The Effectiveness of a Functional Preconditioning Program in Reducing Musculoskeletal Injuries in a Tactical...

Area of Science:

• Sports Medicine
• Occupational Health
• Military Science

Background:

• Musculoskeletal (MSK) injuries are a significant concern in tactical populations.
• High injury rates can impact training progression and operational readiness.
• Standard recruitment procedures may not adequately prepare recruits for physical demands.

Purpose of the Study:

• To evaluate the impact of a six-week preconditioning functional training program on MSK injuries.
• To assess the effects on days lost from training and attrition rates among police recruits.
• To determine the efficacy of functional training in mitigating non-contact lower-limb injuries in tactical athletes.

Main Methods:

• A randomized controlled trial involving 441 Abu Dhabi Police recruits.
• Experimental group received six weeks of functional training; control group followed standard procedures.
• Outcome measures (injury rate, days lost, attrition) collected after 16 weeks of basic military training (BMT).

Main Results:

• The experimental group had a significantly lower injury proportion (15.3%) compared to the control group (52.3%).
• Fewer median days lost to training were observed in the experimental group (2.5 days) versus the control group (5.0 days).
• Attrition due to MSK injuries was lower in the preconditioning group (1 recruit) than the control group (5 recruits).

Conclusions:

• Preconditioning functional training effectively reduces MSK injuries and training disruptions in police recruits.
• Structured conditioning programs are vital for tactical athlete trainees to prevent injuries.
• Implementing functional training can enhance readiness and reduce healthcare costs in similar populations.