and precipitation risk.

Explain stall in drone flight, detailing how the critical angle of attack disrupts smooth airflow over the wing, reducing lift and causing a stall.

Discover tools that simplify drone work, including on-demand air insurance via air flight verify and fast airspace authorizations with air map, 360 panorama capture with drone pan and hangar 360.