Dr. Hab., Professor V.P. Guba^{1, 2}
Dr. Hab., Associate Professor A.V. Rodin²
Dr. Hab., Professor A.D. Skripko³
PhD, Associate Professor A.A. Pleshakov^4
1The Russian University of Sport «GTSOLIFK», Moscow
²Smolensk State University of Sports, Smolensk
³Kalisz Academy named after Stanisław Wojciechowski, Kalisz, Poland
⁴Moscow Polytechnic University, Moscow

Objective of the study was to examine, generalize and classify technical devices that ensure improved athletic performance in team sports.
Methods and structure of the study. The following theoretical methods were used in the scientific work: analysis of literary sources; classification; structural-functional and systemic method. Formation of classification levels of technical devices used in game sports for various types of sports training was carried out on the basis of theoretical and methodological works of V.G. Alabin, D.D. Donskoy, I.P. Ratov, G.I. Popov, S.P. Evseev, T.P. Yushkevich, V.P. Guba.
Results and conclusions. Systematization of technical devices used in sports games involves the allocation of classification levels. Summarizing the works of domestic specialists, it should be noted that for game sports, significant classification levels are the structure, form of impact and purpose of the technical device used in the long-term training of basketball players, volleyball players, football players, etc. Classification of technical devices allows us to determine the use of the most effective technical means for a specific section of sports training. Generalization of classification features characterizing the use of technical devices in the process of training game athletes ensures the formation of the theoretical and methodological basis for the selected sport in the section – types of sports training.

Keywords: sports games, training process, types of sports training, technical devices, classification features.

References

1. Alabin, V. G. (1979). Trenazhery i trenirovochnyye ustroystva v fizicheskoy kulture i sporte [Exercise machines and training devices in physical education and sports]. Minsk: Vysheyshaya shkola.
2. Guba, V. P. (2012). Osnovy sportivnoy podgotovki: metody otsenki i prognozirovaniya (morfobiomekhanicheskiy podkhod) [Fundamentals of sports training: methods of assessment and forecasting (morphobiomechanical approach)]. Moscow: Sovetskiy sport.
3. Guba, V. P. (2020). Teoriya i metodika sportivnykh igr [Theory and methodology of sports games]. Moscow: Sport.
4. Donskoy, D. D. (2013). Zakony dvizheniy v sporte: ocherki po teorii strukturnosti dvizheniy [Laws of movements in sports: essays on the theory of movement structure]. Moscow: Sovetskiy sport.
5. Popov, G. I. (1992). Biomekhanicheskiye osnovy sozdaniya predmetnoy sredy dlya formirovaniya i sovershenstvovaniya sportivnykh dvizheniy [Biomechanical foundations of creating an object environment for the formation and improvement of sports movements]. Doctoral dissertation, Moscow.
6. Ratov, I. P. (2007). Biomekhanicheskiye tekhnologii podgotovki sportsmenov [Biomechanical technologies for training athletes]. Moscow: Fizkultura i sport.
7. Skripko, A. D. (2004). Tekhnologii konditsionnoy i sportivnoy podgotovki v sisteme fizicheskogo vospitaniya uchashchikhsya i studentov [Technologies of conditioning and sports training in the system of physical education of pupils and students]. Doctoral dissertation, Moscow.
8. Yushkevich, T. P., Vasyuk, V. E., & Bulanov, V. A. (1989). Trenazhery v sporte [Exercise machines in sports]. Moscow: Fizkultura i sport.