PPolySim OS

Mach Cone & Sonic Boom

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

Controls

Presets

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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Data Inspector

Mach2.0
Regimesupersonic
Cone half-angle30.0°

Governing equation

Reading this result: At Mach 2.0 the half-angle is arcsin(1/M) = 30.0° — faster flight sweeps the Mach cone tighter around the flight path.

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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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Frequently asked questions

Is this Mach cone sonic boom tool really free?
Yes. Mach Cone & Sonic Boom runs entirely in your browser using your device's own compute, so local use is free forever. You only pay Compute Tokens if you scale a job to the cloud.
Do I need to install anything?
No. Everything runs client-side in a modern browser — no downloads, no license, no account required to start.
Can I save or share my simulation?
Create a free account to save projects, and use a shareable embed or minted DOI to publish a live, interactive version anywhere.
How accurate are the results?
The solver uses established numerical methods, but results are for research and educational purposes and should be validated against experiment or professional review before you rely on them.