FACET: Future Air Traffic Management Concepts Evaluation Tool
FACET flexible software helps air traffic control centers improve airline safety and efficiency. It includes programs and databases that implement models of weather, airspace, airports, navigation aids, aircraft performance, and aircraft trajectories.
Transcript
00:00:00 If you could see the future, how would it change your life? During our daily commute, we rely on radio traffic reports, and other tools to figure out how to avoid traffic jams and congestion that might make us late for work. Imagine if you had a hi-tech tool that could clearly show how your re-route decisions would impact not only your trip, but how your choices might affect everyone else on the road. Now imagine you are an air traffic flow manager. With around 60,000 flights in the air over America during a given day your decisions ripple through the lives of thousands. How can you get a clearer picture of the impact your decisions have across the national airspace? Enter the Future Air Traffic Management Concepts and Evaluation Tool, or FACET. FACET was initially developed by a team at NASA Ames Research Center as a flexible concepts simulation tool. Through a partnership with NASA, the Federal Aviation Administration is developing and using the software
00:00:56 for concepts visualization and analysis, and as a real-time operations planning tool. This partnership will really affect every single person that travels the airspace, it will make travel safer, more cost effective and it's a partnership that allows NASA to really help make what we do relevant to every single person every day- when they travel. FACET uses aircraft performance data, flight plans and positions from the FAA's own Enhanced Traffic Management System, and weather data from NOAA, to predict and model trajectories for the climb, cruise and descent phases of flight for each type of aircraft. The tool gives traffic flow managers a clearer picture of how delays and reroutes could affect your next flight - and up to 15,000 additional aircraft at the national airspace operations level - all on a single desktop computer. Reroutes become necessary and because of that we do want to know before we give them a reroute advisory and stuff like that We would like to model, what type of things you can expect what's the impact? Is there any other way of doing things better?
00:02:04 The software is proving to be a useful tool towards the FAA's mission of providing the safest, most efficient aerospace system in the world. It is most important that passengers and aircraft are moving around safely. That is definitely our number one goal. But the future is coming and there are a lot of changes, especially, technology changes are amazing so someone like NASA, - can keep a little bit of distance between today and put a little more emphasis into the future teaming up with those two organizations is absolutely necessary for our success. In addition to the partnership with FAA, NASA commercially licensed the software to Flight Explorer, where it has been incorporated into what is now part of Sabre Airline Solution's portfolio of airline products. Sabre's Flight Explorer software is used by airlines worldwide to save fuel costs by determining the most effective routes around weather events and other airspace constraints.
00:03:02 The success of the commercial license led to FACET winning NASA's 2006 Software of the Year award, which recognized the technology for its impact on NASA's mission, quality, usability, and its significance to science and technology. But the awards mean little compared to the impact the software will have on travelers. I think the biggest impact of this partnership will hopefully be safety, cost savings is important, efficiency of air travel is important we all want to get there on time but really if we can make a difference in safety I think that will be the biggest lasting and important impact.