“…This follows previous work in striking tasks focused on how movement variability at the control levels can improve striking force -including by varying how the limb is used (Bolander, Neto, & Bir, 2009), range of motion (Estevan, Álvarez, Falco, Molina-García, & Castillo, 2011;Estevan, Falco, Álvarez, & Molina-García, 2012;Falco et al, 2009;Kim, Kim, & Im, 2011;Loturco, Artioli, Kobal, Gil, & Franchini, 2014), and foot positioning (Kim, Kwon, Yenuga, & Kwon, 2010;Loturco et al, 2016). Identifying/classifying different control solutions based on movement patterns of coordination has also been approached in a range of other tasks such as tennis (Lee, Chow, Komar, Tan, & Button, 2014), swimming (Komar, Potdevin, Chollet, & Seifert, 2018), and climbing (Herault, Orth, Seifert, Boulanger, & Lee, 2017). Also, for an extensive review related to the functional role of movement variability in striking actions in combat sports see Orth, van der Kamp, and Rein (2018).…”