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B1.3 Helicopter / Turbine Complete Manual Library cover
Syllabus-aligned (EU) 2023/989

B1.3 Helicopter / Turbine Complete Manual Library

12 volumes · 12 modules

Executive overview

The complete B1.3 route for turbine helicopters: shared foundations, the B1 technical modules, rotorcraft systems and the gas turbine engine. The library bundles 12 volumes, each one written for the licence scope it serves, so there is no duplicated or out-of-category material. Choose the format that suits you: printed books, eBooks or both.

Together the volumes cover 177 syllabus subjects of Regulation (EU) 2023/989, Part-66 Appendix I for B1.3. One purchase gives you the whole reading list.

Plan your study by module: finish a volume, practise its competencies in the Quiz Engine, then sit the timed exam simulation. The Online Senior Instructor tracks which volumes to open next.

How it helps you pass the exam

  • Consistent structure from volume to volume, so you spend your hours learning rather than re-learning how to read the book.
  • A single, complete reading list for the whole route, mapped to the syllabus subject by subject.
  • Built for B1.3 candidates preparing every module for helicopters with turbine engines.

What is included

Competencies targeted (EASA Part-66 syllabus)

177 syllabus subjects, each shown with the knowledge level examined for the licence scope of this product. Level 1 is familiarisation, Level 2 is general knowledge and Level 3 is detailed knowledge.

