Control of training load in figure skating using the RecSport system
Abstract and keywords
Abstract (English):
Relevance. The control of training load in figure skating is conditioned by the need to increase the efficiency of athletes’ training and reduce the risk of overtraining and injuries. The use of modern technologies, such as the RecSport system, allows to optimize the training process due to automated, objective control of training load and taking into account the individual characteristics of the athlete. Objective. To analyze the training load performed by athletes in group training and in the pre-competition microcycle. Methods. Timing of training session using RecSport system (https://www.recsport.pro/) to measure load parameters in group and individual training of figure skaters. Results. In group training at performance of identical tasks the differences in the performed training load by athletes were revealed. In the pre-competition microcycle the analyzed dynamics of the training load of the athlete corresponds to his individual capabilities, the adequate reaction of the athlete’s body to the load was revealed, the duration of achieving the effect of supercompensation was 3 days. Conclusions. Control of training load on the basis of automated control promotes individualization of athletes’ training even in the conditions of group training, which improves the quality of training process and increases athletes’ sports readiness.

Keywords:
figure skating, training load, training process, RecSport system
Text
Text (PDF): Read Download
References

1. Ermolov Yu.V., Zavarzin V.A., Ushakov A.G. Features of training loads in the preparation of athletes. Omsk Scientific Bulletin, 2008, 2(66), pp. 151-153. URL: https://elibrary.ru/knwvad

2. Matveev L.P. Theory and methodology of physical culture (general foundations of the theory and methodology of physical education; theoretical and methodological aspects of sports and professionally applied forms of physical culture). Moscow: Physical Culture and Sport, 1991. 543 p. URL: https://sportlib.ru/books/theory/matveev/

3. Platonov V.N. The system of training athletes in Olympic sports. General theory and its practical applications: a textbook for highly qualified coaches. Moscow: Soviet Sport, 2005. 820 p.

4. Lebedev A.V. Analysis of the causes and prevalence of injuries among figure skaters of the SS and VSM groups (aged 15 and older). In: Proceedings of the International Scientific and Practical Conference "Physical Culture and Sports. Olympic Education". Krasnodar: KGUFKST, 2024. 182 p. URL: https://kufkst.ru/conf/2024

5. Fedotova E.V. Cardiac monitoring: from intensity zones to individual target training zones. In: Proceedings of the III Scientific and Practical Conference, SCE "CSTiSK" Moskomsport. Moscow, 2019, pp. 46–51. URL: https://cstisk.ru/conf/2019 EDN: https://elibrary.ru/https://elibrary.ru/kvotrs

6. Pavlenkovich S.S. Monitoring of physical development and physical fitness. Saratov, 2019. 74 p. EDN: https://elibrary.ru/https://elibrary.ru/zilelr

7. RecSport – smart sports [Electronic resource]. URL: https://www.recsport.pro/ (accessed: 29.04.2025).

8. Novikova N.B., Zakharov G.G., Kotelevskaya N.B. Variants of load distribution for elite cross-country skiers in the annual training cycle. Scientific notes of P. F. Lesgaft University, 2019, 7, pp. 142-147. URL: https://elibrary.ru/inmuas

Login or Create
* Forgot password?