The Federal Aviation Administration has deployed a new artificial intelligence-supported air traffic management system called SMART, which has rerouted nearly 180 flights carrying approximately 24,000 passengers since its launch. Operational for nearly six weeks as of November 9, 2026, SMART has helped reduce average flight times by more than 10 minutes and saved nearly 80 gallons of fuel per flight.
Flight Route Efficiency Demonstrated on Washington-Orlando Sector
An example of SMART’s impact occurred in October 2026 on a flight with 147 passengers from Ronald Reagan Washington National Airport to Orlando International Airport. The system identified an alternative westward route to avoid congestion, shortening the flight by 11
nautical miles and cutting the journey time by six minutes. Air traffic controllers accepted the recommended reroute, demonstrating the tool’s ability to optimize routes and ease congestion delays.
How SMART Integrates Data to Manage Traffic
SMART aggregates 200 streams of data including weather patterns, traffic flows, existing flight paths, and air traffic controller staffing levels into a centralized AI-supported platform. It forecasts potential congestion points and recommends optimal flight paths before delays develop. Despite its AI capabilities, SMART does not replace human controllers; a team of aviation specialists analyzes its recommendations, which then require approval by local air traffic control facilities before implementation.
Official Statements and Rollout Plans
Transportation Secretary Sean Duffy
said, “Under President Trump, we are making historic progress to revitalize air traffic control and improve the passenger experience for millions of Americans.” He added that SMART will slash frustrating delays, reduce stress on air traffic controllers, and lower travel prices. Initially launched in the National Capital Region in September 2026, SMART entered validation phases in October at Miami, Jacksonville, and Atlanta air route traffic control centers. The FAA plans to expand SMART to all 22 air traffic control centers nationwide.
FAA Flight Traffic Context and Delay Causes
The FAA manages roughly 6.5 million flights annually at the nation’s 30 busiest airports. Each year, about 300,000 flights
are rerouted before departure and 3.6 million receive airborne reroutes, vectoring, or holding. Delays frequently stem from airspace congestion and weather disruptions. Previously, broad rectangular airspace closures during storms lacked precision. SMART uses AI to integrate multiple data streams to better anticipate congestion and weather impacts, reducing stress on controllers and improving scheduling predictability.