Show all 177 subjects
  • 1.1ArithmeticL2
  • 1.2(a)Algebra — Simple algebraic expressionsL2
  • 1.2(b)Algebra — EquationsL1
  • 1.3(a)Geometry — Simple geometrical constructionsL1
  • 1.3(b)Geometry — Graphical representationL2
  • 1.3(c)Geometry — TrigonometryL2
  • 2.1MatterL2
  • 2.2.1Mechanics — StaticsL2
  • 2.2.2Mechanics — KineticsL2
  • 2.2.3(a)Mechanics — Dynamics: Mass, force and energyL2
  • 2.2.3(b)Mechanics — Dynamics: Momentum and conservation of momentumL2
  • 2.2.4(a)Mechanics — Fluid dynamics: Gravity and densityL2
  • 2.2.4(b)Mechanics — Fluid dynamics: Viscosity; compressibility on fluids; static, dynamic, and total pressureL2
  • 2.3(a)Thermodynamics — TemperatureL2
  • 2.3(b)Thermodynamics — HeatL2
  • 2.4Optics (light)L2
  • 2.5Wave motion and soundL2
  • 3.1Electron theoryL1
  • 3.2Static electricity and conductionL2
  • 3.3Electrical terminologyL2
  • 3.4Generation of electricityL1
  • 3.5Sources of DC electricityL2
  • 3.6DC circuitsL2
  • 3.7(a)Resistance/resistor — ResistanceL2
  • 3.7(b)Resistance/resistor — ResistorsL1
  • 3.8PowerL2
  • 3.9Capacitance/capacitorL2
  • 3.10(a)Magnetism — Theory of magnetismL2
  • 3.10(b)Magnetism — Magnetomotive forceL2
  • 3.11Inductance/inductorL2
  • 3.12DC motor/generator theoryL2
  • 3.13AC theoryL2
  • 3.14Resistive (R), capacitive (C) and inductive (L) circuitsL2
  • 3.15TransformersL2
  • 3.16FiltersL1
  • 3.17AC generatorsL2
  • 3.18AC motorsL2
  • 4.1.1(a)Semiconductors, diodes — Description and characteristicsL2
  • 4.1.2(a)Semiconductors, transistors — Description and characteristicsL1
  • 4.1.3(a)Semiconductors, integrated circuits — Basic description and operationL1
  • 4.2Printed circuit boardsL1
  • 4.3(a)Servomechanisms — PrinciplesL1
  • 5.1Electronic instrument systemsL1
  • 5.2Numbering systemsL1
  • 5.3Data conversionL1
  • 5.4Data busesL2
  • 5.5(a)Logic circuits — Identification and applicationsL2
  • 5.6(a)Basic computer structure — Computer terminology and technologyL2
  • 5.10Fibre opticsL1
  • 5.11Electronic displaysL2
  • 5.12Electrostatic sensitive devicesL2
  • 5.13Software management controlL2
  • 5.14Electromagnetic environmentL2
  • 5.15Typical electronic/digital aircraft systemsL1
  • 6.1(a)Aircraft materials, ferrous — Alloy steels used in aircraftL2
  • 6.1(b)Aircraft materials, ferrous — Testing of ferrous materialsL1
  • 6.1(c)Aircraft materials, ferrous — Repair and inspection proceduresL2
  • 6.2(a)Aircraft materials, non-ferrous — CharacteristicsL2
  • 6.2(b)Aircraft materials, non-ferrous — Testing of non-ferrous materialsL1
  • 6.2(c)Aircraft materials, non-ferrous — Repair and inspection proceduresL2
  • 6.3.1(a)Composite and non-metallic other than wood and fabric — CharacteristicsL2
  • 6.3.1(b)Composite and non-metallic other than wood and fabric — Detection of defectsL2
  • 6.3.1(c)Composite and non-metallic other than wood and fabric — Repairs and inspection proceduresL2
  • 6.3.2Aircraft materials, composite and non-metallic — Wooden structuresL1
  • 6.3.3Aircraft materials, composite and non-metallic — Fabric coveringL1
  • 6.4(a)Corrosion — Chemical fundamentalsL1
  • 6.4(b)Corrosion — Types of corrosionL3
  • 6.5.1Fasteners — Screw threadsL2
  • 6.5.2Fasteners — Bolts, studs, and screwsL2
  • 6.5.3Fasteners — Locking devicesL2
  • 6.5.4Fasteners — Aircraft rivetsL2
  • 6.6(a)Pipes and unions — IdentificationL2
  • 6.6(b)Pipes and unions — Standard unionsL2
  • 6.7SpringsL2
  • 6.8BearingsL2
  • 6.9TransmissionsL2
  • 6.10Control cablesL2
  • 6.11Electrical cables and connectorsL2
  • 7.1Safety precautions — aircraft and workshopL3
  • 7.2Workshop practicesL3
  • 7.3ToolsL3
  • 7.5Engineering drawings, diagrams and standardsL2
  • 7.6Fits and clearancesL2
  • 7.7Electrical wiring interconnection system (EWIS)L3
  • 7.8RivetingL2
  • 7.9Pipes and hosesL2
  • 7.10SpringsL2
  • 7.11BearingsL2
  • 7.12TransmissionsL2
  • 7.13Control cablesL2
  • 7.14.1Material handling — Sheet metalL2
  • 7.14.2Material handling — Composite and non-metallicL2
  • 7.14.3Material handling — Additive manufacturingL1
  • 7.16(a)Aircraft weight and balance — Centre-of-gravity calculationL2
  • 7.16(b)Aircraft weight and balance — Aircraft weighingL2
  • 7.17Aircraft handling and storageL2
