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Sports Performance & Equipment Functionality

Connecting what an athlete produces with what their equipment actually does — and measuring both under conditions the sport really imposes.

A product specification describes how an item was built. It does not describe how it performs once an athlete is using it, tired, at speed, and in the weather. This area of the Joint Laboratory measures the second thing: the functional behaviour of sports equipment in the hands and on the bodies of the people who use it.

Work runs on both sides of the pairing. Performance studies characterise the athlete — the forces they generate, the positions they hold, the effort they expend and how that changes with fatigue and over a season. Equipment studies characterise the gear — its resistance, its compliance, its grip, its protection and its stability — and then relate the two, so a design change can be justified by what it does to the outcome rather than by intuition.

Typical studies

Instrumentation

Studies combine force plates and instrumented equipment, wearable sensor suites, motion capture, and flow measurement from the Laboratory's wind tunnel and fan array. Data from the same session on the same athlete is analysed as a whole, which is what makes it possible to attribute a change in outcome to a specific cause.

Findings are written for two audiences: a technical record for designers and engineers, and a short, actionable summary for athletes and coaches.

A cyclist instrumented for a performance study

An on-bike study combining position, power and flow measurement.

Racket sport equipment under study

Equipment functionality in a racket sport: the interaction between player, racket and shuttlecock.