Express Readout

The platform is compliant with ICAO, EASA, and FAA regulatory frameworks for FDR readouts and with the EASA framework requirements on raw data retention policy for CVR intelligibility readouts. It supports a wide range of recorders used on air transport, regional, business aviation aircraft and helicopter platforms.

Using a patented auto-validation technique, Express Readout is the most rapid solution for providing readout and intelligibility reports, which are available in three to six business days from the readout request time and dependent on the service request. Reports can then be downloaded in various formats, including .csv files for further analysis. Additionally, users can re-test data within 30 days at no additional charge, to confirm the repair of faulty signals only.

The customizable, intuitive web-based portal allows the operator to upload and exchange the necessary decoded data quickly and electronically with minimal training. All data is secure and proprietary to the airline so that only the operator can read the data link decode messages which are aligned to their defined parameters. 

Interactive charts allow users to inspect the parameters in detail and assess up to 50 flight hours of data, across multiple flights, within the same readout. The results are stored indefinitely on the secure platform, exceeding FAA and EASA regulatory requirements.

For every CVR readout we output the audio spectrogram and waveform which gives an illustration of the content and duration of the four channels. Clicking on any parameter in the FDR readout will bring up the graphical module that allows the user to inspect the plot of that parameter, overlay other parameters, highlight flight phases, display test results, save comments and change its overall state.

Acron Aviation holds multiple patents for the advanced techniques used for detecting unserviceable parameters in an FDR readout as well as patented algorithms that identify unusual parameter patterns and highlight these to the user for inspection.