EASA Part-66 Module12 helicopter systems foundations study plan
EASA Part-66 Module12 helicopter systems foundations · Give each week a clear focus.
8 weeks · About 5 hours per week
Rotary-wing aerodynamic and hub principles
Review Rotary-wing aerodynamic and hub principles using the mapped guide and reference terms.
Attempt relevant questions before reading answers and explain the distinction or calculation.
Your checkpoint
A checked study log for Rotary-wing aerodynamic and hub principles, with supporting reasoning and unresolved questions.
Controls, drivetrain and anti-torque
Review Controls, drivetrain and anti-torque using the mapped guide and reference terms.
Attempt relevant questions before reading answers and explain the distinction or calculation.
Your checkpoint
A checked study log for Controls, drivetrain and anti-torque, with supporting reasoning and unresolved questions.
Airframe, power, fluid and protection systems
Review Airframe, power, fluid and protection systems using the mapped guide and reference terms.
Attempt relevant questions before reading answers and explain the distinction or calculation.
Your checkpoint
A checked study log for Airframe, power, fluid and protection systems, with supporting reasoning and unresolved questions.
Tracking, vibration, inspection and monitoring
Review Tracking, vibration, inspection and monitoring using the mapped guide and reference terms.
Attempt relevant questions before reading answers and explain the distinction or calculation.
Your checkpoint
A checked study log for Tracking, vibration, inspection and monitoring, with supporting reasoning and unresolved questions.
Rotary-wing aerodynamic and hub principles
Review Rotary-wing aerodynamic and hub principles using the mapped guide and reference terms.
Attempt relevant questions before reading answers and explain the distinction or calculation.
Your checkpoint
A checked study log for Rotary-wing aerodynamic and hub principles, with supporting reasoning and unresolved questions.
Controls, drivetrain and anti-torque
Review Controls, drivetrain and anti-torque using the mapped guide and reference terms.
Attempt relevant questions before reading answers and explain the distinction or calculation.
Your checkpoint
A checked study log for Controls, drivetrain and anti-torque, with supporting reasoning and unresolved questions.
Rotary-wing aerodynamic and hub principles & Controls, drivetrain and anti-torque & Airframe, power, fluid and protection systems & Tracking, vibration, inspection and monitoring
Apply the cases before reading model responses.
Retest recurring errors with a mixed set and compare preparation with the actual syllabus.
Your checkpoint
A checked study log for Rotary-wing aerodynamic and hub principles, Controls, drivetrain and anti-torque, Airframe, power, fluid and protection systems, Tracking, vibration, inspection and monitoring, with supporting reasoning and unresolved questions.
Rotary-wing aerodynamic and hub principles & Controls, drivetrain and anti-torque & Airframe, power, fluid and protection systems & Tracking, vibration, inspection and monitoring
Apply the cases before reading model responses.
Retest recurring errors with a mixed set and compare preparation with the actual syllabus.
Your checkpoint
A checked study log for Rotary-wing aerodynamic and hub principles, Controls, drivetrain and anti-torque, Airframe, power, fluid and protection systems, Tracking, vibration, inspection and monitoring, with supporting reasoning and unresolved questions.
Milestones
Week 2: Explain the principal concepts using evidence rather than memorized option positions.
Week 5: Apply subject concepts to cases and identify assumptions and limits.
Week 8: Review mixed performance and the exact current qualification requirements.