Athletics as the Foundation of Physical Training for Military Personnel

Abstract

The combat readiness of modern infantry requires exceptional biomechanical endurance and explosive kinetic power. This study empirically investigates targeted athletics training (sprinting, middle-distance running, explosive jumping) as the foundational matrix for military physical preparedness. Utilizing an 18-month longitudinal design, we evaluated the physiological and tactical metrics of 850 active-duty personnel via VO2 max assessments, blood lactate monitoring, and heavy-load obstacle course simulations. Quantitative analysis reveals that personnel subjected to a 60% athletics-dominant protocol exhibited a 24.3% improvement in 15-km load-bearing march times and a 17.8% reduction in lower-extremity injury rates compared to generic calisthenics cohorts (p < 0.01). Biomechanical data demonstrates that track and field fundamentals optimize neuromuscular firing rates for rapid repositioning under 25-35 kg combat loadouts. Findings confirm athletics is an absolute physiological prerequisite for high-intensity combat survival, providing a scientifically validated framework to overhaul infantry conditioning toward functional aerobic capacity and explosive anaerobic power.