What is it useful for? pace Biomedical Engineerin Life Support 1. Task feasibility Range of motion studies Strength requirements (joint torques) 2. Joint forces(skeletal loading) 3. Spacesuit design(modeling suit mechanics) 4 Countermeasure evaluation 5. Understanding complex dynamics EVA tasks, e.g., Satellite capture, mass manipulation(ISS assembly /ORU replacement Artificial / reduced gravity C Video*)What is it useful for? 1. Task feasibility • Range of motion studies • Strength requirements (joint torques) 2. Joint forces (skeletal loading) 3. Spacesuit design (modeling suit mechanics) 4. Countermeasure evaluation 5. Understanding complex dynamics • EVA tasks, e.g., Satellite capture, mass manipulation (ISS assembly / ORU replacement) • Artificial / reduced gravity (* Video *)