H145-D2 Helicopter Refresher/Continuation Training Syllabus

ABOUT

This course provides refresher/continuation training for the Airbus BK117 D-2/H145-D2, structured to meet ATA 104 Specification Level I and EASA Part 66 Level 1 requirements. This course consists of approximately 40 hours of self-study, with multiple-choice questions at the end of each ATA chapter. Students must pass each question block to unlock subsequent chapters. Upon successful completion, a “Certificate of Completion” will be automatically issued via email.

Course Objectives

Upon completion of the course, students will be able to:

1. Identify safety precautions specific to the airframe, systems, and powerplant of the BK117 D-2/H145-D2.
2. Outline maintenance practices for the aircraft’s systems.
3. Understand the configuration of major aircraft systems and powerplant components.
4. Identify required special tooling and test equipment for the BK117 D-2/H145-D2.

DETAILED COURSE SYLLABUS

The Airbus BK117 D-2/H145-D2 refresher course begins with an introduction to the helicopter series and progresses through each ATA chapter.

ATA Chapters

ATA 00 – Introduction

• Overview of the BK117 D-2/H145-D2 series, development history, primary systems overview, certification, and main operational features.

ATA 05 – Time Limits / Maintenance Checks

• Inspection intervals, life-limited parts, certification maintenance requirements, and airworthiness limitations.

ATA 06 – Dimensions and Areas

• Aircraft dimensions, structural zones, and reference lines.

ATA 07 – Lifting and Shoring

• Procedures for helicopter jacking, shoring points, and safety precautions for lifting operations.

ATA 08 – Levelling and Weighing

• Helicopter levelling, weighing procedures, and weight and balance calculations.

 ATA 09 – Towing and Taxiing

• Guidelines for safe towing and ground movement, including handling considerations.

ATA 10 – Parking, Mooring, and Storage

• Procedures for securing and mooring the helicopter, both short-term and long-term.

ATA 18 – Vibration and Noise Analysis

• Methods for vibration detection, isolation, and mitigation, along with noise monitoring systems for safe operation.

ATA 20 – Standard Practices – Airframe

• Basic maintenance practices, inspections, and standard repairs for airframe components.

ATA 21 – Air Conditioning

• Air conditioning systems, temperature control, cabin pressurization, and ventilation management.

ATA 22 – Auto Flight

• Details of the autopilot system, flight guidance, stability control, and associated instrumentation.

ATA 23 – Communications

• VHF systems, audio integration, communication systems, and data link functions.

ATA 24 – Electrical Power

• DC electrical systems, generator and battery functions, distribution, and emergency power.

ATA 25 – Equipment and Furnishings

• Overview of cockpit layout, seats, cabin configurations, emergency equipment, and interior furnishings.

ATA 26 – Fire Protection

• Fire and smoke detection, suppression systems, and maintenance protocols.

ATA 28 – Fuel

• Fuel system layout, storage, fuel supply systems, refuelling, and monitoring mechanisms.

ATA 29 – Hydraulics

• Hydraulic system structure, redundancy, and emergency procedures.

ATA 30 – Ice and Rain Protection

• Anti-icing and de-icing systems, windshield heating, and ice detection.

ATA 31 – Indicating and Recording Systems

• Instrumentation, crew alerting systems, flight recorders, and associated display systems.

ATA 32 – Landing Gear

• Structure and operation of landing gear skid system.

ATA 33 – Lighting

• Exterior and interior lighting systems, emergency lighting, and control interfaces.

ATA 34 – Navigation

• Navigation systems, GPS, Inertial Reference Systems (IRS), and display information.

ATA 36 – Pneumatics

• Pneumatic systems, bleed air supply, pressure regulation, and related components.

Structures

ATA 52 – Doors

• Description of crew, passenger, and emergency exit doors, door monitoring systems, and safety features.

ATA 53 – Fuselage

• Fuselage structure, maintenance considerations, and key inspection points.

ATA 55 – Stabilizers

• Horizontal stabilizer, structural overview, and inspection requirements.

ATA 56 – Windows

• Cockpit and cabin windows, installation, heating, and maintenance protocols.

Powerplant

ATA 62 – Main Rotor

• Main rotor assembly, rotor blade structure, bearingless rotor system, and maintenance procedures.

ATA 63 – Main Rotor Drive

• Transmission systems, gearbox, drive shaft layout, and inspection/maintenance of drive mechanisms.

ATA 64 – Tail Rotor

• Fenestron tail rotor system, control linkages, monitoring, and maintenance protocols.

ATA 65 – Tail Rotor Drive

• Tail rotor drive shaft, gearbox, coupling systems, and inspection intervals.

ATA 67 – Rotors Flight Controls

• Control mechanisms for main and tail rotors, flight control cables, hydraulic actuation, and safety inspections.

ATA 70 – Standard Practices – Engine

• General maintenance practices, inspections, and engine component handling.

ATA 71 – Power Plant

• Overview of engine installation, mounts, and powerplant operations.

ATA 72 – Engine

• Structure, Safran Arriel 2E engine specifics, performance parameters, and maintenance requirements.

ATA 73 – Engine Fuel and Control

• Fuel control, engine fuel feed systems, monitoring, and control operations.

ATA 74 – Ignition

• Ignition systems, FADEC control, and maintenance of ignition components.

ATA 75 – Air

• Engine air systems, cooling, and airflow control components.

ATA 76 – Engine Controls

• Engine control interface, throttle management, and cockpit display integration.

ATA 77 – Engine Indicating

• Engine monitoring systems, indicators, EICAS, and troubleshooting.

ATA 78 – Exhaust

• Exhaust systems, noise reduction, and inspection points.

ATA 79 – Oil

• Oil systems, lubrication, oil temperature control, and filtration.

ATA 80 – Starting

• Engine start system, APU interactions, battery support, and control functions.

Course Requirements

• Duration: Approximately 40 hours of self-paced study.
• Assessment: Each ATA chapter concludes with a quiz. Successful completion of each quiz is required to proceed.
• Certification: A completion certificate will be awarded upon passing all quizzes and completing the course.

For additional support or inquiries, please contact Trans Global Training Ltd.