The CURSOR Video Library
Iterative testing of a diverse set of technologies is crucial for the development of the CURSOR SaR kit. Drones that have been adapted to the needs of the project, e.g. with a transport mechanism to fly our minituarised robots into the disaster zone, sensors serving as an “artificial nose” and an Information and Communication Technology to bring everything together are constantly tested with technological partners and First Responders in lab and field tests.
Learn more about these tests and where we stand with our technological developments with watching our videos.
CURSOR Official Presentation Video
This is the official video of the CURSOR project giving an overview on the project and its aims. CURSOR will develop a CURSOR Search and Rescue Kit using drones, miniaturised robotic equipment, and advanced sensors reducing time for detection and rescue of victims trapped under debris while increasing the personal safety of the SaR (Search and Rescue) teams.
CURSOR Lab Test 5, Felixdorf, Austria, 22- 23 April 2021 (short version)
CURSOR project is moving ahead showing at its Lab Test in Felixdorf, Austria, in April 2021 how the system is being integrated with a focus on the drone development.
CURSOR Lab Test 5, Felixdorf, Austria, 22- 23 April 2021 (long version)
CURSOR project moved ahead showing at its Lab Test in Felixdorf, Austria, in April 2021 how the system is being integrated with a focus on the drone development. This video gives you in depth information on the test, for a short summary, please refer to the video above.
SMURF- Soft Miniaturised Underground Robotic Finder moving on debris
The CURSOR project will generate the innovative CURSOR Search and Rescue Kit, which will include Soft Miniaturised Underground Robotic Finders (SMURFs). The SMURFs are equipped with chemical sensors that allow to detect a wide range of chemical substances indicating human presence. They are carried from the operations headquarters to the disaster site by a transport drone. On site, the robots work independently in clusters searching for survivors. This video show a first test with the SMURF moving on debris.
CURSOR Overview on Drone Development
Do you want to learn more about our drones? Watch this video prepared for the mid-term review of the CURSOR Project, giving an overview on the drone development.
SMURF- Soft Miniaturised Underground Robotic Finder moving on floor
The CURSOR project will generate the innovative CURSOR Search and Rescue Kit, which will include Soft Miniaturised Underground Robotic Finders (SMURFs). The SMURFs are equipped with chemical sensors that allow to detect a wide range of chemical substances indicating human presence. They are carried from the operations headquarters to the disaster site by a transport drone. On site, the robots work independently in clusters searching for survivors. This video shows the SMURF moving on the floor.
Mothership Drone Z30
The mothership drone provides continuous situational awareness as “Eye-in-the Sky” with a powerful zoom-video camera, and can also serve as a stationary communications drone, coordinating communication between me, the drone-system and first responders on scene. This video shows the drone during a first field trial test on 25- 26 of August 2020 in Felixdorf, Austria.
The German regional TV station, Bayerischer Rundfunk, featured the CURSOR project and its first Small Scale Field Test in Freising, Germany, in its Science Show “Gut zu Wissen”.
This video was made by SINTEF and illustrates preliminary results of the UViz – visualization tool for autonomous systems built in Unity and ROS2. Part of this work was done in CURSOR, in particular the one connected to the visualisation of the SMURFs and their positions in a 3D window. The First Responders will be able to see how the deployed SMURFs are positioned in a 3D window visualising a 3D model of the rubble pile.
At a field test in Japan in July 2021 the mobility of SMURF was tested in challenging terrain. Here, researchers from Tohoku University analysed how SMURF managed to climb over debris in a realistic setting. Great advances in terms of mobility were able to be shown in comparison with the first prototype.
The first field assessment of the mini robot SMURF was held to test mobility capacities on different surfaces as well as the sensing capacities in realistic conditions, in particular using embedded cameras. Sniffer submodules were integrated into two SMURF and tested in mobile conditions in the field. A Mesh network allowing communication features for the SMURF with the workstation was also deployed and evaluated. First responders could test the tools and drive the SMURFs on different surfaces and through obstacles. The SMURF sensors were also tested in the presence of volunteer’s “victims” and their output was observed on the workstation: video and infra-red cameras, and Sniffer raw data.
This video shows a short summary of the capabilities of the SMURF robot as they were shown at the CURSOR Small Scale Field Test in Brignoles, France, in September 2021, especially regarding its mobility capacities on different surfaces. If you want to learn more on the full test, see our summary video here: CURSOR Small Scale Field Test 1 2, SMURF, Brignoles, France, 28 – 30 September 2021 – YouTube
The aim of this field test to evaluate the results of the SNIFFER sensor when integrated in the SMURF robot. Experiments were conducted in different conditions, and first responders had a chance to locate victims and to analyse video and thermal cameras outputs on the SMURF workstation.
SNIFFER was able to make measurements of specific human VOC (volatile organic compounds), of level of CO2, attesting life presence, and of cadaver specific chemicals. This data will be used by CEA and UNIMAN to calibrate the SNIFFER response in the presence of a human and deliver a signal for an alive human presence. A Mesh network allowing localisation of the SMURF was also deployed and the location and path of the SMURF could be visualised.
At the CURSOR Use case 3 test the main aim was to first test the whole SaR kit developed in CURSOR in close to real conditions. A large rubble pile, usually used by the military units for training, was the place for a scenario of an earthquake in the area of Brignoles. During this field test, the project organised scenarios that reproduced the search of victims buried under rubble. All the tools developed by CURSOR in the SaR kit were deployed: Drones, Common Operational Picture, SMURF and SNIFFER and geophones.