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Importance of strength training to prevent secondary lower limb musculoskeletal injury in military personnel.

Ladlow P, Coppack RJ, Cassidy RP, Rodgers R, Barker-Davies R, Comfort P et al. ยท BMJ military health ยท 2026

This review examines how strength training helps military personnel prevent re-injury after an initial musculoskeletal injury, particularly focusing on maximal force and rapid force production as key strength qualities. The abstract emphasizes that strength testing during rehabilitation is essential for safely returning soldiers to operational duty and meeting physical employment standards.
Takeaway: Include targeted strength training that develops both maximal force and rapid force production during rehabilitation to reduce re-injury risk before returning to military duty.
Abstract (source)

Considerable operational and financial costs are associated with musculoskeletal injury (MSKI) across military organisations. Following an MSKI, reaching 'medically fully deployable' status is often contingent on meeting physical employment standards. Strength training has a critical role to play in military physical preparation, injury mitigation and guiding rehabilitation practice. Low levels of muscle strength are associated with increased MSKI risk, and previous MSKI is a leading risk factor for re-injury. When an MSKI does occur, it is essential that all attempts to mitigate the risk of secondary MSKI are met. Maximal force (muscle strength) and rapid force (rate of force development and reactive strength) production have been identified as important strength characteristics requiring targeted training interventions and assessment prior to returning to operational roles. This review investigates the importance of strength training and its assessment during late-stage rehabilitation to inform return-to-duty exit criteria, meet physical employment standards and mitigate secondary MSKI.

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