Free EASA Module 8 Exam Prep
EASA Part-66 Module 08 - Basic Aerodynamics
Prepare for the EASA Module 8 exam without spending hundreds on expensive prep courses. Free study guides, practice questions, flashcards, and related exam resources.
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EASA Module 8 Quick Facts
Time to Get Licensed
4-8 weeks of part-time study before the module examination
From start to license in hand
Free EASA Module 8 Prep Tools
100 Practice Questions
Covers the full Module 8 syllabus: ISA atmosphere, Bernoulli, lift and drag, stall, angle of attack, and flight stability with detailed explanations
AI-Powered Learning
Get instant explanations of induced versus parasite drag, the critical angle of attack, load factor, dihedral, and the polar curve
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Practice questions with no signup required
What You'll Study
6 chapters covering the exam topics in this guide
Chapter 1: Physics of the Atmosphere
3 sections
Chapter 2: Aerodynamics & Airflow Characteristics
3 sections
Chapter 3: Lift, Drag & Aerodynamic Forces
4 sections
Chapter 4: Theory of Flight, Maneuvers & Stall Dynamics
4 sections
Chapter 5: High-Speed Airflow
3 sections
Chapter 6: Flight Stability & Dynamic Characteristics
4 sections
EASA Module 8 Exam Details
EASA Part-66 Module 08 - Basic Aerodynamics
Administered by European Union Aviation Safety Agency (EASA)
Exam Content Breakdown
Based on the official European Union Aviation Safety Agency (EASA) content outline
International Standard Atmosphere (15 degC, 1013.25 hPa, 1.98 degC/1000 ft lapse rate, tropopause 36,090 ft / -56.5 degC), pressure/density/temperature variation with altitude, humidity and dew point, density altitude and performance
Airflow around a body, boundary layer, laminar/turbulent flow and transition, free stream and relative airflow, upwash/downwash, vortices, stagnation, and aerofoil geometry (camber, chord, MAC, aspect ratio, fineness ratio)
Bernoulli/venturi, lift generation and the lift equation, lift coefficient and CLmax, angle of attack, centre of pressure, drag types (induced, parasite, profile, interference) and the polar curve / lift-drag ratio
Relationship of lift, weight, thrust and drag; glide ratio and steady-state performance; theory of the turn, load factor and stall speed; flight envelope (V-n diagram); stall causes, symptoms, washout and spin awareness
Longitudinal, lateral and directional static and dynamic stability; the roles of the tailplane, fin and dihedral; sweepback effects; centre-of-gravity influence; neutral and negative stability and Dutch roll
What's Included
6 Chapters
Complete exam coverage
Practice Quizzes
With detailed explanations
Free to Start
No credit card required
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What's Next After the EASA Module 8?
After passing the EASA Module 8, you can pursue these career paths
EASA Part-66 Module 11 - Aeroplane Aerodynamics, Structures and Systems
Applies basic aerodynamics to aeroplane airframe and systems for B1 licence holders
EASA Part-66 Module 12 - Helicopter Aerodynamics, Structures and Systems
Extends aerodynamic theory to rotary-wing flight and helicopter systems
EASA Part-66 Module 17 - Propeller
Builds on aerodynamic theory to cover propeller blade aerodynamics and control
EASA Module 8 Exam FAQ
Official European Union Aviation Safety Agency (EASA) Resources
Verify information with these official sources
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