Modular bracer for astronauts (MoBr v1.0)

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I designed a versatile and practical bracer specifically for astronauts participating in the Space Design Contest. Almost every surface on the International Space Station is equipped with Velcro strips, which I envisioned could be utilized to develop a prototype of a modular bracer. This innovative design consists of a base plate securely fastened to the astronaut's arm via Velcro and interchangeable modules that can also be attached to the base plate using Velcro. Since navigating within the ISS requires considerable mobility and astronauts need both hands free to grasp objects and maintain balance, my concept aims to enhance their mobility while partially freeing up their hands. This allows them to utilize tools more effectively anywhere on the station without distraction. To demonstrate the versatility of this bracer, I have designed various modules for easy tool storage and utilization within the ISS environment. Additionally, multiple options for utilizing the bracer are showcased in photographs, along with a real-world example of its use in a video. This bracer can be employed by astronauts in their daily activities, particularly during maintenance, research, and other tasks, as well as for first aid purposes such as setting a broken hand. The broad functionality of these bracers enables users to create unique modules tailored to meet virtually any need. Unfortunately, without access to a 3D printer, I am unable to provide technical specifications for manufacturing this device with certainty. However, based on information from the firm that produced the samples, they utilized Printbox 3D One and 25% infill.