LandX20 Experiment Report – experiment for future land warfare capabilities with focus on increased situational awareness and unmanned systems
About the publication
Report number
22/00274
ISBN
978-82-464-3390-5
Format
PDF-document
Size
31 MB
Language
English
LandX20 was a collaborative experiment and demonstration where four research projects from the
Norwegian Defence Research Establishment (FFI) participated. The goal of the experiment was
two-fold. The first goal was to develop a situational awareness system that could use unmanned
assets, and to field test it under controlled conditions. The second goal was to demonstrate the
future possibilities for such a system to invited guests. The experiment and demonstration took place
between 31 August to 4 September 2020, the integration week, and between 14 and 18 September,
where the last day was the visitor’s day.
The experiment included many different systems developed at FFI. Two Sentry systems, which
include radars and Pan-Tilt-Zoom (PTZ) cameras, were used to track persons and vehicles. The
tracked persons and vehicles were displayed on a map in a newly developed Graphical User
Interface (GUI), which is web based using the CesiumJS framework. A swarm of four Unmanned
Aerial Vehicles (UAVs) was also present. These have been designed and built at FFI, and can
be tasked to monitor an area, detect and track persons, and report the results in the new GUI.
Additionally, two Unmanned Ground Vehicles (UGVs) were present at the experiment. One of the
UGVs was used for autonomous terrain navigation and the other was equipped with the Sentry
system. The last system was a passive Radio Frequency (RF) sensor system used for detection and
localization of radio emitters.
The experiment was successful. The system for situational awareness, which consisted of the
two Sentry systems, the drone swarm and the newly created GUI, was demonstrated to the visitors,
along with the passive RF sensor system. However, due to hardware problems, the UGV was unable
to drive autonomously during the event.