How are passive exoskeleton systems characterized compared to active ones?
Answer
Passive systems use springs and counterweights to assist movement without external power.
Passive systems assist movement using physical elements like springs and counterweights, requiring no external power source, unlike active systems designed for significant augmentation or powered rehabilitation.
Related Questions
What disciplines are essential for building functional exoskeletons?What are the general key elements comprising a functional exoskeleton system?What is the primary function of sensors in the exoskeleton feedback loop?Which phase is considered the initial and perhaps most critical stage in structured exoskeleton development?What fundamental balance must designers strike during the mechanical design phase?What technical expertise is frequently required for software developers in real-time exoskeleton control?Why is establishing quantifiable performance targets crucial early in development?How are passive exoskeleton systems characterized compared to active ones?What are the primary development priorities for exoskeletons serving the Industrial and Occupational Support segment?What specific regulatory requirement heavily influences development for medical application exoskeletons?What specialized actuation methods might developers use in soft exosuits instead of traditional electric motors?What does the crucial skill of cross-disciplinary translation involve between hardware and software teams?