The Bombardier Challenger 605 Continuation Training course follows ATA 104 Specification Level I, providing a detailed overview of the airframe, systems, and powerplant, as described in the Aircraft Maintenance Manual (AMM). It also complies with EASA’s Knowledge Level 1, as specified in EU Regulation No. 1321/2014, Part 66, Appendix III. The course ensures participants:
- Gain familiarity with the essential elements of the subject.
- Are able to provide a basic description of the aircraft using common terminology.
- Understand key maintenance and operational concepts.
This self-study online course takes approximately 40 hours to complete. Each ATA chapter is unlocked sequentially after passing a quiz, and a certificate is awarded upon successful completion.
Course Objectives
Upon completion, students will be able to:
- Identify safety precautions for the airframe, systems, and powerplant.
- Understand key maintenance practices for the Challenger 605.
- Define the general layout of the aircraft’s major systems.
- Describe the characteristics of the powerplant.
- Identify special tooling and test equipment requirements.
System Requirements
The course is compatible with PC, Laptop, tablet, Android, and iPhone devices. An internet connection is required.
Study Time
Approximately 40 hours of study time is required, with 6 months to complete the course and an additional 90-day review period.
Support
Assistance is available during regular business hours.
Why Trust Us with Your Training?
Our course is developed by EASA and UK CAA-certified B1/B2 Engineers, type instructors, and Part 147 Training Managers. We ensure each course thoroughly covers the relevant ATA chapters.
Detailed Course Syllabus
ATA 05 TO ATA 12: General Servicing
This section covers essential general servicing tasks, including time limits, maintenance checks, dimensions, lifting, shoring, weighing, towing, parking, mooring, placards, and general servicing procedures.
ATA 21: Environmental Control System
Covers the air conditioning and pressurization systems, cooling packs, and temperature control for both the cockpit and passenger cabin. Also includes information on ECS MFD pages and EICAS annunciations.
ATA 22: Autoflight
Focuses on the autoflight system, including the flight director, autopilot, yaw damper, and mode selector operations. It covers the control and display interfaces for monitoring the system.
ATA 23: Communications
Details the communication systems, including VHF, HF radios, intercom, and cockpit voice recorders, along with integration into the avionics suite.
ATA 24: Electrical Power
Covers both DC and AC electrical systems, backup battery systems, and external power interfaces. It also explains load distribution and power generation.
ATA 25: Equipment and Furnishings
Focuses on the cockpit, passenger cabin, and baggage compartment furnishings, as well as emergency equipment placement and use.
ATA 26: Fire Protection
Describes the aircraft’s fire detection and extinguishing systems, covering engines, APU, lavatories, and cargo compartments, along with testing procedures.
ATA 27: Flight Controls
Details the operation of the flight control surfaces, including ailerons, elevators, rudder, and trim systems. It covers manual and automatic operation.
ATA 28: Fuel System
Explains fuel storage, transfer, and feed systems. It also details refueling procedures and fuel quantity indication systems.
ATA 29: Hydraulic Power
Describes hydraulic system components, fluid reservoirs, and interaction with cockpit displays for system monitoring.
ATA 30: Ice and Rain Protection
Focuses on anti-icing and de-icing systems for the wings, engines, and windshields, including system operation and indications.
ATA 31: Indicating and Recording Systems
Provides details on flight data recording, cockpit displays, and the EICAS system, covering key operational data and aircraft status indicators.
ATA 32: Landing Gear
Covers the landing gear system, including extension/retraction, braking systems, and nosewheel steering, with fault indication features.
ATA 33: Lighting
Describes the interior and exterior lighting systems, including emergency lighting, navigation lights, and landing/taxi lights.
ATA 34: Navigation Systems
Details the navigation systems, including GPS, inertial reference systems, and the flight management system, with operational guidelines.
ATA 35: Oxygen
Explains the crew and passenger oxygen systems, including emergency oxygen deployment and portable oxygen devices.
ATA 36: Pneumatics
Describes pneumatic systems, including air distribution and pressurization, with control and indication functionalities.
ATA 38: Water/Waste
Focuses on potable water systems and waste management, covering lavatory servicing and related procedures.
ATA 45: Onboard Maintenance Systems
Explains the onboard diagnostic and maintenance systems, including the central maintenance computer and fault display interfaces.
ATA 49: Auxiliary Power Unit (APU)
Describes the APU’s function in providing electrical and pneumatic power, along with associated subsystems like fuel, oil, and fire protection.
ATA 52: Doors
Covers the operation of passenger, cargo, and emergency exit doors, including safety mechanisms and locking systems.
ATA 56: Windows
Details cockpit and passenger cabin windows, including windshield heating and defogging systems.
ATA 71 TO ATA 80: Powerplant
Provides an overview of the engine components, including compressors, turbines, fuel, and oil systems, FADEC controls, and thrust reversers.
