ANAC Glider Pilot study guide
ANAC Glider Pilot · Work through your exam, one topic at a time.
The ANAC Glider Pilot written examination is the knowledge-testing stage of the licensing path for sailplane pilots under Argentina's civil aviation authority. It is aimed at student glider pilots who have completed the required flight instruction and ground training and now need to demonstrate theoretical competence before progressing to the practical test and licence issue. The ANAC Glider Pilot study guide has 8 sections and about 2,497 words.
01Air Law and Operational Regulations for Glider Pilots
Glider operations sit under a layered structure: international standards (ICAO Annexes) feed national law, which in turn delegates detail to operational rules and to the gliding association's own procedures. Know which layer governs a given question.
367 words, about 2 min02Glider General Knowledge: Airframe, Systems, Instruments and Equipment
A glider is a stiff, lightweight structure designed for bending and torsion loads from the wing, tail, and tow. Understand spar construction (wood, steel, glass, carbon), the difference between a monocoque and a framed fuselage, and the role of the wing spar carry-through in the fuselage.
327 words, about 2 min03Flight Performance, Planning and Loading
Glider performance is described by the polar curve: sink rate versus airspeed. Minimum sink gives the longest time aloft; best glide ratio gives the greatest distance.
337 words, about 2 min04Human Performance and Limitations
Human factors questions test your understanding of perception, decision-making, and physiology in a low-arousal, high-workload environment. Key concepts: the see-and-avoid limitation (the eye's narrow effective field and the saccadic scan), spatial disorientation when visual references are poor, and the difference between skill-based , rule-based , and knowledge-based errors.
277 words, about 1 min05Meteorology for Glider Pilots
Glider flying depends on vertical motion: thermals, ridge lift, wave, and convergence. Understand the lapse rate (dry adiabatic ~3 °C per 1,000 ft, saturated less), stability, and how an inversion caps thermals.
298 words, about 1 min06Navigation
Glider navigation combines dead reckoning, pilotage, and the use of turning points. Know the difference between true , magnetic , and compass headings, and how variation and deviation are applied (variation east, magnetic least).
301 words, about 2 min07Operational Procedures
Standard procedures cover the pre-flight inspection, daily inspection, and the pre-launch checklist (controls, ballast, canopy, cable, release, airbrakes, trim). For aerotow, know the signals and the emergency actions: release if the tow plane is not climbing, if the rope slackens dangerously, or if the combination is out of position.
314 words, about 2 min08Principles of Flight
Lift comes from the wing's circulation and pressure distribution; it increases with air density, speed squared, and angle of attack until the stall. Know the four forces in a glide: weight, lift, drag, and the resultant.
276 words, about 1 min