Projektdetails
Goal of the project
Over the past few years, a rapid increase of malicious use of small Unmanned Aerial Systems (sUAS) has been noted. As a reaction to this threat, a variety of Counter-UAS systems based on different technologies has been or is being developed. Kinetic systems are one of the most important ones.
This project has the goal to create a tool that can predict the effectiveness and/or optimize the use of kinetic-energy projectiles (unitary and airburst) in the fight against sUAS.
This project has the goal to create a tool that can predict the effectiveness and/or optimize the use of kinetic-energy projectiles (unitary and airburst) in the fight against sUAS.
Funding acknowledgement
The project MSP/24-07 - OKENU is funded under the DFR call.
| Akronym | OKENU |
|---|---|
| Status | Laufend |
| Tatsächlicher Beginn/ -es Ende | 1/03/24 → 29/02/28 |
RHID domain
- MSP
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Erkunden Sie die Forschungsthemen, die von diesem Projekt angesprochen werden. Diese Bezeichnungen werden den ihnen zugrunde liegenden Bewilligungen/Fördermitteln entsprechend generiert. Zusammen bilden sie einen einzigartigen Fingerprint.
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Optimization of the Interception of small Unmanned Aircraft Systems with Unguided Kinetic Effectors
Papy, A. (PhD Thesis director), Vandewal, M. (Chair of the jury) & Robbe, C. (Jury Member)
16 Okt. 2025Aktivität: Examination and mentoring › Member of a PhD jury
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NATO’S COUNTER UAS INITIATIVES
Papy, A. (Gastredner)
21 Apr. 2026Aktivität: Gespräch oder Vortrag › Geladener Gastvortrag
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Analytical comparison of the optimization of small caliber projectiles and airburst munitions for countering sUAS
Ameloot, C. (Poster presenter), Papy, A. (Co-author), Heuchamps, A. (Co-author) & Robbe, C. (Co-author)
19 Mai 2025 → 23 Mai 2025Aktivität: Gespräch oder Vortrag › Scientific poster presentation