AVILUS

GRILLE: The German Rescue Drone ✈️🦗 Accelerate your rescue missions by incorporating the #GRILLE into your operations. With its automatic flight control, the aircraft can follow the flight path without a pilot in the loop and thanks to its inertial reference unit without relying on external positioning or communication systems. The system's resilience and safety are ensured by multiple redundancy layers within the avionics system. One of the key requirements: dismountable and operational within 15 minutes, without the need for any tools. 🚑✈️ Load and fly efficiently and safely with AVILUS technology. Book your #OperationalExperimentation at [email protected]. #AVILUS #LoadAndFly #GRILLE #OpEx #Aerospace #Drone #RescueDrone #RescueMissions

How is the Grille transported for military operations? 🚛 The TROL - a Trailer for Operations and Logistics - is part of our Robotic and Autonomous Systems (#RAS) Ecosystem. It does not only serve as take-off an landing platform, but also enables the ground transportation of the drone. This mobile "docking station" aims to ease the relocatability wherever required by the troops. 🚁⛑️ Discover more about our RAS Solutions at 👉 avilus.com/solution

Our favorite day of the week isn’t Monday or Friday; it’s Fly-Day! 🦗

Low-cost drones caused an evolution of battle field operations. ✈ The transparency of frontlines is redefining the tactical edge. Dispersion to small groups and large spaces minimizes the risk of detection by surveillance drones. The #Grille, coordinated by the #RAS-PECC, can be deployed from more secure areas, like the #brigade level, to pick up wounded soldiers at the company or #battalion level. This increases the #safety of ground troops while remotely monitoring the flight and #medical state of the patient. ⛑ For more information, visit avilus.com/solution.

MEDC4I: The Backbone of Medical Military Operations. Medical Command, Control, Communication, Computers & Intelligence - The backbone of medical military operations. With a #MEDC4I system, troops on the ground can coordinate evacuation assets across all levels of command. The MEDC4I system spans over a variety of network nodes: from handheld tablets at the #CCP to computers within the Patient Evacuation Coordination Cell (#PECC), over the aircraft avionics system that is connected to the medical cabin and the vital data sensors up to the ground computers at the medical treatment facilities. Enhance your evacuation capabilities with our ecosystem. 👉 Learn more at avilus.com

“Successful patient care depends on timely evacuation.” – NATO Standard AJMedP-2 The Grille was designed in consideration of NATO standards for medical evacuation. Working together with other #RAS (Robotic and Autonomous Systems), the Grille effectively: 🌦️evacuates patients day and night in all weather conditions ⚕️provides in-flight medical care due to its medical cabin 🏥transports patients to the nearest field-hospital (e.g., ROLE 2) 🩺monitors the patients' vital signs continuously during evacuation Capable of operating in #CBRN scenarios, the Grille is a booster for the current evacuation chain. Learn more about #RASEVAC philosophy at 👉www.avilus.com 📸: Bizimana Derrick

UAV and UGV: two boosters of the future evacuation chain. ⛑️ Time is the best medicine! Within this exercise conducted by the Bundeswehr (German Federal Armed Forces), we tested the participation of unmanned ground vehicles (#UGVs) and unmanned air vehicles (#UAVs) into the current evacuation chain. 🔗 UAV #Grille and UGV #THeMIS worked together to evacuate a patient quickly and safely out of the hot zone on ground and from the casualty collection point (CCP) back to #ROLE2 via air. ✈️ This demonstration did not only prove the technological capabilities of the systems but also their boosting effects when added to current #MEDEVAC assets. 🚑 #AVILUS #LoadAndFly Milrem Robotics

RASEVAC - the future of medical evacuation! ⛑ Built in line with the #RASEVAC (Robotic and Autonomous Systems for Evacuation) philosophy, our system ensures that the officer in command has full #SituationalAwareness of the #RescueMissions by embedding the 9-liners, mission planning and monitoring in the #BattleManagementSystem (BMS). 🗺 We developed essential plug-ins that work with #SitaWare and other #NATO-wide used battle management systems. These plug-ins provide a #request system, flight #dispatching, and flight #monitoring to maintain communication between the operator, the aeromedical physician, and the patient. ✈ Explore more about the RASEVAC solutions at 👉 www.avilus.com

The Grille, a fully electric multicopter, designed for medical evacuations. ⛑ Built with a focus on #safety and #reliability, the #Grille is designed as a fail-safe system e.g., via multiple redundant avionics to ensure flights with the safety level of manned aviation. 🛡 With its twelve engines, the Grille provides up to 240 kW of power to provide lift high maneuverability. Six #batteries, three on each side, provide the energy onboard and allow a fast mission turnaround by easily swapping them against charged ones. 🔋 Designed specifically for #patient transport, the Grille is now ready for #MissionDemonstrations in Germany and Europe. Discover the future of medical evacuations. More info at 👉 www.avilus.com

New functions? –No problem! 🛠✈ At AVILUS, we prioritize #safety and #quality. That's why we perform the so-called "pole test" before taking the Grille to the air. With a special focus on the inner loop of our #FlightController, the flight test instrumentation records over 2,000 signals within the avionics system. Thanks to the pole test, we can deploy new basis functionality in a #secure environment, thereby reducing the risk during the development phase. After we have ensured that our performance and handling quality requirements are met, the aircraft is cleared for free flight testing. Our second flight campaign is on! Follow us to stay up-to-date on our development. ✈🛡