Boom Supersonic ‘s XB-1 experimental aircraft successfully completed its eighth test flight on November 16, 2024. This progress is part of a series of tests to achieve the ultimate goal: Breaking the sound barrier and reaching speeds above Mach 1.
XB-1 aircraft testing
During this test, the aircraft The flight was operated at an altitude of 25,040 feet, reaching a speed of Mach 0.82, which is equivalent to 487 knots of airspeed. This flight evaluated the aircraft’s ability to maintain stability with the stability augmentation system disabled, a component that helps pilots control the aircraft. This technical success demonstrates that the aircraft can operate safely even without computer assistance.
When compared to jets and many modern fighter aircraft, the experimental aircraft does not rely entirely on automated systems to maintain its stability. This is an innovative approach to supersonic aircraft design, where aerodynamic engineering is integrated with advanced technology to optimize in-flight performance.
Boom Supersonic ’s test program seeks to expand flight capabilities gradually, reaching higher speeds and altitudes at each stage. These evaluations ensure the aircraft is safe and efficient, while laying the groundwork for the next generation of supersonic aircraft. With this eighth flight , the company is moving toward its goal of rapid commercial flights, connecting cities at unprecedented speeds.
The XB-1 is a centerpiece of Boom Supersonic’s efforts to bring supersonic speed back to commercial aviation. This project will improve global air travel, offering shorter flight times and contributing to a future transformation in transportation, changing the way people move between continents.
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Source and photo: Boom Supersonic
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