COCKPIT VOICE & FLIGHT DATA RECORDER
( CVFDR )
REVO 250LW
The REVO 250LW CVFDR is designed for the light aircraft, unmanned aircraft and emerging Advanced Air Mobility (eVTOL) industry. Able to exceed EUROCAE ED-155 and meet all stringent
ED-112A crash survivability requirements for Flight Data Recorders and Cockpit
Voice Recorders when fitted without an underwater locator beacon for ultra-low SWaP (size, weight and power) at a price point of an ED-155 recorder. With standard 16 gigabyte storage, the
recording durations vastly exceed the ED-112A standards of 25 hours for data and audio.
REVO 200
The REVO 200 CVFDR meets all EUROCAE ED-112A requirements for all aircraft classes in CVFDR or standalone FDR or CVR requirements, including 25-hour cockpit audio and datalink/CPDLC. No specialist GSE tools are required for download with an internal web server and standard modular ethernet jack able to connect to a standard portable computer. A restricted-access custom aircraft interface cable can be used to support download of CVR audio data without need for removal from the aircraft and subsequent recertification
MAU
The Master Acquisition Unit (MAU) series features an internal back plane with up to eight interchangeable cards to support rapid customization and configuration for various applications. The unit supports a dual channel configuration with redundant acquisition cards and redundant processing used to support higher integrity applications. FPGA based processing coupled with high-speed analog front ends allows both digital (e.g., ARINC-429) and analog (e.g., Synchro) signals to be measured with the same pins in different applications.
RDC
The Remote Data Concentrator (RDC) series is a miniature hermetically sealed acquisition unit, useful for installation in harsh and remote locations to both simplify wiring harness design and
improve signal fidelity by measuring input signals close to the source. Captive
fasteners are included to minimize risks of FOD. FPGA based processing coupled with high-speed analog front ends allows both digital (e.g., ARINC-429) and analog (e.g., Synchro) signals to
be measured with the same pins in different applications.