BTS SMART-Performance is a software tool for the analysis of all types of sport movements with the aim of:

improving performance
optimizing coaching
averting injuries
structuring rehabilitation programmes

BTS SMART-Performance allows all types of movement to be described quantitatively by analysing any kinematic, kinetic and electromyographic data. BTS SMART-Performance includes built-in standard protocols for the analysis of sporting activities, such as cycling, running, golf, tennis, skiing, etc.

Main features

Main features:

Complete motion analysis fully integrated with kinematic, kinetic, electromyographic and footswitch data, as well as elaboration and report for cyclic events.

BTS THOR2 bar based calibration for a fast system set up even with obstacles in the field of view.

Automatic kinematic tracking.

Database for management of athletes trials and sessions and printable report generation.

Automatic analysis of the parameters that describe the motion cycle.

Calculation of joint angles as flex-extension, abd-adduction, intra-extra rotation and relative normalization.

Linear and angular variable filtering using adaptative techniques in order to identify the optimum band with no loss or corruption for the source file.

Platform data plotting (reaction vector, COP, torque).

Computation of joint moment and power and relative normalization.

Synchronized integration of video information detected by BTS VIXTA System.

Data export in excel format and text format (ASCII).

Includes built in analysis protocols elaborated by sports medicine centres, sports science faculties and rehabilitation centres. For example Golf: swing evalutation and training; Cycling: optimization of the saddle position; Artistic Gymnastics: parallel bars; Football: jump analysis protocol (drop jump, counter movement jump). Also for Pistol/Rifle Shooting, Archery and Fencing.

Thanks to the inclusion of BTS SMART-Analyzer Module user-defined protocols can be created. An innovative graphical interface that makes Biomechanical Analysis language represented graphically, allowing the user to customise the analysis protocols in a quick and easy way.