Jordan Cook: Processing Deceleration

Horizontal deceleration serves as a critical component of athletic performance and injury mitigation, requiring specific biomechanical strategies such as anterior foot placement and negative shin angles to effectively attenuate high ground reaction forces. Jordan Cook, Director of Performance and Rehab at B3 Better Sports Performance, emphasizes that while performance goals often push athletes toward higher intensities, managing the risk-reward continuum remains essential for long-term health. Effective rehabilitation for ACL injuries involves a transition from hip-dominant strategies to knee-based force attenuation, often utilizing deep-tier plyometrics and overcoming isometrics to override quadriceps inhibition. Monitoring force-time curves and utilizing technology like the 1080 Motion system allow practitioners to quantify these efforts, ensuring athletes meet the specific demands of their sport before returning to full competition. Maintaining residuals of max deceleration through controlled, high-intensity exposure prevents performance plateaus and reduces re-injury risk.