Description
The increasing availability of AI-enabled humanoid robots designed to support people in their daily lives is likely to result in more requests for their carriage in aircraft cabins, including as assistive devices for passengers. While current concerns may focus on lithium battery risks, future technology improvements could reduce these concerns and shift the focus to operational safety risks.
Potential hazards include robot malfunction, unintended movement, inability to understand or respond appropriately to safety instructions and emergency situations, and obstruction of passengers or crew during normal operations or evacuations. As regulations relating to disability assistance evolve, airlines may face increasing challenges in balancing accessibility requirements with the safe transportation of humanoid robots in the cabin. Clear policies and acceptance criteria will be needed to manage this emerging risk.
Potential hazards include robot malfunction, unintended movement, inability to understand or respond appropriately to safety instructions and emergency situations, and obstruction of passengers or crew during normal operations or evacuations. As regulations relating to disability assistance evolve, airlines may face increasing challenges in balancing accessibility requirements with the safe transportation of humanoid robots in the cabin. Clear policies and acceptance criteria will be needed to manage this emerging risk.