Electric aerial platforms such as drones and autonomous airborne systems are currently limited by fragmented, non-standardized, and mostly manual charging methods. Batteries must be swapped or charged using platform-specific solutions, requiring human intervention and long downtime. This prevents continuous operation and blocks large-scale deployment across defense, security, industrial, and smart-city use cases.
The real potential of any electric vehicle depends on the total usable energy available to it through infrastructure- not just the battery it carries. Just as ground vehicles only became truly practical once fuel station networks enabled refueling and extended range, electric vehicles and drones require accessible, repeatable charging infrastructure to unlock long-range and persistent operation. Today, that infrastructure layer does not exist in a universal and scalable form for aerial platforms.
XCurrent addresses this gap by building a standardized, accessible energy infrastructure layer that enables autonomous, cross-platform charging and continuous aerial operations at scale.