Private Pilot Ground School

Discover how lift, weight, thrust, and drag interact in flight, and how angle of attack, stalls, and spins relate to flaps, rudder, and safe turning and landing.

Discover airplane instruments and engine systems essential for private pilots, including pitot-static pressures powering the airspeed indicator and altimeter, gyroscopic instruments, carburetor icing, and fuel and ignition practices.

Explore runway markings, displaced thresholds, chevrons, and hold-short procedures; learn airport lighting and beacons, traffic patterns, and class d airspace with atc communications.

Explore the federal aviation regulations covering aircraft categories and classes, airworthiness and maintenance records, pilot certificates, airspace rules, and required equipment.

Learn how density altitude, driven by temperature, humidity, and pressure, affects performance and how to use charts to compute it; master weight and balance, CG, and loading envelopes.

Learn how hypoxia, hyperventilation, spatial disorientation, and carbon monoxide affect pilot judgment, and how aeronautical decision making and risk management guide safer flight choices.

Explore aviation weather fundamentals, including heat exchange, Coriolis effects, and fronts. See how convection, stability, dew point, and wind shear shape cloud formation, thunderstorms, and flight hazards.

Identify essential items for a standard weather briefing and learn to read METARs, winds aloft forecasts, visibility, ceilings, and weather advisories for safe flight.

Locate airports by latitude and longitude, read sectional charts for class a through g airspace, and note required equipment and services such as transponder mode C, two-way radio, and Unicom.