En-Garde Innovation: Advancing Epee Fencing with E-Textile Conductive Ribbons

This research aims to improve fencing body wires by using conductive textile ribbons for enhanced comfort, durability, and weight reduction. Fencing requires precise electronic hit recognition, with the system parts being particularly demanding due to mechanical stress and humidity. The study focused on developing a connection between epee plugs and textile ribbons, testing hit recognition, and assessing durability through bend-to-break cycle tests. The textile ribbon showed great potential for superior performance under these conditions.

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Publication Details

Published
2024-11-19
DOI
https://doi.org/10.23919/e-textiles63767.2024.10914206
Primary Topic
Innovative Human-Technology Interaction
Type
article
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article

En-Garde Innovation: Advancing Epee Fencing with E-Textile Conductive Ribbons

Jiří Navrátil, David Kalaš, Radek Soukup
Innovative Human-Technology Interaction
article

En-Garde Innovation: Advancing Epee Fencing with E-Textile Conductive Ribbons

Jiří Navrátil, David Kalaš, Radek Soukup
article en

Abstract

This research aims to improve fencing body wires by using conductive textile ribbons for enhanced comfort, durability, and weight reduction. Fencing requires precise electronic hit recognition, with the system parts being particularly demanding due to mechanical stress and humidity. The study focused on developing a connection between epee plugs and textile ribbons, testing hit recognition, and assessing durability through bend-to-break cycle tests. The textile ribbon showed great potential for superior performance under these conditions.

Charles University (CZ), University of West Bohemia in Pilsen (CZ)
Openalex Percentile: Top 72%
Innovative Human-Technology Interaction
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