Disaster
In disaster situations, exoskeleton robots reduce physical strain and alleviate stress, helping firefighters and rescue workers prevent injuries and minimize exhaustion. Additionally, disaster situations often require moving heavy objects, structures, or injured individuals. Exoskeleton robots provide additional strength, making it easier to transport these heavy loads. For firefighters and rescue workers operating in dangerous disaster environments, protective equipment like exoskeleton robots that enable safe task execution is essential.
Furthermore, by reducing physical burden, exoskeleton robots can also alleviate the mental stress on firefighters and rescue workers. This can contribute to making quick and accurate decisions. Also, exoskeleton robots improve work efficiency, allowing rescue workers to complete more tasks faster and more effectively. This is crucial for saving time and resources in disaster situations. The reduced physical strain from using exoskeleton robots leads to shorter recovery times after work, aiding in continuous rescue operations. Moreover, exoskeleton robots facilitate teamwork and collaboration, enabling team members to effectively cooperate when carrying heavy equipment or injured individuals together. In the long term, exoskeleton robots can contribute to preventing the adverse effects on the body caused by continuous physical stress and heavy loads.
