Evolving the Control-Chaos Continuum: Part 1 – Translating Knowledge to Enhance On-Pitch Rehabilitation

Abstract

BACKGROUND: On-pitch rehabilitation is a crucial part of returning to sport after injury in elite soccer. The control-chaos continuum (CCC) initially offered a framework for practitioners to plan on-pitch rehabilitation, focusing on physical preparation and sport-specificity. However, our experiences with the CCC, combined with recent research in injury neurophysiology, point to a need for an updated model that integrates practice design and physical-cognitive interactions.

CLINICAL QUESTION: What are the insights from injury neurophysiology, soccer performance, and coaching science, needed to update the CCC and improve the planning, delivery, and progression of on-pitch rehabilitation in elite soccer?

KEY RESULTS: Drawing on extensive experience in elite sport, we explain how recent research on neurophysiological recovery from injury, game models, and practice design has been applied to update the CCC and evolve the existing framework.

CLINICAL APPLICATION: The evolution of the CCC expands on the original model to enhance planning, delivery, and progression of on-pitch rehabilitation. The updated framework incorporates elements of visual cognition, attentional challenges, decision-making, and progressive representation of the game model to enhance sport-specific preparation for returning to sport.