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Selex ES Wins Contract To Supply Air Defence Radar System To Austria

Selex ES Wins Contract To Supply Air Defence Radar System To Austria


Selex ES wins contract to supply air defence radar system to Austria – Feb 27, 2014– Rome, Italy (Techreleased) – Selex ES, a Finmeccanica company, has been awarded a contract by the Austrian Ministry of Defence (Bundesministerium für Landesverteidigung und Sport – BMLVS), to provide a RAT31DL/M deployable air defence radar system and the relevant […]

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Posted On February 27, 2014
RAT31DL/M System

Selex ES wins contract to supply air defence radar system to Austria – Feb 27, 2014– Rome, Italy (Techreleased) – Selex ES, a Finmeccanica company, has been awarded a contract by the Austrian Ministry of Defence (Bundesministerium für Landesverteidigung und Sport – BMLVS), to provide a RAT31DL/M deployable air defence radar system and the relevant logistic support, with the contract including an option for a further radar system of the same kind.

The system will enter into operation in 2016.

The RAT31DL/M system going to be provided will also include a 15 metre-high transportable and self-mounting tower. The new system will refresh Austria’s fleet of existing radars which were provided by Selex ES during the 80s, the company supplying five RAT 31 S medium range radars in both fixed and mobile configurations.

RAT31DL/M System

RAT31DL/M System

Selex ES is at the forefront of long-range radar technology. RAT31, a proven, state-of the art, 3D long range family of radar systems, is available in fixed FADR (Fixed Air Defence Radar) and mobile DADR (Deployable Air Defence Radar) configurations.

The RAT31 DL/M DADR, the most recent addition to the RAT31 family, has already been sold to the Italian Air Force and to the German Air Force. The system, designed for a rapid and simple deployment also on an unprepared terrain, is easy to transport, needing only a single vehicle to carry the complete radar system (plus one for the C2 shelter). The system’s configuration allows for a high degree of mobility and fast deployment/re-deployment which is carried out autonomously, without external towers or other on-site technical support. Fitted with its own equipment and able to be entirely remotely controlled, the radar system can be self-sufficient for a long period of time.

 

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