Idle to afterburn, every spool on record
Vibration spectra at 20 kHz, EGT, shaft speeds and borescope video — one record from the test cell to the wing.
The test cell, readable
High-rate vibration means nothing in isolation. Phloem keeps it next to temperatures, speeds and video, on one playhead.
Spectra with context
A vibration signature lines up with EGT, N1 and the borescope frame from the same instant.
Trend across builds
Compare runs across engine builds and hours. Watch a bearing signature develop over months, not fail in a day.
Evidence for certification
Structured test reports traceable to raw channels, assembled from the run itself.
The cell records to a local spool from the first spool-up — no cloud dependency mid-run. Every run syncs into the engine's one record afterwards.
One platform, first prototype to fleet
The record built in development carries into validation and operations — nothing starts from scratch.
Connect the first article, name channels once, and start recording at full rate from day one.
Run sequences, check redlines as data lands, and hand the review board a traceable report.
Every unit records to a local spool, connected or not, and syncs into one shared record.
Search every run for one signature. Turn one incident into a coverage set or a training set.
What teams get back
Twenty-kilohertz vibration stays at twenty kilohertz — the microsecond events that matter don't get averaged away.
A developing bearing signature is visible across every run of every build, in one query.
Engines that tell you before they fail
The signature is always in the data. Keep every run, at full rate, in one place — and hear it early.