ANAC Agricultural Pilot Airplane (PAGA) study guide
ANAC Agricultural Pilot Airplane (PAGA) · Work through your exam, one topic at a time.
The PAGA (Piloto Agrícola - Avião) is the Brazilian civil aviation licence endorsement that authorises a pilot to conduct aerial agricultural application in aeroplanes - spraying pesticides, fertilisers, seeds and similar products at low level over crops and pasture. It is issued within the ANAC licensing framework and is aimed at pilots who already hold a private or commercial aeroplane licence and want to work in the agricultural aviation sector, whether as a salaried pilot for an operator or on their own account. The ANAC Agricultural Pilot Airplane (PAGA) study guide has 9 sections and about 2,475 words.
01Brazilian Regulations and Administrative Procedures for Agricultural Aviation
Agricultural aviation in Brazil is governed by ANAC regulations, primarily RBAC 137, which establishes the requirements for aerial application operators, aircraft, and personnel. Candidates must understand the difference between the operator certificate (issued to the company) and individual pilot licensing with the agricultural aviation (PAGA) endorsement.
309 words, about 2 min02Aircraft, Engine, Propeller, and Application Equipment Inspection
Agricultural aircraft are built for low-level work in demanding environments. The airframe must withstand spray corrosion, and the engine must deliver reliable power at low altitude with rapid throttle changes.
292 words, about 1 min03Performance, Weight and Balance, and Takeoff/Landing Limitations
Agricultural aircraft operate near maximum gross weight at takeoff and return light after application. Candidates must understand how density altitude, temperature, humidity, and field elevation affect takeoff distance and climb performance.
296 words, about 1 min04Human Factors, Crew Resource Management, and Flight Safety
Agricultural flying demands sustained attention at low altitude, often in high workload and heat. Candidates must understand situational awareness , fatigue, dehydration, heat stress, and the effects of chemical exposure on judgment.
261 words, about 1 min05Meteorology and Low-Level Agricultural Flight
Agricultural flying occurs in the boundary layer where wind, turbulence, temperature inversions, and humidity strongly affect operations. Candidates must understand surface wind effects on drift, the danger of temperature inversions that trap spray and allow it to travel long distances, and the turbulence associated with thermals, tree lines, and buildings.
273 words, about 1 min06Navigation and Flight Planning for Agricultural Missions
Agricultural flight planning differs from cross-country navigation: the objective is precise, repeatable swath alignment over a field. Candidates must understand swath width , overlap , heading and track , and the use of GPS guidance and flaggers.
260 words, about 1 min07Aerial Application Techniques and Low-Level Maneuvering
Candidates must understand the elements of a safe and effective pass: entry altitude, swath alignment, constant height above the canopy, and a controlled pull-up at the end. Application height affects coverage and drift; too high increases drift, too low risks contact with the crop or terrain.
287 words, about 1 min08Emergency and Abnormal Procedures for Agricultural Aircraft
Agricultural aircraft often operate with little altitude margin, so emergency procedures must be immediate. Candidates must know the response to engine failure at low altitude: maintain control, establish the best glide or forced landing attitude, and select a landing area ahead, avoiding obstacles and people.
256 words, about 1 min09Agricultural Products, Toxicology, and Environmental Protection
Candidates must understand basic toxicology: toxicity , exposure , and dose-response . Know the meaning of LD50 and the difference between acute and chronic effects, and the routes of exposure: inhalation, dermal, ingestion, and ocular.
241 words, about 1 min