Propuesta teórica de microciclo basado en el método de contraste francés para el desarrollo de la potencia y el salto vertical, adaptado a la individualización y programación específica para clavadistas

Abstract

This study aims to analyze the advantages and limitations of the French Contrast Method as a training tool for developing muscular power, proposing its methodological adaptation for the design of microcycles in diving athletes. Given the biomechanical and conditional demands of the technical gesture in this sport especially during the takeoff phase it was necessary to integrate strategies that enhance elastic-explosive strength without compromising technical quality or causing accumulated fatigue. A qualitative, descriptive, and documentary methodology was employed, based on a documentary review of specialized books, indexed scientific articles, and recent meta-analyses. The review process was structured into four phases: compilation of academic references related to the French Contrast Method, identification of complementary strategies to mitigate its limitations, analysis of practical applications, and the design of a nine week microcycle based on the method. The microcycle was structured under principles of undulating periodization and included phases of general adaptation, isometric and plyometric work, and specific transfer to the backward takeoff gesture—essential in diving. The literature review showed that the French Contrast Method, by combining sequences of maximal strength, plyometrics, and assisted exercises, produces significant improvements in power output and neuromuscular activation (Baz-Valle et al., 2021; Hernández-Preciado et al., 2018). However, its improper application can lead to fatigue, particularly in young athletes or those in technically demanding sports such as diving. Therefore, methodological adjustments were made, including the incorporation of neuromuscular control phases, deloading sessions, and alternative methods such as the kinetic and analytical approaches (Cometti, 2002; Sale, 2004). The final structure of the microcycle aims to maximize the force-velocity relationship and optimize technical transfer through a progressive distribution of loads, alternating stimuli, and a focus on technical precision. The proposed phases include general adaptation, pure isometric work, isometric/concentric focus, classical French contrast application, and a final deload week to promote supercompensation and consolidate adaptations. In conclusion, the French Contrast Method represents an effective strategy to enhance performance in sports requiring explosive strength, such as diving, provided it is carefully adapted to the athlete’s characteristics and applied following sound scientific and technical principles. This project presents an innovative methodological proposal that may serve as a foundation for future research in specific training for highly technical sports.