Core Insights - The collaboration between Kojima Productions and Dnsys has resulted in a real-world exoskeleton inspired by the game "Death Stranding," set to launch on December 2 [3][25] - The exoskeleton is designed to reduce knee pressure by 200% and enhance walking efficiency by 50%, but it does not enable users to carry heavy weights like the character Sam in the game [6][8] - The exoskeleton functions more as an "electric assist" rather than a weight-bearing device, helping users with mobility but not significantly alleviating the burden of heavy loads [12][13] Product Features - The exoskeleton features a retro industrial design with LED lights, closely resembling the in-game equipment [3][25] - It is powered by a 900-watt motor, providing assistance to the user's legs but not directly supporting heavy weights [6][8] - The device is limited to a battery life of just over 4 hours, which may not be sufficient for long-distance hiking or heavy-duty tasks [25] Technical Explanation - The exoskeleton's design lacks a rigid structure that connects to the ground, which limits its ability to bear weight effectively [10][12] - Unlike the game version, which has a complete foot structure for weight distribution, the real-world model only provides assistance to the legs without alleviating the pressure from heavy loads [15][19] - The distinction between "soft assistive" and "rigid support" exoskeletons is highlighted, with the former being more practical for everyday use while the latter is more suited for heavy lifting [17][19] Market Implications - The exoskeleton technology is gaining traction in various fields, including rehabilitation for the elderly and those with mobility issues, providing both physical support and dignity [22][23] - The product may appeal primarily to fans of "Death Stranding" or outdoor enthusiasts, but its practical applications may be limited for the average consumer [23][25] - The development of lightweight assistive exoskeletons indicates a growing market for mobility-enhancing technologies, which could see broader adoption in the future [22][23]