RPAS Basic study plan
RPAS Basic · Give each week a clear focus.
8 weeks · About 6 hours per week
Air law, air traffic rules and procedures & RPAS airframes, power plants, propulsion and systems
Map the air-law syllabus into a one-page checklist of every rule area (airspace classes, right-of-way, distances from people and property, altitude limits, VLOS, registration, incident reporting)
Define each regulatory distance and altitude limit in your own words and record the exact figure for each
Label the major RPAS subsystems (airframe, propulsion, power, control link, ground station, payload) on a hand-drawn block diagram
List the failure modes of each subsystem and note which are safety-critical
Your checkpoint
A two-page reference sheet: one page of air-law limits and definitions, one page of a labelled systems block diagram with failure modes
Air law, air traffic rules and procedures & RPAS airframes, power plants, propulsion and systems
Explain airspace classes and their RPAS access implications without notes
Describe right-of-way rules and apply them to five written conflict scenarios
Compare LiPo, Li-ion and other battery chemistries on energy density, discharge behaviour and failure risk
Explain the operating principle of the propulsion set (motor, ESC, propeller) and how thrust and efficiency change with load
Your checkpoint
A scored self-test of 20 air-law and systems questions, with every wrong answer rewritten as a correct statement
RPAS airframes, power plants, propulsion and systems & Air law, air traffic rules and procedures
Trace power flow from battery through ESC and motor, and state what each component protects against
Diagnose five written fault scenarios (brownout, motor desync, GPS loss, link loss, compass error) and name the correct response
Describe pre-flight inspection items for airframe, propellers, battery and control link
Recite the emergency procedures for loss of link, loss of GPS and low battery
Your checkpoint
A one-page fault-diagnosis table mapping symptom to probable cause to correct action for at least eight faults
Human factors & RPAS airframes, power plants, propulsion and systems
Define situational awareness and identify the three most common ways it degrades during RPAS operations
Explain how workload, fatigue and complacency affect decision-making, and list countermeasures for each
Describe the human-machine interface risks of heads-down ground-station flying and how to mitigate them
Apply a decision-making model to three written in-flight scenarios
Your checkpoint
Three written scenario analyses, each identifying the human-factor trap, the decision point and the safer alternative
Meteorology & Air law, air traffic rules and procedures
Decode a METAR and a TAF line by line, including wind, visibility, cloud and trend groups
State the RPAS-relevant limits for wind, gust spread, visibility, cloud base and precipitation
Explain how temperature, pressure and density altitude affect lift, thrust and battery performance
Describe how local terrain and urban structures modify wind and create turbulence
Your checkpoint
A decoded-weather worksheet: five METARs and two TAFs fully decoded, each with a go/no-go call and a one-sentence justification
Meteorology & Human factors
Interpret stability, lapse rate and inversion concepts and predict their effect on a planned flight
Explain how icing, fog and convective development form and why each is a stop trigger
Describe how heat, cold, vibration and noise affect pilot performance and error rates
Identify the physiological and psychological stressors most relevant to short-notice RPAS operations
Your checkpoint
A weather-and-human-factors decision card: ten conditions, each with a stop/go threshold and the human-factor risk it raises
Air law, air traffic rules and procedures & RPAS airframes, power plants, propulsion and systems & Human factors & Meteorology
Synthesize all four domains into integrated pre-flight, in-flight and post-flight checklists
Work through at least 60 mixed practice questions and log every error by domain
Re-teach your three weakest sub-topics aloud from memory
Reconcile any conflicting figures in your notes against a single authoritative reference
Your checkpoint
An error log with every missed question tagged by domain and sub-topic, plus a ranked list of your three weakest areas
Air law, air traffic rules and procedures & RPAS airframes, power plants, propulsion and systems & Human factors & Meteorology
Close every gap on the ranked weak-area list with targeted review
Complete two full timed mock exams under exam conditions
Review each mock answer and confirm the reasoning, not just the result
Recite the key limits, emergency procedures and weather thresholds from memory
Your checkpoint
Two completed timed mock exams with scores recorded and all remaining errors resolved to a correct written explanation
Milestones
Week 2: Score at least 70% on the 20-question self-test across domains 1 and 2, and correctly state every regulatory distance and altitude limit from memory
Week 4: Correctly diagnose at least six of eight faults in the fault-diagnosis table, and submit three scenario analyses that each name the human-factor trap and a safer alternative
Week 6: Decode five METARs and two TAFs with no errors in wind, visibility or cloud groups, and produce go/no-go calls consistent with your stated thresholds
Week 8: Score at least 80% on both timed mock exams with no domain below 70%, and show zero unresolved errors in the error log