Mexican Media Brands
As aerospace and defense radar systems push into higher frequency bands with increasingly complex antenna arrays, radome material selection becomes a critical design variable. Composite architectures must simultaneously satisfy dielectric performance targets and structural, thermal, and environmental qualification requirements that vary across platform and mission profiles.
In this webinar, Tom Sutter of Renegade Materials examines the latest low-dielectric thermoset material systems developed for radome applications, with emphasis on how specific Renegade systems address design requirements across relevant frequency ranges. The session covers material qualification pathways, manufacturing challenges, and an NCAMP-published design allowables database — a publicly available resource for reducing qualification risk and supporting certification efforts.
Attendees will leave with a technical framework for evaluating and qualifying next-generation radome materials against electrical, structural, and regulatory design requirements.
Low-Dielectric Thermoset Materials for Radome Design: Selection, Qualification and NCAMP Allowables
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Explore low-dielectric thermoset materials for radome design with Renegade Materials. Learn material selection, qualification pathways, manufacturing challenges, and NCAMP allowables for aerospace & defense radar systems operating at high frequencies
Presented By:
Presenter 1:
Tom Sutter
Director of Sales
Tom Sutter is the director of sales at Renegade Materials Corp. (a Teijin company), where he oversees the commercial and defense portfolios for high-performance aerospace composites. With more than 15 years of experience spanning research, technology maturation, operations and sales, Sutter specializes in bridging the gap between material innovations and the rigorous qualification requirements of aerospace OEMs. Throughout his career, Sutter has led material characterization programs and managed multimillion-dollar Defense Department contracts. An expert in composite materials and polymer engineering, he holds two patents and has authored a dozen peer-reviewed publications.
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