Recovery Net RN86
A quick and efficient recovery of professional UAV systems
The NMAND Recovery Net RN86 was designed by Embention to enable fast and efficient recovery of professional UAV systems. Its ease of transport and assembly allows the safe operation of drone systems, either from ships or in remote locations, without the need for an airstrip.acer the needs of UAV professionals. The C200R UAV catapult is foldable and allows deployment by a single person, being fully operational in less than 4 minutes.
Fixed wing UAVs can carry out high endurance operations, providing outstanding results in their missions. However, in these operations there is often no runway nearby. In order to land in these locations, Embention has developed the RN86 for the recovery of UAVs up to 40Kg and 25m/s stall speed.
One of the main advantages of the Recovery Net RN86 is its ease of transportation, assembly, maintenance and use. The whole system is fully transportable in two suitcases specially designed for this purpose. These robust suitcases allow the transportation of the system bringing the maximum protection to the equipment.
The NMAND Recovery Net RN86 was conceived to be set up in a short time.
The Embention team has designed easy and simple protocols to perform the UAV recovery operation in the safest way. In addition, the RN86 Recovery Net has been developed according to the highest safety standards with intelligent safety features.
Taking into account parameters such as the wind direction, the surface type and the distances to obstacles, a no trespassing area is defined during the operation. Operators will remain outside this safety area ensuring the safety in the UAV recovery operation.
The Landing Net solution provides an advanced accurate-point recovery method for UAVs. The Net is a high grade quality industrial safety net with 8x6m, 48 square meters of surface. With this area the recovery net allows it to safely land UAVs with up to 3 meters wing-span.
The dimensions of this UAV Landing Net, in combination with the positioning accuracy of the Veronte Autopilot 1x permits it to safely perform fully autonomous landings. The embedded RTK module included in the Veronte Autopilot provides the positioning accuracy needed so manual corrections are not necessary.
A robust aluminium structure is used for holding the vertical net between two poles at the same time it includes an innovative design to absorb the energy of the UAV to stop it without damaging the frame. The structure includes a mechanical stopper in order to prevent undesired movements and swinging.
It is made with a lightweight structure composed of aluminium 6061 that brings a great resistance to shocks and corrosion. It provides a high grade of reliability along the time and maintains the low weight to ensure the ease of transportation and mount.
If you are interested in this project or need further information, please contact [email protected]