Pass your EASA/CAA licence modules faster with WingWise!
Clear notes, spaced flashcards and timed mini-tests across every Part-66 module — aligned with the current UK CAA and EASA syllabus so your revision maps directly to what an approved Part-147 examination will ask.
Why WingWise?
Built for the hangar, not the classroom.
WingWise understands Part-66. Every note, flashcard and question is shaped around the syllabus you will actually be examined on — so you spend less time filtering generic content and more time passing your modules.
Aircraft maintenance-specific knowledge
Built specifically around Part-66 modules
Generates exam-style questions
Tracks progress
Knows your weak areas
Structured revision plans
Much faster than prompting a general AI
Syllabus
All Part-66 modules · EASA
The complete Part-66 module list, approved under both UK CAA and EASA. Switch authorities any time — module content adapts where the regulators differ (e.g. M10 Legislation).
Mathematics
Arithmetic, algebra, geometry and trigonometry as applied to maintenance calculations.
Physics
Matter, statics and dynamics, fluid mechanics, thermodynamics, optics and wave motion.
Electrical Fundamentals
DC/AC theory, resistance, capacitance, inductance, transformers and generators.
Electronic Fundamentals
Semiconductor devices, printed circuit boards and servomechanisms.
Digital Techniques / Electronic Instrument Systems
Number systems, logic circuits, data buses, computers, EFIS and fibre optics.
Materials & Hardware
Ferrous and non-ferrous metals, composites, corrosion, fasteners, pipes, springs, bearings and controls.
Maintenance Practices
Safe working, tools, fits & clearances, fasteners, riveting, bonding and inspection.
Basic Aerodynamics
Physics of the atmosphere, aerofoils, forces of flight and stability.
Human Factors
Human performance, limitations, error, communication and safety culture.
Aviation Legislation
EASA/CAA regulatory framework: Part-M, Part-145, Part-66, Part-147 and Part-21.
Aeroplane Aerodynamics, Structures & Systems
Turbine aeroplane airframe structures, flight controls and all major aircraft systems (B1.1).
Helicopter Aerodynamics, Structures & Systems
Rotor theory, transmissions, flight controls, rotor track and balance, and helicopter systems.
Aircraft Aerodynamics, Structures & Systems
Avionics-focused aerodynamics, structures, autoflight, communications, navigation and integrated systems (B2).
Propulsion
Turbine engine principles, engine indicating and control systems from the avionics perspective (B2).
Gas Turbine Engine
Turbine engine construction, performance, fuel, oil, air, ignition and indicating systems.
Piston Engine
Reciprocating engine construction, fuel, ignition, induction, lubrication, cooling and operation.
Propeller
Propeller theory, construction, pitch control, synchronising, ice protection and maintenance.