  • 7.18(a)Disassembly, inspection, repair and assembly techniques — Types of defects and visual inspection techniquesL3
  • 7.18(b)Disassembly, inspection, repair and assembly techniques — General repair methods, structural repair manualL2
  • 7.18(c)Disassembly, inspection, repair and assembly techniques — Non-destructive inspection techniquesL2
  • 7.18(d)Disassembly, inspection, repair and assembly techniques — Disassembly and reassembly techniquesL2
  • 7.18(e)Disassembly, inspection, repair and assembly techniques — Troubleshooting techniquesL2
  • 7.19(a)Abnormal events — Inspections following lightning strikes and HIRF penetrationL2
  • 7.19(b)Abnormal events — Inspections following abnormal events such as heavy landings and flight through turbulenceL2
  • 7.20Maintenance proceduresL2
  • 7.21Documentation & communicationL2
  • 8.1Physics of the atmosphere — International Standard Atmosphere (ISA), application to aerodynamicsL2
  • 8.2AerodynamicsL2
  • 8.3Theory of flightL2
  • 8.4High-speed airflowL2
  • 8.5Flight stability and dynamicsL2
  • 9.1GeneralL2
  • 9.2Human performance and limitationsL2
  • 9.3Social psychologyL1
  • 9.4Factors that affect performanceL2
  • 9.5Physical environmentL1
  • 9.6TasksL1
  • 9.7CommunicationL2
  • 9.8Human errorL2
  • 9.9Safety managementL2
  • 9.10The 'Dirty Dozen' and risk mitigationL2
  • 10.1Regulatory frameworkL1
  • 10.2Certifying staff — maintenanceL2
  • 10.3Approved maintenance organisationsL2
  • 10.4Independent certifying staffL3
  • 10.5Air operationsL1
  • 10.6Certification of aircraft, parts, and appliancesL2
  • 10.7Continuing airworthinessL2
  • 10.8Oversight principles in continuing airworthinessL1
  • 10.9Maintenance and certification beyond the current EU regulations (if not superseded by EU requirements)L1
  • 10.10Cybersecurity in aviation maintenanceL1
  • 12.1Theory of flight — rotary wing aerodynamicsL2
  • 12.2Flight control systems (ATA 67)L3
  • 12.3Blade tracking and vibration analysis (ATA 18)L3
  • 12.4TransmissionL3
  • 12.5(a)Airframe structures (ATA 51) — General conceptL2
  • 12.5(b)Airframe structures (ATA 51) — Construction methods of the principal elementsL2
  • 12.6.1Air conditioning (ATA 21) — Air supplyL2
  • 12.6.2Air conditioning (ATA 21) — Air conditioningL3
  • 12.7.1Instruments/avionics systems — Instrument systems (ATA 31)L2
  • 12.7.2Instruments/avionics systems — Avionics systems: fundamentals of system layouts and operation of Autoflight (ATA 22), Communications (ATA 23), Navigation systems (ATA 34)L1
  • 12.8Electrical power (ATA 24)L3
  • 12.9(a)Equipment and furnishings (ATA 25) — Emergency equipment; seats, harnesses and belts; lifting systemsL2
  • 12.9(b)Equipment and furnishings (ATA 25) — Emergency flotation systems; cabin layout, cargo retention; equipment layout; cabin furnishing installationL1
  • 12.10(a)Fire protection (ATA 26) — Fire and smoke detection systems and fire-extinguishing systemsL3
  • 12.10(b)Fire protection (ATA 26) — Portable fire extinguishersL1
  • 12.11Fuel systems (ATA 28)L3
  • 12.12Hydraulic power (ATA 29)L3
  • 12.13Ice and rain protection (ATA 30)L3
  • 12.14(a)Landing gear (ATA 32) — System description and operationL3
  • 12.14(b)Landing gear (ATA 32) — SensorsL3
  • 12.15Lights (ATA 33)L3
  • 12.17(a)Integrated modular avionics (ATA 42) — Overall system description and theoryL2
  • 12.17(b)Integrated modular avionics (ATA 42) — Typical system layoutsL2
  • 12.18On-board maintenance systems (ATA 45): central maintenance computers; data-loading system; electronic library systemL2
  • 12.19Information systems (ATA 46)L2
  • 15.1FundamentalsL2
  • 15.2Engine performanceL2
  • 15.3InletL2
  • 15.4CompressorsL2
  • 15.5Combustion sectionL2
  • 15.6Turbine sectionL2
  • 15.7ExhaustL2
  • 15.8Bearings and sealsL2
  • 15.9Lubricants and fuelsL2
  • 15.10Lubrication systemsL2
  • 15.11Fuel systemsL2
  • 15.12Air systemsL2
  • 15.13Starting and ignition systemsL2
  • 15.14Engine indication systemsL2
  • 15.15Alternate turbine constructionsL1
  • 15.16Turboprop enginesL2
  • 15.17Turboshaft enginesL2
  • 15.18Auxiliary power units (APUs)L2
  • 15.19Power plant installationL2
  • 15.20Fire protection systemsL2
  • 15.21Engine monitoring and ground operationL3
  • 15.22Engine storage and preservationL2

