Low Visibility Procedures (LVP)
Min. Academic & Professional Level
Course Designed for:
An Overview:
Low Visibility Procedures (LVP) are guidelines and protocols established to ensure safe flight operations during periods of reduced visibility, such as fog, haze, heavy rain, snow, or other weather conditions that limit the visibility of the runway and surroundings.
These procedures are designed to enhance flight crew situational awareness, maintain safe separation between aircraft, and facilitate efficient operations while minimizing the risks associated with reduced visibility.
Short Course Modules:
Module 1: Introduction to Low Visibility Procedures
Sub-topic 1: Defining Low Visibility Conditions
Sub-topic 2: Impact of Low Visibility on Aviation
Sub-topic 3: Historical Incidents and Lessons Learned
Sub-topic 4: Regulatory Framework for LVP
Module 2: Meteorological Factors and Low Visibility
Sub-topic 1: Fog, Mist, and Other Weather Conditions
Sub-topic 2: Visibility Measurement and Reporting
Sub-topic 3: Weather Forecasting and Monitoring
Sub-topic 4: Impact of Low Visibility on Flight Planning
Module 3: Instrumentation and Technology for LVP
Sub-topic 1: Ground-Based Navigation Aids (ILS, MLS)
Sub-topic 2: Radio Altimeters and Enhanced Vision Systems (EVS)
Sub-topic 3: Radar and Lidar for Low Visibility Operations
Sub-topic 4: GPS and GNSS in Low Visibility Conditions
Module 4: LVP Procedures for Takeoff and Landing
Sub-topic 1: Low Visibility Takeoff Minimums
Sub-topic 2: Precision and Non-Precision Approaches
Sub-topic 3: Autoland and CAT II/III Operations
Sub-topic 4: Missed Approach and Go-Around Procedures
Module 5: Airport and Runway Equipment for LVP
Sub-topic 1: Runway Lighting and Markings
Sub-topic 2: Approach Lighting Systems (ALS)
Sub-topic 3: High-Intensity Runway Lights (HIRL)
Sub-topic 4: Runway Visual Range (RVR) Reporting
Module 6: ATC and Airspace Management in LVP
Sub-topic 1: Air Traffic Control Procedures
Sub-topic 2: Reduced Separation Standards
Sub-topic 3: Holding Patterns and Diversions
Sub-topic 4: Communication and Coordination During LVP
Module 7: Aircraft Equipment and Crew Training
Sub-topic 1: Cockpit Instruments and Displays
Sub-topic 2: HUD and EVS for Pilots
Sub-topic 3: Pilot Proficiency and Training
Sub-topic 4: Crew Resource Management (CRM) in LVP
Module 8: Emergency Procedures and Contingencies
Sub-topic 1: Low Visibility Go-Around and Missed Approach
Sub-topic 2: Engine Failure and Systems Malfunctions
Sub-topic 3: Diversion and Unplanned Landings
Sub-topic 4: Airport Rescue and Firefighting (ARFF) in LVP
Module 9: Case Studies and Real-World Scenarios
Sub-topic 1: Notable LVP-Related Incidents
Sub-topic 2: Lessons Learned from Past Events
Sub-topic 3: Safety Enhancements Following Incidents
Sub-topic 4: Analyzing Real-World LVP Scenarios
Module 10: Future Trends and Innovations in LVP
Sub-topic 1: Advances in LVP Technology
Sub-topic 2: LVP in Unmanned Aircraft Systems (UAS)
Sub-topic 3: Regulatory Changes and Evolving Standards
Sub-topic 4: Research and Development in LVP Systems