The humanitarian clearance of land mines is still a huge challenge:
According to UN requirements at least 99.6% of all mines must be cleared up to a depth of 13 cm,
There are different types and sizes of mines (metal, minimum metal, non-metal)
Mines were placed in different environments (city, jungle, desert) regularly or irregularly and can be redistributed by erosion and surface movements.
In 2015 a feasibility study proved the possibilities of an unmanned airborne vehicle (UAV) based mine detection system for the automatic detection and localization of landmines. Various Swiss and German universities cooperate since early 2016 on the R&D-project 'FindMine', a UAV-based sensor system for mine detection. The FindMine-System will be used in the process of non-technical survey and land release, which is a very important step of humanitarian mine action. Especially designed new radar sensors are attached to a multicopter-UAV platform. The UAV flies typically 5m above ground level when sensing. It carries the radar sensors and a special real-time kinematic (RTK) global navigation satellite system (GNSS) providing very accurate localization allowing ground penetrating synthetic aperture radar processing (GPSAR). After the processing buried mines can be detected and located. The key issues of the system are localization accuracy, radar dynamic range and sensor synchronization. As a result of excellent research work of the contributing universities over more than 7 years, these key issues are resolved and lots of further research findings are available.
These results will now find a home in the new unit FindMine gGmbH. The start-up-like unit will begin working in July 2022 and its mission is making from the research results operational systems useful in mine-action and thus a significant contribution to avoid mine victims.
Shareholder of the unit is the Swiss 'Urs Endress Foundation', Arlesheim/Switzerland.
(c) 2017, 2019
Veröffentlichungen im FindMine Projekt:
"A broadband UAV-based FMCW GPR and the infuence of vegetation"
> Burr, Ralf; et al.; ICMIM 04/2018; 2018
"Lightweight Broadband Antennas for UAV based GPR Sensors"
> Burr, Ralf; et al.; EuRAD 09/2018; 2018
"A Multicopter- based Method for Ground Penetrating Synthetic Aperture Radars"
> Schartel, Markus; et al.; IGARSS 2018; 2018
"Radar-Based Altitude over Ground Estimation of UAVs"
> Schartel, Markus; et al.; Gemic 03/2018; 2018
"UAV-Based Ground Penetrating Synthetic Aperture Radar"
> Schartel, Markus; et al.; ICMIM 04/2018; 2018
"Humanitarian Demining – UAV-Based Detection of Land Mines"
> Gotttwald, Reinhard; et al.; FIG Working Week 2017; 2017
"FindMine – UAV im humanitären Einsatz"
> Mayr, Werner; 178. DVW-Seminar; 2019
"Design of a broadband FMCW GPR for Mine Detection and the influence of vegetation"
> Burr, Ralf; et al.; GeMiC 2019; 2019
"A comparison of ground-based and airborne SAR systems for the detection of landmines, UXO and IEDs"
> Heinzel Andreas; Schartel M., et al.; SPIE2019; 2019
"Revisiting Boustrophedon Coverage Path Planning as a Generalized Traveling Salesman Problem"
> Bähnemann, Rik; et al.; FSR Conference; 2019
"Airborne Tripwire Detection Using a Synthetic Aperture Radar"
> Schartel, Markus; et al.; IEEE Geoscience and Remote Sensing Letters (GRSL); 2019
"Position Acquisition for a Multicopter-Based Synthetic Aperture Radar"
> Schartel, Markus; et al.; 2019 20th International
Radar Symposium (IRS); 2019
"UAV-based polarimetric synthetic aperture radar for mine detection"
> Burr, Ralf; et al.; IGARS2019; 2019
red marked = increased mine risk
red marked = increased mine risk