Detailed programme

M01 · Mathematics
  • 1.1 Arithmetic
  • 1.2 Algebra
  • 1.3 Geometry
M02 · Physics
  • 2.1 Matter
  • 2.2 Mechanics
  • 2.3 Thermodynamics
  • 2.4 Optics (light)
  • 2.5 Wave motion and sound
M03 · Electrical Fundamentals
  • 3.1 Electron theory
  • 3.2 Static electricity and conduction
  • 3.3 Electrical terminology
  • 3.4 Generation of electricity
  • 3.5 Sources of DC electricity
  • 3.6 DC circuits
M04 · Electronic Fundamentals
  • 4.1 Semiconductors, diodes
  • 4.2 Printed circuit boards
  • 4.3 Servomechanisms
M05 · Digital Techniques and Electronic Instrument Systems
  • 5.1 Electronic instrument systems
  • 5.2 Numbering systems
  • 5.3 Data conversion
  • 5.4 Data buses
  • 5.5 Logic circuits
  • 5.6 Basic computer structure
M06 · Materials and Hardware
  • 6.1 Aircraft materials, ferrous
  • 6.2 Aircraft materials, non-ferrous
  • 6.3 Composite and non-metallic other than wood and fabric
  • 6.4 Corrosion
  • 6.5 Fasteners
  • 6.6 Pipes and unions
M07 · Maintenance Practices
  • 7.1 Safety precautions
  • 7.2 Workshop practices
  • 7.3 Tools
  • 7.5 Engineering drawings, diagrams and standards
  • 7.6 Fits and clearances
  • 7.7 Electrical wiring interconnection system (EWIS)
M08 · Basic Aerodynamics
  • 8.1 Physics of the atmosphere
  • 8.2 Aerodynamics
  • 8.3 Theory of flight
  • 8.4 High-speed airflow
  • 8.5 Flight stability and dynamics
M09 · Human Factors
  • 9.1 General
  • 9.2 Human performance and limitations
  • 9.3 Social psychology
  • 9.4 Factors that affect performance
  • 9.5 Physical environment
  • 9.6 Tasks
M10 · Aviation Legislation
  • 10.1 Regulatory framework
  • 10.2 Certifying staff
  • 10.3 Approved maintenance organisations
  • 10.4 Independent certifying staff
  • 10.5 Air operations
  • 10.6 Certification of aircraft, parts, and appliances
M12 · Helicopter Aerodynamics, Structures and Systems
  • 12.1 Theory of flight
  • 12.2 Flight control systems (ATA 67)
  • 12.3 Blade tracking and vibration analysis (ATA 18)
  • 12.4 Transmission
  • 12.5 Airframe structures (ATA 51)
  • 12.6 Air conditioning (ATA 21)
M15 · Gas Turbine Engine
  • 15.1 Fundamentals
  • 15.2 Engine performance
  • 15.3 Inlet
  • 15.4 Compressors
  • 15.5 Combustion section
  • 15.6 Turbine section

Technical specifications and licence eligibility

Volumes
12
Modules covered
12
Licence scope
B1.3
Syllabus subjects
177
Formats
Book, eBook, Book + eBook bundle
Regulatory basis
Regulation (EU) 2023/989, Part-66 Appendix I
Delivery
Confirmed at checkout

Designed for B1.3 candidates preparing every module for helicopters with turbine engines. This manual supports your study and exam preparation. It does not replace approved Part-147 training or the examination set by your competent authority.

Frequently asked questions

What is included in this library?

12 volumes covering Modules 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 12, 15.

Can I buy single volumes instead?

Yes. Every volume is sold separately in the Book Store, and the library price is lower than buying them one by one.

Does the library replace a training course?

No. It is a study and revision resource. Examinations are sat with your competent authority or an approved Part-147 organisation.

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12 volumes · 12 modules

  • 12 volumes in one library
  • One purchase for the whole route
US$643.40
Details

EASAPART66.EU is an independent learning platform. Study manuals and courses support exam preparation and familiarisation; they do not replace approved Part-147 training, a type-rating course or the examination set by your competent authority. Prices are in US dollars; other currencies are indicative.