Electrification challenges explored in aerospace guide
~ Interconnect distributor provides practical advice in newly published paper ~
Aerospace interconnect distributor, WireMasters, has published a new technical guide designed to help engineers navigate the fast-emerging demands of electric and data driven aircraft. The guide is published as the aerospace industry faces challenges surrounding rising voltages and evolving standards in electric aircraft. It explores new approaches to cabling that contribute towards safe, well-shielded cable systems, driving the industry’s transition to electricity.
The US military targets hybridisation of its entire non-tactical vehicle fleet by 2035, and the commercial aviation sector works towards the International Civil Aviation Organisation’s (ICAO) goal of net-zero emissions by 2050. The guidance from WireMasters offers a timely reference point for an industry under pressure to meet climate goals and defence modernisation targets.
The paper clarifies details surrounding the shift to high voltage wiring systems in electric aircraft, and why conventional cabling approaches cannot meet the demands of future aviation systems. It shows how engineers use lightweight conductors with enhanced insulation and fibre optic networks to manage power across such high voltage networks, while keeping weight under control.
It also addresses the risks of fragmented quality and safety standards complicating procurement. Extended lead limes and uneven sourcing create uncertainty for programmes that already deal with pressures to deliver within tight timeframes. To help mitigate these challenges, the paper offers practical guidance on supply chain visibility, material selection and performance validation through rigorous testing.
“Engineers working on the next generation of aircraft are dealing with a complex mix of technical challenges,” “Wiring is no longer a background consideration and the jump to higher voltages has changed what engineers need from their components in both design and performance. This is why material choice and testing is critical.
Take corona discharge, for example. At altitude and high voltage, even a tiny defect in insulation could reach system-level failure. This technical guide explores not only the theory, but also how component design and supply chain choices affect real-world performance in electrified aerospace applications.”
WireMasters has contributed technical insight into aerospace interconnect systems for the past three decades. Supported by certifications like Mil-Spec, AS9100 and EN 9120, its knowledge supports engineers in making practical component design choices and provides them with confidence that the components align with both performance demands and regulatory expectations.
Download the guide here , or to learn more about WireMaster’s services visit www.wiremasters.com/services