Aircraft Wakes and Weather
The Aircraft Wakes and Weather Division analyzes and measures aircraft wake turbulence and atmospheric phenomena. Based on these, it devises procedures which improve the National Airspace System (NAS).
Our division also:
- Seeks to mitigate the deleterious effects of aircraft wakes on the capacity of the nation's airports and airways while simultaneously increasing operational safety
- Designs and performs measurements of wake behavior and atmospheric conditions at major airports, and evaluates the data in terms of established and potential new concepts of operations
- Supports development and certification of airport and aircraft visibility sensors thru measurements, testing and engineering analyses
- Analyzes air traffic control systems and procedures, including human-machine interfaces, with emphasis on operational effectiveness
- Conceptualizes, develops and tests new wake, weather and visibility sensors
- Operates the Otis Weather Test Facility to further develop and improve wake and weather sensors
Capabilities
- Aircraft wake measurement and behavior analysis
- Weather sensor and system development support
- Large organization staffing level determination
- Supports the development and improvement of Runway Visual Range (RVR) sensors
- In collaboration with Human Factors specialists, analyzes the information needs for future air traffic controllers
- Analyzes the feasibility and benefits of advanced ATC procedures
Featured Work
- Aircraft Wake Turbulence Program: Wake Turbulence Mitigated Departures (WTMD)
- Wake Turbulence— National Rule Change for Closely Spaced Parallel Runway Operations
- Wake Turbulence— B757 Re-classification
- Wake Turbulence— ICAO Re-categorization
- Oceanic Tailored Arrivals Proof-of-Concept
- En Route Work Station Human Factors Guidance
- Volpe Center Otis Weather Test Facility
- Volpe Center Runway Visual Range (RVR)
- Unmanned Aircraft Systems (UAS) National Airspace System (NAS) Access Planning Requirements Development Project
Wake Vortex Bibliography
This annotated bibliography consists of abstracts of publications on aircraft wake vortices. Experimental and theoretical articles are included and consider the formation, structure, motion, and decay of vortices and their effect on penetrating aircraft.
View the Wake Vortex Bibliography>>
Contact Us
Frank Wang, PhD
617.494.2873
frank.wang@dot.gov

