This project explores the product development of a military exoskeleton through multiple design lenses, integrating industrial design, wearable tech, material exploration, and robotics. The process followed a collaborative approach involving designers, engineers, military personnel, and ergonomists. As an industrial designer, the role was to bridge user experience with actuated assistance, ensuring intuitive interaction and comfort. Designed for defense and military applications, the exoskeleton aims to enhance mobility, endurance, and performance in demanding environments while maintaining or improving the wearer’s experience compared to existing solutions. The design prioritizes physical and cognitive ergonomics alongside aesthetics that communicate function, strength, and reliability, fostering user confidence. Prototyping and iterative testing played a critical role in validating performance, usability, and wearability. The outcome represents a meaningful step toward the long term development of military grade exoskeleton systems in India.