Avilus Launches Mobile Control Room for Robotic and Autonomous Evacuation Operations
German technology firm Avilus, in collaboration with its production partner IFAS, has unveiled a new mobile control room called the "Patient Evacuation Coordination Cell" (RAS-PECC), designed to enhance military medical evacuation operations. The RAS-PECC integrates seamlessly into the existing brigade-level PECC and focuses on coordinating and dispatching Unmanned Aerial Vehicles (UAVs) for evacuating wounded personnel.
Developed in just three months, the RAS-PECC is aimed at improving the efficiency and safety of medical evacuation missions. It comprises an air-conditioned FM 2 shelter mounted on a MAN HX60 vehicle, equipped with specialized military equipment to serve as the ground control segment. This segment houses advanced technical systems, including redundant remote pilot stations and a comprehensive antenna segment for reliable communication.
A key feature of the RAS-PECC is its ability to establish both line-of-sight (LOS) and beyond-line-of-sight (BLOS) radio connections, facilitating crucial communication between the control room and the rescue drones. This capability enables the transmission of vital patient parameters and, if necessary, allows for establishing video connections to provide psychological support during evacuations. Additionally, the system seamlessly integrates with existing battle management systems for flight planning, dispatch, and monitoring, emphasizing airspace integration and mission digitalization.
The RAS-PECC has been delivered ahead of schedule, highlighting the dynamic and agile support from Avilus and IFAS's partners. Already in use in military exercises and regular flight test operations, this innovative system demonstrates its versatility and potential to transform military medical evacuation protocols.
In summary, the RAS-PECC represents a significant advancement in military medical evacuation technology, providing enhanced coordination and communication capabilities to improve the efficiency and safety of evacuating wounded personnel from the battlefield.