Flight Test - Data Recorders

The HEIM DATaRec® 4 MDR-2 data recording systems are digital data acquisition and data recording systems that can be equipped with user changeable MDR interface modules to meet various applications. The MDR-2 is a cockpit mountable unit with control interfaces and a CF card slot for the recording media on the front panel.

The HEIM DATaRec® 4 MDR-4 data recording systems are digital data acquisition and recording systems that can be equipped with user changeable MDR interface modules to meet various applications. The MDR-4..RC are equipped with a slot for a SSD media

The HEIM DATaRec® 4 MDR-8 data recording systems are digital data acquisition and recording systems that can be equipped with user changeable MDR interface modules to meet various applications. All MDRs are equipped with a slot for a SSD media.

The highly flexible platform concept of the MDR-GT / MDR- GTS family is technically based on a common mainframe with many high-end built-in interfaces and functions. Specific functions and requirements can be addressed by adding dedicated interface canisters (featuring signal interfaces and/or storage media).

The HEIM DATaRec® 4 Ground MDR ARINC429 systems are data acquisition, recording and playback systems with build in signal boards for ARINC429 applications. Functionally, the GMDR fully compares with a MDR mainframe and can be populated with GMDR-/MDR-type interface modules to meet the most different application requirements. A user interface is provided by two displays on the front.

The HEIM DATaRec® 4 GMDR-6 Ground data processing systems are data acquisition, recording and playback systems. Functionally, the GMDR fully compares with a MDR mainframe and can be populated with GMDR-/MDR-type interface modules to meet the most different application requirements. A comfortable user interface is provided by two displays on the front.

The HEIM DATaRec® 4 GMDR-12 Ground data processing systems are data acquisition, recording and playback systems. Functionally, the GMDR fully compares with a MDR mainframe and can be populated with GMDR-/MDR-type interface modules to meet the most different application requirements. A comfortable user interface is provided by two displays on the front.

With its small and high ruggedized design, XMA is the best fit for remote data acquisitions in harsh and small space areas. It is the perfect candidate for network telemetry applications and remote acquisitions, to reduce the wire intrusiveness, and acquire the data closer to the sensors.