Such a mode of investigation can provide important insights in the biomechanics of technique in sports. Qualitative biomechanical analyses of movement in sports are key to its investigation (Noorbhai & Noakes, Citation2015). The mechanics of the backlift in cricket batting are poorly understood (Davis, Citation1983 Gibson & Adams, Citation1989). The mobile application provides real-time data that can be stored on the user’s phone and device for subsequent usage and analysis. The development of the backlift in cricket mobile application is the first complimentary mobile application that can record and analyse the backlift of a batsman through a smartphone without the need for connectivity from parent software on computers.

The use of the backlift in cricket mobile application can be used to evaluate the backlift type of a batsman by analysing and tracking the bat position of batsmen in cricket. Android, Open Computer Vision (CV) and JavaScript were used for this particular project as they are both well documented and supported by a software development platform called Qt 5.3. The backlift in cricket software system was divided into three components: a frontal view interface, a lateral view interface, and a back-end system. No study or platform has yet been conceptualised to specifically design a mobile application to analyse the batting technique of cricket batsmen, especially the batting backlift technique in cricket.

The batting backlift technique has been shown to be a contributing factor to successful batsmanship.

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