CURSOR – Accelerating Search and Rescue operations
A new European research initiative 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 teams
WHAT DOES CURSOR AIM FOR?
CURSOR aims to meet the first responders' needs
In the face of natural or man-made disaster, urban search and rescue teams and other first responders like police, medical units or civil protection race against the clock to locate survivors within the critical 72 golden hours timeframe, often at their own peril due to the presence of instable structures or hazardous environments.
In order to speed up the detection of survivors trapped in collapsed buildings and to improve working conditions for the first responders, the CURSOR project will devise novel technologies using drones, miniaturised robotic equipment and advanced sensors.
CURSOR is closely collaborating with first responders and solution providers
CURSOR’s consortium has formed a unique internal on-going collaboration between leading SaR first responders and top notch solution providers making sure that the CURSOR SaR Kit will meet the functional and operational needs of the users on the field.
The consortium will be supported by leading experts as part of the First Responders Board.
CURSOR official presentation video giving an overview on the project.
CURSOR videos
Learn more about the CURSOR project when checking out our video library showing how the different technologies are being tested in lab and field tests.
CURSOR NEWS
CEN Workshop agreement initiated
We are delighted to share that the European Committee for...
Getting ready for the SMURF test in Brignoles
First partners have arrived and are setting everything up...
New video on a visualization tool for autonomous systems released!
Check out our latest video on a visualization tool for...
CURSOR researchers receive the Excellent Research and Technology Award 2021 from the Robotic Society of Japan
We are happy to announce that CURSOR researchers received...
Several media teams at the Small Scale Field Test 1.4 in Freising, Germany
We are delighted to share that our field test has received...
Small Scale Field Test 1.4 in Freising, Germany – proof of concept for the CURSOR drone fleet
The next CURSOR Small Scale Field Test is upcoming on June...
Small Scale Field Test 1.3 testing CURSOR’s Information and Communication Technology in a realistic environment for the first time.
On May 21, CURSOR Information and Communication...
Lab Test°6 showing SMURF for the first time to technical partners and First Responders
On April 29 2021, the first autonomous movements and...
Lab Test°5 successfully demonstrated how the CURSOR drone fleet can assist Search and Rescue Operations
On 22 and 23 of April 2021 several tests on five defined...
Season’s greetings
The CURSOR project wishes you season's greetings and all...
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How can we enhance the efficiency & safety of #SearchandRescue operations on disaster sites? Our approach relies on the integration of multiple technologies to address the challenges & capability gaps currently encountered during #firstresponder missions https://www.cursor-project.eu/wp-content/uploads/2379_TiinaRistmae_etal2021_ISCRAM.pdf
We are delighted to participate in @DCNAustria's Disaster Research Days webinars today, where Prof Friedrich Steinhäusler from #ISCC will present on the Advantages of @CURSOR_H2020 Drone Fleet for Urban Search and Rescue Operations https://dcna.at/index.php/de/disaster-research-days-2021.html #searchandrescue #drones
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