Authors Rafael Barañano-Alcaide Msc, PhD student for Complutense University of Madrid.(Spain). Corresponding author . rafabara@ucm.es Dr. Manuel Sillero-Quintana, Titular professor of Universidad Politécnica de Madrid (UPM), Faculty of Physical Activity and Sport Sciences (INEF), Sports Department, Madrid, (Spain). Dr. Ricardo-Bernardez, Titular professor of optometry department of the University Complutense of Madrid.(Spain). Jimena Barañano-Perez, student of I.E.S Luis de Gongora of Córdoba (Spain). Rut Gonzalez-Jiménez Msc, PhD student for Complutense University of Madrid.(Spain). Abstract Objective: evaluate different reaction times in fencing training with reaction time lights Method: This manuscript proposes four specific exercises for evaluating the simple reaction time (SRT), the elective reaction time (ERT), the go/no-go response time (G/NG) and the decision decision-making after lunge (DML), march (DMM) and braking (DMB) in fencers. The sample consisted of 48 fencers (22 males and 17 females; age: 21 ± 13 years) from several fencing clubs in the region of Andalusia, competing at amateur (10 athletes), regional (17 athletes), national (7 athletes), and international (5 athletes) in the three official fencing weapons: Epee (E), Saber (S), and Foil (F). The exercises were developed for the Queling Sport lighting system, connected by Bluetooth with the ReactionX android application, which controlled the activation of the lights and recorded the reaction time and the correction of the execution for each trial. Results: The results by gender did not show significant differences. Considering the results by weapon, the foil fencers were fastest than saber fencers, in all the exercises, but they were only significantly faster in the DML and DMM exercises. The performance in all the exercises was directly related with the competition level of the fencer, but only significantly better in foil fencers than in sable fencers when the exercise required decision-making processes. Conclusions: We propose a reference scale to evaluate the perceptive ability of the fencers that could be applied in talent detection processes and for evaluating the specific perceptive ability of the fencers.
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