Die russische Armee hat vor ein paar Tagen ein neues Drohnenabwehrsystem in Dienst gestellt, das "Поле-21М" (Vermutlich entwickelt von NTC-REB - s.u.). Es handelt sich um einen Kommunikationsstörer:
Новейшая система радиоподавления «Поле-21» впервые поступила на вооружение Амурского объединения ВВО (13. April 2020)
7. FH- Masterstudiengang Militärische Führung
2017 bis 2019
Notwendige Fähigkeitsentwicklung der Waffengattung Fliegerabwehr im Österreichischen Bundesheer auf Basis der neuen Bedrohungen, für den Einsatz im Inland
L’Artiglieria Controaerei dell’#EsercitoItaliano ha concluso le attività di sperimentazione contro le minacce da mini e micro Aeromobili a Pilotaggio Remoto.
die Niederlande-Utrecht: Nachrichtengewinnung, Überwachung, Zielerfassung und Aufklärung
2020/S 136-335740
Vorinformation über Aufträge in den Bereichen Verteidigung und Sicherheit
Lieferauftrag
II.1) Title attributed to the contract by the contracting authority/entity:
Market Consultation: Counter Unmanned Aircraft Systems
II.4) Short description of nature and scope of works or nature and quantity or value of supplies or services:
The Defence Material Organisation (DMO) has published this market consultation for Counter Unmanned Aircraft Systems (C-UAS) to gather more (detailed) supplier and product information.This information will enable the DMO to decide on the further project and procurement strategy.
MBDA Italia S.p.a. soll zur Drohnenabwehr ein System entwickeln, das Radioimpulse mit hoher Leistung ausstrahlt, um Drohnen funktionsunfähig zu machen, ohne sie notwendigerweise zu zerstören. Derzeit stehen nur Störsysteme zur Verfügung, die die Bodenkontrollstation einer Drohne beeinflussen können. Das Projekt ist in drei Phasen von insgesamt 12 Monaten aufgeteilt und hat ein Volumen von 4,3 Mio. EUR.
Vertraglich vereinbart ist derzeit nur Phase 1, zur Entwicklung und Realisierung eines "Leistungserzeugers", Simulation und Weiterentwicklung des Prototypen eines Kopplers, Weiterentwicklung des Prototypen einer Non-Linear Transmission Line (NLTL) sowie Studium, Projektierung und Realisierung eines Leistungsmodulationssystems.
Counter-drone tech and state-of-the-art radar for the RAF
Counter-drone technology
The Royal Air Force’s SYNERGIA counter-drone research and development programme has reached a significant milestone with the ORCUS counter-drone capability achieving initial operating capability (IOC). IOC was achieved after ORCUS completed successful testing of a full range of integrated detect, track, ID, and defeat technologies.
Vital to protecting UK air bases from hostile drone activity, ORCUS will enable the RAF to evaluate a range of capabilities including advanced radar, electro-optic and radio frequency sensors, plus an electronic attack countermeasure. The device looks similar to a camera module placed on top of a tripod, allowing for unparalleled versatility in operations.
The technology is part of the RAF’s Counter-Unmanned Aerial System (C-UAS) research and development programme with Leonardo to establish the most effective way to detect, track, identify and defeat hostile drones.
Elements of Leonardo’s C-UAS equipment played a supporting role in RAF Force Protection in 2018 and 2019, following drone sightings at Gatwick and Heathrow airports, allowing airport operations to resume.
The current phase of the programme, which started in 2019, supports more than 50 highly skilled jobs with over 20 at Leonardo, with the primary integration work undertaken at its Basildon and Southampton sites and real-time testing taking place at several MOD locations within the UK.
Counter-drone research and development programme reaches significant milestone
Leonardo, in conjunction with sub-contractors Metis Aerospace and SRC Inc, have successfully delivered ORCUS – a modular and scalable R&D system – in support of the next stage of the multi-million-pound programme which allows RAF Force Protection operators to evaluate a range of capabilities including advanced sensors and effectors. In due course, further sub-systems will be integrated for testing and evaluation.
The RAF will also maintain ORCUS as an upgraded national standby capability which, in the event of a drone-based crisis, can be rapidly deployed anywhere in the country for the provision of Military Aid to Civil Authorities.
Elements of the ORCUS system, in conjunction with Leonardo support, were operated by the RAF Force Protection Force in 2018 and 2019 following drone sightings at Gatwick and Heathrow airports. This rapid intervention allowed airport operations to be resumed safely.