There is a demonstrated need for a clinically translatable training model for the closed reduction of distal radius fractures without practicing on patients. A laser emitter and detector are placed within the radius bone of our device to detect anatomical alignment and indicate a proper closed fracture reduction. We will perform cyclic use tests to assess the longevity of the alignment system to ensure its ability to withstand repeated closed reduction cycles and consult with expert clinicians to ensure clinical accuracy and refine tactile characteristics. Ongoing work includes refining our simulation of traction forces exerted by tendons, muscles, and connective tissue using viscoelastic materials such as elastic bands and nylon ropes secured onto an anatomically accurate SawBones® fracture model. These features provide trainees with real-time, objective, and clinically pertinent feedback for effective and efficient simulation-based training.