AVILUS manufactures and operates a new class of dual-use unmanned aircraft systems designed for demanding missions. These certified drones support medical evacuation, tactical airlift, and intelligence, surveillance, and reconnaissance applications. The company offers these capabilities as a Drone as a Service (DaaS) model for flexible operational deployment.
Funding
Funding not disclosed
Founders
Product
Problem
In combat scenarios, rapid evacuation of wounded soldiers is critical for survival, but traditional methods often face delays due to terrain limitations, security risks, and the need for manned transport. These delays can significantly increase mortality rates, especially in cases of severe trauma.
Solution
AVILUS provides the DRONEVAC system, an unmanned aerial vehicle (UAV) solution designed for the fast evacuation of casualties from the point of injury. The system includes the Cricket© rescue drone, a truck-integrated control room (PECC), a logistics trailer (TROL), and a digital backbone (MEDC4I) based on military-grade communications. The Cricket© drone can transport a patient to the next medical treatment facility, while the PECC serves as the control center for operators. The TROL acts as a mobile docking station for service, recharge, and flight operations, and the MEDC4I ensures secure and standardized battle management system integration.
Target Audience
The primary target audience includes military medical units and emergency response teams operating in combat zones or other high-risk environments where rapid casualty evacuation is essential.
Features
- Unmanned aerial vehicle (UAV) for rapid casualty evacuation
- Truck-integrated control room (PECC) for on-site operation management
- Mobile docking station (TROL) for drone service, recharge, and flight operations
- Military-grade communication technology for secure data transmission
- Standardized battle management system integration (MEDC4I)
- Capability to operate in high-risk environments, reducing risk to personnel
- Potential to avoid triage in situations where evacuation chain capacities are saturated