Break the sound barrier and your own pressure waves can no longer escape ahead of you — they pile into a shock cone that trails as a sonic boom.
Mach Cone & Sonic BoomLive
supersonic shock geometry
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Below the speed of sound, pressure waves race ahead of an aircraft. At and above Mach 1 the aircraft outruns its own sound, and the waves pile into a cone-shaped shock — the sonic boom. The faster it flies, the more sharply swept the Mach cone: its half-angle is arcsin(1/M). This geometry governs supersonic and hypersonic vehicle design.
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How it works
Below Mach 1, sound waves spread ahead of an aircraft. At and beyond the speed of sound the aircraft outruns them, and the waves stack into a conical shock front. The faster the flight, the more sharply swept the cone: its half-angle equals arcsin(1/M). This geometry drives the design of supersonic and hypersonic vehicles and the footprint of the boom on the ground.
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