RVSM (Reduced Vertical Separation Minimum)

Course Overview

This course provides the essential knowledge required to understand and operate within RVSM airspace. It covers regulatory requirements, aircraft system standards, operational procedures, and human factors affecting safe RVSM flight. Designed for aviation professionals seeking clarity and operational confidence.

Learning Objectives

• Explain the concept and purpose of RVSM.
• Identify RVSM airspace and determine aircraft/operator eligibility.
• Understand equipment and performance standards required for RVSM.
• Apply standard and contingency operational procedures.
• Recognize human factors and training considerations for RVSM operations.
• Discuss challenges and evolving technologies related to RVSM.

Modules

Module 1: Introduction to RVSM

• 1.1 Definition of RVSM
• 1.2 History & Need for RVSM
• 1.3 Benefits of RVSM
• 1.4 Global RVSM Implementation Timeline
• 1.5 RVSM Phraseology

Module 2: RVSM Airspace and Applicability

• 2.1 Definition of RVSM Airspace
• 2.2 RVSM Airspace Types
• 2.3 Entry, Exit, and Transition Levels
• 2.4 Eligibility of Aircraft & Operators

Module 3: Regulatory Framework

• 3.1 ICAO Provisions (Annex 6, 2, 11)
• 3.2 FAA
• 3.3 Operator Approvals for RVSM Operations
• 3.4 EASA

Module 4: Aircraft Equipment & Performance Standards

• 4.1 Altimetry System Requirements (Dual Independent Systems)
• 4.2 Autopilot Requirements & Altitude Hold Performance
• 4.3 Altitude Alerting Systems & Monitoring
• 4.4 Maintenance, Calibration & Reliability
• 4.5 MEL (Minimum Equipment List) Considerations

Module 5: Operational Procedures

• 5.1 Pre-Flight Procedures
• 5.2 In-Flight Procedures & Altitude Monitoring
• 5.3 Contingency Procedures
• 5.4 ATC Coordination & Responsibilities
• 5.5 Separation Assurance in RVSM

Module 6: Human Factors & Training

• 6.1 Flight Crew RVSM Training
• 6.2 ATC Training for RVSM
• 6.3 Maintenance Personnel Requirements
• 6.4 Human Error and Risk Mitigation

Module 7: RVSM Challenges and Limitations

• 7.1 Altimeter Errors and System Accuracy
• 7.2 Turbulence and Wake Turbulence
• 7.3 Communication Limitations in Oceanic Airspace

Module 8: Future Trends

• 8.1 PBN (Performance-Based Navigation) Integration
• 8.2 ADS-B, SATCOM & Surveillance Technologies
• 8.3 RVSM with Next-Generation Airspace Concepts

Module 9: Case Studies

• 9.1 British Airways – BA6234

Who Should Attend

• Pilots and Flight Crew
• Air Traffic Controllers
• B1/B2 Aircraft Maintenance Engineers
• Airline Operations and Dispatch Personnel
• Aviation Students and Trainees

Final Assessment & Certification

Upon completion, participants will take a final assessment to demonstrate their understanding. A Certificate of Completion will be awarded to those who meet the passing criteria.

• Mode: Online
• Course Duration: 45 Minutes
• Validity: 365 Days
• We carefully evaluate the candidates taking up this course. Email us at info@academyaviationonline.com and share your interest in taking up this course.