Title :
Initial safety evaluation of the Unified Departure Operation Spacing (UDOS) standard concept
Author :
Mayer, Ralf H. ; Dean, Robert H. ; DeArmon, James S. ; Glover, Graham K. ; Pollock, Matthew R. ; Schwalbe, Jonathan T. ; Zondervan, Dennis J.
Abstract :
■ UDOS Application - Enables reduced in-trail spacing ▪ Initial spacing effectively reduced from typically 3.0 NM to 2.2 NM ■ Spacing Decompression - Within 10 NM: ▪ Over 95 percent of departure spacing decompresses to currently required minimum separation or more ▪ Increased need for ATC mitigation limited to less than 5 percent of departure operations ■ Need for ATC Mitigation - More frequent need typically limited to a few percent of departure operations - Limited impact on controller workload in case of conventional mitigation strategies - Impact further reduced with application of PBN departure procedures ▪ Defined divergence waypoint and sequencing of departing aircraft for alternating use ■ Applicability - Identified 21 airports in the NAS for potentially beneficial UDOS spacing applications ▪ The airports are currently constrained by operational, procedural, environmental, regulatory, and/or other constraints that preclude conducting diverging departure operations
Conference_Titel :
Digital Avionics Systems Conference (DASC), 2013 IEEE/AIAA 32nd
Conference_Location :
East Syracuse, NY, USA
Print_ISBN :
978-1-4799-1536-1
DOI :
10.1109/DASC.2013.6719688