Medical robots are primarily used to provide medical assistance to victims in disaster-affected areas, where access to healthcare professionals may be limited.

Remote-controlled robots allow healthcare professionals to provide medical assistance to victims from a remote location, enabling telemedicine in disaster-affected areas.

Medical robots can navigate through collapsed structures and confined spaces, assisting in the search for victims and providing medical care.

Medical robots face challenges such as limited battery life, lack of communication infrastructure, and unpredictable terrain and environmental conditions in disaster-affected areas.

Surgical robots are equipped with advanced instruments and can perform minimally invasive surgery in remote or disaster-stricken areas, where access to traditional surgical facilities may be limited.

Medical robots can transport supplies over long distances, reaching remote and inaccessible areas, ensuring timely delivery of essential medical supplies.

The use of medical robots in disaster relief raises ethical considerations related to privacy and data protection, equity and access to healthcare, and transparency and accountability.

Medical robots can relay messages between survivors and rescuers, helping to establish communication networks in disaster-affected areas where traditional communication infrastructure may be disrupted.

Rehabilitation robots assist in providing physical therapy and rehabilitation to victims in disaster-affected areas, helping them regain mobility and function.

Medical robots can assess vital signs and injuries, assisting healthcare professionals in the triage and prioritization of victims in disaster relief.

Medical robots offer potential benefits such as increased efficiency and accuracy, reduced risk to human responders, and improved access to healthcare in remote areas during disaster relief and emergency response.

Social robots are designed to provide emotional support and companionship to victims in disaster relief, helping to reduce stress and anxiety.

Medical robots can decontaminate and disinfect surfaces, helping to prevent the spread of infection and disease in disaster-affected areas.

Medical robots face limitations such as high cost and complexity, limited autonomy and decision-making capabilities, and reliance on infrastructure and power sources in disaster relief and emergency response.