TagNextGen(68)

A 2013 U.S. Government Accountability Office report found that the FAA made limited progress in modernizing the air transportation system through its NextGen initiative, with ongoing challenges reducing expected benefits. The report highlights the FAA's Greener Skies project at Seattle-Tacoma International Airport, initiated by Alaska Airlines, which aimed to shorten flight paths and route aircraft over water to save fuel, but excluded certain eastern flight procedures due to community concerns about aviation noise. The report notes that the full benefits of new flight procedures depend heavily on how often airlines and pilots actually use them.

In March 2013, FAA Administrator Michael Huerta sent letters to key members of Congress reporting on the FAA's strategy to accelerate implementation of NextGen air traffic management capabilities developed through the Greener Skies project. The report was submitted as required by Section 225 of the FAA Modernization and Reform Act of 2012, and draws on recommendations from the RTCA NextGen Mid-Term Implementation Task Force 5 report issued in September 2009. The Greener Skies project aimed to modernize flight procedures in ways that could affect flight paths and noise exposure at airports such as Sea-Tac.

In November 2012, the Federal Aviation Administration (FAA) issued a Finding of No Significant Impact (FONSI) and Record of Decision (ROD) approving new satellite-based navigation procedures at Seattle-Tacoma International Airport (Sea-Tac) under the 'Greener Skies over Seattle' initiative. The new procedures, developed with Alaska Airlines, Boeing, and the Port of Seattle, use advanced RNAV/RNP technology to guide arriving aircraft along more precise, optimized descent paths, reducing fuel burn and environmental impact. The FAA determined that these airspace changes would not result in significant environmental harm or any physical airport development.

This Federal Aviation Administration document describes how the NextGen air traffic modernization program benefits both general aviation and commercial airports through improved GPS-based approach procedures, ADS-B surveillance technology, and more efficient departure queue management systems. Key upgrades include WAAS/LPV approaches that allow aircraft to land in low-visibility conditions without expensive ground equipment, and surface surveillance tools to better track aircraft and vehicles on the ground. The document also outlines plans to optimize airspace procedures across 21 metropolitan areas to reduce delays and improve safety.

This October 2009 FAA Air Traffic Organization document explains the terms, techniques, and programs used to manage the flow of air traffic across the National Airspace System. It covers topics such as ground delay programs, ground stops, severe weather avoidance, rerouting strategies, and coordination tools used by traffic management specialists. While focused on national-level airspace operations rather than airport-specific noise policy, it provides useful background on how flight scheduling and routing decisions are made system-wide.

This 1988 Federal Aviation Administration report outlines the Airport Capacity Enhancement Plan, which aimed to increase airport capacity and efficiency across the U.S. air system without compromising passenger safety or environmental impact. It identifies causes of capacity and delay problems, forecasts the effects of growing air traffic over the following decade, and describes FAA projects targeting four key areas: airport development, airspace control procedures, equipment and systems upgrades, and capacity planning studies. Note that while this document addresses national airport capacity issues broadly, it does not specifically focus on Sea-Tac Airport noise policy.