NASA has successfully completed the inaugural flight of its experimental supersonic jet, the X-59 Quesst. The aircraft, designed to reduce noise and sonic booms when flying at supersonic speeds, took off from a US Air Force base in California and flew at a lower altitude before landing. The first flight validated the airworthiness and safety of the X-59, a significant step towards developing commercial supersonic jets.
The X-59 features a unique design with a long, slender nose that breaks up pressure waves to reduce sonic booms. Its engine is mounted on top of the fuselage, minimizing shock waves and directing sound waves upwards. The aircraft also lacks a traditional glass cockpit window, instead using a 4K monitor for external visibility.
While the X-59's speed was not reached during the first flight, it flew at around 240 mph before reaching its maximum altitude. Future tests will see the jet increase in speed and altitude until it reaches supersonic speeds. The goal is to gather data on how people react to quieter sonic booms, which could pave the way for commercial supersonic aircraft that could cut travel times in half.
The X-59 has joined a long line of innovative NASA projects, dating back to the Bell X-1, the first aircraft to break the sound barrier in 1947. For the project pilot, James Less, this is a once-in-a-lifetime opportunity and will be the highlight of his career.
The X-59 features a unique design with a long, slender nose that breaks up pressure waves to reduce sonic booms. Its engine is mounted on top of the fuselage, minimizing shock waves and directing sound waves upwards. The aircraft also lacks a traditional glass cockpit window, instead using a 4K monitor for external visibility.
While the X-59's speed was not reached during the first flight, it flew at around 240 mph before reaching its maximum altitude. Future tests will see the jet increase in speed and altitude until it reaches supersonic speeds. The goal is to gather data on how people react to quieter sonic booms, which could pave the way for commercial supersonic aircraft that could cut travel times in half.
The X-59 has joined a long line of innovative NASA projects, dating back to the Bell X-1, the first aircraft to break the sound barrier in 1947. For the project pilot, James Less, this is a once-in-a-lifetime opportunity and will be the highlight of his career.