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Pilot - Online Training, General Subjects - Computer Based Training (CBT)
North Atlantic High Level Airspace (NAT HLA)
£45.00
Purchase this product for 1-month access.
The NAT HLA course covers key aspects for aviation professionals who may operate or plan flights in the North Atlantic region:
- Airspace Structure and Requirements: Explore the history of North Atlantic flights, the geography of the North Atlantic region, and the specific requirements of the NAT HLA airspace.
- Communications and Separations: Master oceanic clearance procedures, NAT-specific communications protocols, and separation standards for efficient air traffic management.
- Normal and Contingency Procedures: Acquire proficiency in executing NAT HLA flights, including flight planning for Organised Track System (OTS) tracks and random routes, as well as handling contingency situations effectively.
- Executing a NAT HLA Flight: Learn the procedures for executing flights on OTS tracks and random routes, ensuring compliance with operational requirements and safety standards.
- Oceanic Errors: Identify and mitigate vertical and lateral deviations, understand the role of CPDLC in oceanic communication, and develop strategies for managing contingencies effectively.
You will be emailed account details to access the CBT software within 24 hours of placing the order.
Description
Embark on essential training in NAT HLA operations with our specialized e-learning course, formerly known as the Minimum Navigational Performance Specifications (MNPS) specific to the North Atlantic. This CBT is designed by experienced aviation professionals for aviation professionals, and provides the knowledge and practical skills required for safe and efficient navigation through the unique challenges of the North Atlantic airspace.
In response to industry demands for safety awareness, our NAT HLA course addresses both normal and contingency procedures, equipping you to handle various operational scenarios with confidence. Learn the application of the Mach number technique and strategic lateral offset procedures to mitigate risks and ensure optimal flight safety. Navigate through oceanic errors, including vertical and lateral deviations, and gain proficiency in Controller Pilot Data Link Communications (CPDLC) for seamless communication with air traffic control.
