Leonardo AW139 Continuation Course
The Leonardo AW139 Continuation Course is intended to provide aviation professionals with a complete refresher on all systems of the AW139 helicopter. This course meets the ATA 104 Specification Level I requirements, providing an overview of the helicopter’s airframe, powerplant, systems, and avionics as outlined in the Aircraft Maintenance Manual. It also complies with EASA’s familiarisation knowledge LEVEL 1 definition, as per Regulation EU No. 1321/2014, Part 66, Appendix III.
Course Objectives
Upon completion of this course, participants will be able to:
- Identify safety precautions related to the airframe, systems, and powerplant.
- Describe key maintenance practices for the helicopter’s airframe and systems.
- Understand the general layout of the AW139 helicopter, including its major components and powerplant characteristics.
- Identify the purpose and function of special tooling and test equipment used with the AW139.
System Requirements
The course is compatible with PC, laptop, tablet, Android, and iPhone devices. An internet connection is required to access the online study material.
Study Time
The estimated study time is approximately 40 hours, and participants have up to 6 months to complete the course. Once completed, an additional 90 days are provided for review and revision.
Support
Should participants need assistance, our support team is available during normal working hours.
Why Use Our Continuation Courses?
The Leonardo AW139 Continuation Course offers a flexible learning solution for aviation engineers and support staff. It provides comprehensive, up-to-date knowledge of the AW139 helicopter, ensuring compliance with National Aviation Authority continuation training requirements such as EASA Part 145.A.35 and FAA Federal Regulation 145.163.
Why Buy From Us?
Our Leonardo AW139 Continuation Course is designed by EASA and UK CAA B1/B2 Engineers, Type Instructors, and Part 147 Training Managers. It is built to ATA standards, ensuring all relevant chapters are covered thoroughly.
Detailed Course Syllabus
ATA 00 – Overview of AW139 Helicopter
- Introduction to the AW139
- Historical background and development
- Market roles and applications
- Certification details, maximum occupants, fuselage sections, tail boom, cockpit, cabin, and emergency exits
ATA 21 – Environmental Control System
- Introduction, subsystems including ventilation, heating, air conditioning, and their components
- Controls and indicators
ATA 22 – Automatic Flight Control System (AFCS)
- Overview, configurations, redundancy, autopilot modules, system interfaces, and pilot controls
ATA 23 – Communication System
- Overview of the Modular Radio System, Audio Integrating System, system components, and functionality
ATA 24 – Electrical Power System
- 28V DC electrical power system, purpose, components, starter/generator, batteries, power distribution, and indicators
ATA 25 – Equipment and Furnishings
- Overview of cockpit and cabin configurations, emergency equipment, and control indicators
ATA 26 – Fire Protection System
- Engine fire detection and extinguishing, baggage compartment smoke detection, portable extinguishers, and control indicators
ATA 28 – Fuel System
- Fuel storage, distribution, indicating system, components, and operational features
ATA 29 – Hydraulic Power System
- Flight control and utility circuits, hydraulic system components, controls, and basic operation
ATA 30 – Ice and Rain Protection
- Pitot heating system, windshield wiper system, operational details, and control indicators
ATA 31 – Indicating/Recording System
- Central Display System, Central Warning System, chronometers, data recorder, and recording functionality
ATA 32 – Landing Gear System
- Overview of main and nose landing gear, wheel brake systems, control indicators, and retraction system
ATA 33 – Lighting System
- Overview of lighting subsystems for flight compartment, passenger cabin, exterior, and emergency lighting systems
ATA 34 – Navigation System
- Integrated PRIMUS EPIC avionic system, sub-systems including flight environmental data, attitude and direction, and navigation aids
ATA 52 – Door System
- Overview of cockpit, cabin, baggage, nose, and external power doors, their functionality, and safety features
ATA 62 – Main Rotor System
- Overview of the main rotor, including components like the main rotor head, blades, rotating controls, and swashplate assembly
ATA 65 – Tail Rotor Drive System
- Components and functions including tail rotor drive shafts, Intermediate Gear Box (IGB), and Tail Gear Box (TGB)
ATA 67 – Rotor Flight Controls
- Main rotor controls, tail rotor controls, yaw control components, actuators, and control switches
ATA 71 to 80 – Engine and Related Systems
- Overview of engine installation, main components, combustion chamber, air system, ignition, controls, and oil systems
ATA 95 – Emergency Flotation System (EFS)
- Activation methods, system components, forward and aft float assemblies, control indicators, and operational features
