NASA’s X-59 experimental aircraft is about to do something no civilian jet has done before: fly faster than sound without rattling the ground below with a sonic boom.
The plane, designed to turn that deafening boom into a soft thump, is preparing for its first supersonic flight from Edwards Air Force Base in California. If it works, it could rewrite the rules for commercial air travel over land.
A needle-nosed plane built to soften a sonic shock
The X-59 looks unlike any aircraft flying today. Its nose is more than 30 feet long, a slender spike meant to slice through the air and prevent the shockwaves that normally merge into a sonic boom. Engineers at NASA’s Armstrong Flight Research Center in California have spent years shaping the fuselage and wings to keep those shockwaves separate and weak.
The plane is powered by a modified General Electric F414 engine, the same type used in some fighter jets. But the X-59 is not a fighter. It is a research vehicle, built to gather data on how people on the ground react to its quiet supersonic signature.
Why residents in test cities will hear a thump instead of a bang
NASA plans to fly the X-59 over select communities in the United States and ask residents to report what they hear. The goal is to prove that the aircraft’s sound is no louder than a car door closing, not the explosive crack that grounded the Concorde over land.
Local officials in those test cities care because supersonic flight over populated areas has been banned for decades due to noise complaints. If the X-59 can change that, it could open the door for faster passenger flights across the country.
A long road to first supersonic speed
The X-59 has already completed multiple subsonic test flights, including a May 12, 2026 flight over Rogers Dry Lake in California where it extended its landing gear for handling checks. Now the team is clearing the final steps before pushing past Mach 1.
NASA engineers are checking the aircraft’s systems, flight controls, and emergency procedures. The first supersonic flight will happen only after they are confident the plane can handle the stresses of breaking the sound barrier.
This moment has been years in the making. The X-59 program began in 2016, and the aircraft was rolled out in 2024. Each test flight brings it closer to the day when a sonic boom becomes a thing of the past.
What a quiet supersonic jet could mean for air travel
The X-59 is not a prototype for a commercial airliner. It is a proof of concept. But the data it collects will be handed to regulators and manufacturers who want to build the next generation of supersonic passenger jets.
If the thump passes the noise test, the Federal Aviation Administration and international regulators may reconsider the ban on supersonic flight over land. That could cut transcontinental flight times in half without waking up the people below.
