Speaker Enclosure Studio
Turn small-signal driver parameters into two ideal sealed-box response curves and a measured rectangular cabinet scenario. Keep the net air volume, occupied-volume allowance and butt-joint panel dimensions together in downloadable files.
How we build a check
This workbench processes supported inputs locally. We test calculations, file structure and generated artifacts using independent readers or known fixtures where available. The example runs the same processing path as a supplied input; it does not stand in for checking your own result.
Editorial responsibility
KitForma maintains this tool and its guides. The source notes on the tool page link to the supporting documentation. We do not claim affiliation with the referenced hardware manufacturers or platforms. Review date: 2026-10-19.
Limits and updates
Ideal sealed-box response only, from 5–1000 Hz. The separate Helmholtz circular-port length is a geometric reference; no vented frequency response, port velocity, excursion, power handling, SPL or room simulation is claimed.,One rectangular cabinet, uniform wall thickness and simple butt joints. No driver holes, recesses, kerf, bracing design, structural approval or actual driver-fit verification. The PDF is a dimensioned reference; the panel SVG has millimeter dimensions.,Net volumes 1–1000 L; supplied displacement 0–100 L. Original files stay unchanged; saved project JSON up to 15 KB. No automatic persistence or account. If a specification changes or a result appears incorrect, send the relevant source URL and a non-sensitive reproduction to kitforma@outlook.com.
Open-source components
The tools use self-hosted open-source components appropriate to each format, including PDF.js, pdf-lib, fflate, SheetJS, MediaInfo by MediaArea.net SARL and others. Component versions and licenses. MediaInfo license · fflate license.