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  • This paper presents the results of a cross-domain evaluation of advanced aerospace wiring systems. The findings explore how improvements in electrical, mechanical, and thermal performance may contribute to future Electrified Aircraft Technologies and broader lifecycle efficiency outcomes. Download Abstract HERE >

  • Download the complete cross-domain test data package and supporting laboratory documentation. Download Test Results and Report HERE >

  • Review our Technical Request for Information form and feel free to share additional information regarding your application, requirements, or areas of interest. See RFI HERE >

THE EMERGING EAT CHALLENGE

Electrified Aircraft Technologies (EAT) are expected to increase demands on EWIS through higher power densities, elevated operating voltages, increased switching frequencies, expanded data bandwidth requirements, and more complex electromagnetic environments.

These evolving requirements may warrant renewed examination of the electrical, mechanical, and thermal assumptions that have historically guided aerospace wiring design. As aircraft systems continue to advance, wiring may be required to contribute not only to connectivity, but also to system performance, operational safety, lifecycle risk management, and overall lifecycle efficiency.