Military exoskeleton systems stand out as one of the most innovative technologies developed by modern armed forces to enhance soldier capabilities. Designed as wearable structures, these systems aim to increase carrying capacity, reduce fatigue during long missions, and improve mobility in challenging terrain conditions. Especially in tasks such as transporting heavy equipment, long-range movement, and urban operations, exoskeletons provide a strategic advantage by directly improving soldier performance.

When current military exoskeleton technologies are examined, powered and passive-assisted systems, advanced sensor networks, artificial intelligence–supported motion algorithms, and high-efficiency battery solutions draw significant attention. Next-generation exoskeletons support users by sensing natural body movements and significantly reducing strain on the musculoskeletal system. In addition, modular structures capable of integrating with ballistic vests, weapon systems, and communication infrastructures increase their effectiveness on the battlefield. Military exoskeletons represent not only a boost in physical strength but also a critical component of modern warfare doctrines in terms of operational sustainability and personnel safety.