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Mosunov D.F. Bionic model of the high-speed flip turn “MosKit” in the butterfly swimming

DOI: 10.34835/issn.2308-1961.2020.3.p330-336
Bionic model of the high-speed flip turn “MosKit” in the butterfly swimming
Dmitry Fedorovich Mosunov, the doctor of pedagogical sciences, professor, Lesgaft National State University of Physical Education, Sport and Health, St. Petersburg

The article reveals the conditions for forming the bionic model of the high-speed flip turn “MosKit” in the butterfly. The historical and systematic approach, analysis and generalization of the special sources, analysis and generalization of the author’s scientific and sport experience opened the bionic approach to the turn technique modeling, the empirical modeling of high-speed turn perfection in swimming, all of this lays the groundwork for the special system development to the further results improvement.
Keywords: swimming, butterfly stroke, high-speed flip turn “MosKit”.
  1. Babaev, G.G., Vinberg, G.A. and Zavarzin, (1986), “Jonstonov's mosquite organon”, Gilyarov, M.S., Redkol A.A. (Ed.), Biological Encyclopedic Dictionary, 2nd ed., Sov. Encyclopedia, Moscow, available at:
  2. Mosunov, D.F. (1992), Didactic basics of improving the athlete's motor actions (on the example of swimming), dissertation, Leningrad.
  3. Mosunov, D.F., Nazarenko, Yu.A. and Mosunova, M.D. (2010), “Formation of space of water around athlete-swimmer”, Uchenye zapiski universiteta imeni P.F. Lesgafta, Vol. 63, No. 5, pp. 57-61.
  4. Patrashev, A.N., Kivako, L.A. and Godzhiy, S.I. (1970), Applied Hydromechanics, The military edition, MO USSR, Moscow.
  5. FINArules_swim2017_2021/pdf. – SW 8.4, available at:
  6. Testicles of mosquito, available at:
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Article arrived in edition 16.03.2020
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