This Act mandates a study by the FAA to assess the readiness of major U.S. airports to safely and efficiently handle future supersonic and hypersonic aircraft.
Tim Moore
Representative
NC-14
The National Airport Supersonic Readiness Act of 2025 mandates the FAA to conduct a comprehensive study assessing whether major U.S. airports are prepared for the arrival of next-generation supersonic and hypersonic aircraft. This assessment will evaluate runway capacity, ground support infrastructure, air traffic control, and environmental regulations. The resulting report will provide Congress with necessary recommendations and cost estimates for future infrastructure upgrades to support high-speed air travel.
The National Airport Supersonic Readiness Act of 2025 is straightforward: it tells the Federal Aviation Administration (FAA) to stop what it’s doing for a minute and figure out if our biggest airports can handle the next generation of super-fast airliners. We’re talking about planes that fly faster than the speed of sound (supersonic, Mach 1 to Mach 5) and even faster (hypersonic, over Mach 5).
Congress is basically looking ahead to a future where a flight from New York to London takes two hours instead of seven. But before that happens, the FAA needs to conduct a comprehensive study to see what’s standing in the way. The bill specifically mandates that the FAA, working with NASA and industry experts, assesses the readiness of large hub airports (the busiest ones you fly into for major connections).
This isn't just about cool new planes; it’s about practical infrastructure. The study has five key checkpoints (Sec. 3): Are the runways long enough and structurally sound for these jets? Is the ground equipment—the fueling stations, the maintenance bays—up to the task? Can our current air traffic control systems handle aircraft moving that fast? And, critically, what about the environmental rules, especially concerning noise and pollution?
For most people, the immediate impact of this bill is zero. It’s just a study. But the findings, due to Congress in one year, could set the stage for massive changes—and costs—down the road. The FAA’s report must include recommendations for policy changes, infrastructure upgrades, and, most importantly, how much those improvements will cost and how long they will take.
If the FAA determines that every major airport needs $500 million in runway reinforcement and noise-mitigation features to handle these planes, guess who eventually pays? Taxpayers, through federal funding, and potentially travelers, through increased airport fees. This is the first domino in a potentially expensive chain.
Another major point of scrutiny is the environmental angle. The study is required to examine environmental rules related to noise and pollution (Sec. 3). If supersonic travel becomes common, people living near large hub airports could face significantly increased noise and emissions. The FAA’s recommendations here will show whether the focus is on mitigating these impacts or finding ways to circumvent current restrictions to make way for speed.
This bill is essentially a proactive planning document. It ensures that if the aviation industry successfully rolls out these high-speed aircraft—which they are actively trying to do—the U.S. won't be caught flat-footed. By mandating this study now, Congress is forcing a conversation about future infrastructure needs, economic benefits, and potential neighborhood disruption before the first commercial supersonic jet is ready for launch. It’s a necessary look under the hood of our national airport system to see if it can handle the future of flight.