Our process commenced with a comprehensive understanding of Catapult's aspirations and target user needs. The objective was to develop an intuitive, compact, and robust wearable + docking station solution that could thrive in the rugged conditions of professional sports while delivering high-quality performance data.
Driven by a deep understanding of user needs, we prioritised comfort, 'wearability', and precision in performance metrics. We created an array of design iterations, each subjected to intensive testing, including real-world trials with professional basketball teams. The insights gained from these hands-on experiences were pivotal in our design refinement, allowing us to exceed the initial brief with a product that seamlessly integrates into the high-impact world of basketball.
In parallel, we designed the Smart Docking Station, ensuring it was compact + portable, robust, user-friendly, and capable of charging 24 tags simultaneously. The outcome was a synergistic design reflecting the Catapult brand in an aesthetic, efficient package that significantly enhances the user experience and unlocks new insights into player + team performance.
The Vector T7, is a breakthrough in wearable sports technology. Despite being 73% smaller than its predecessor, the device's functionality and user comfort are superior, making a tangible difference to the way teams track performance, prevent injuries, and 'strategise' their games.
By adhering strictly to a professional design process, we transformed a complex brief into a ground-breaking product that not only meets the needs of its users but also elevates the standard of wearable sports tech. It was critical we maintained a stringent focus on design quality, usability, and cost-effective manufacturability, ensuring the T7 design was optimised for high-volume production. This project illustrates how thoughtful design can drive innovation and performance, contributing positively to Victoria's, Australia's, and the world's design landscapes.
Agile development managing interdependencies between Industrial Design, Mechanical Engineering, Electronics Engineering, Software Design, User Testing, Compliance + Production.