SAES is visited by the Chief of Staff of the Indonesian Navy in the «INDO DEFENCE 2014» Expo & Forum.

SAES shows the latest technology for underwater security and defence to the Chief of Staff of the Indonesian Navy, Admiral Marsetio in Jakarta.

October 28 2014

SAES – Sociedad Anónima de Electrónica Submarina, SAES, present on days 5, 6 and 7 November at the international fair INDO DEFENCE 2014 Expo & Forum, has been visited from senior representatives of the armed, ministries of defence and industry in Asian countries interested in the SAES products & solutions to the undersea protection and surveillance.

 

VisitaSTAND_d

The Chief of Staff of the Indonesian Navy, Admiral Marsetio, has been interested in the latest developments in submarine technology during his visit to the shared stand by SAES and Navantia (Stand A 174, Hall A).

 

Antisubmarine (ASW) warfare based on Sonobuoy Processing

The SAES products related to the ASW warfare based on sonobuoy processing are some of the fields that have aroused most interest.

 

Building on more than 25 years of expertise in acoustic processing, SAES has developed a complete family of airborne Sonobuoy Processing Acoustic Systems (SPAS) that covers MPA and Helo ASW operations, as well as provides the core for the ROASW System concerning remote exploitation of Acoustic and Non-Acoustic sensors (NAS).

 

SPAS allows the concurrent processing of up to 64 analogue and digital sonobuoys and provides all the necessary tools to allow passive detection, classification and tracking of submarines and surface ships. SPAS is a unique, modular, scalable and fully operative system that can be integrated the aircraft / helo tactical mission system. In fact, SPAS is installed and fully operative in aircrafts (P-3A/B/M Orion MPA and C-295 MPA aircraft), Helicopters (SH-60B LAMPS and HKP15 A-109) and Surface Ships (Visby class corvettes).

 

In addition, and as ground support to SPAS, SAES has manufactured ASW systems for post-mission analysis and training as SICLA-ASW (acoustic classification of contacts), FTAS (Fast time Analyzer System) and TAT (Tactical Acoustic Trainer).

 

DDS-03. Intruder Detection Sonar

Among the products of the «Sonar and Onboard Systems» commercial line, the high-frequency active sonar DDS-03 to detect intruders underwater, is also generating a keen interest, not only because it is a competitive sonar, but also for the customization capability and easy integration with any surveillance system.

 

SAES is a Spanish company specialized in acoustic and underwater electronic equipment and systems for undersea security and defence that provides advanced technology in the fields of Sonar, ASW, Sonobuoy Processing, Multi-influence Signature Measurements, Naval Mines, Maritime Security & Surveillance, Simulation, Training, as well as engineering, services and maintenance. SAES, founded in 1989, is classified as a Spanish strategic national company.

SAES in UDT 2014. ASW Solutions for the modern ASW framework.

SAES will present in the Conference UDT (Undersea Defense Technology) – Europe 2014 a paper about ASW systems solutions that meet with the new necessities of ASW missions.

The emergence of new military technologies has dramatically affected to the traditional Concept of Operation of the Anti Submarine Warfare Missions (ASW). Modern submarines have technological advances in enhanced propulsion, quieting techniques and coordinated weapons technologies. In turn, new geopolitical scenarios in the world constrain naval forces involved in the ASW missions to the littoral waters.

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The ROASW system developed by SAES sparked interest among participants UNVEX’14.

This Thursday ended the third conference on unmanned vehicles UNVEX’14. SAES was witness the favorable response that the solutions for new ASW missions offered by industry are receiving, in which the participation of unmanned vehicles has an increasing role.

SEDEF visita stand de SAESIn this context, the Remote Operation ASW (ROASW) system, developed by SAES, has been recognized as a system at the forefront of the market in Antisubmarine Warfare, since allow exchanging tactical and intelligence information between forces deployed in the ASW mission, collaborating in a Network Centric Warfare (NCW).

SAES has participated actively in UNVEX’14 with a stand and offering a conference about ROASW system, receiving from leading agents in the sector, the Government and the Armed Forces, highlighting the stay of Pedro Argüelles, Secretary of State for Defence, which underlined the growing role that Spanish companies have in the development of advanced technology in the industry praising creativity as a key to the competitiveness of companies.

SAES has established contacts with several important manufacturers of UAVs that have passed through the stand, offering cooperation to increase the value of their UAV models by adding the ROASW system.SAES ofreciendo conferencia en UNVEX'14.

The ROASW airborne segment (ROASW-AS) can be installed on unmanned or manned aerial vehicles being remotely operated from the ROASW surface segment (ROASW-SS), which is installed on surface platforms (either on a ship or a ground station).

As already mentioned, the ROASW system can work in a Network Centric Warfare (NCW) exchanging tactical and intelligence information between forces deployed in the ASW mission (Ship-To-Ship & Ship-To-Helo communication) and remote ground stations (Ship-To-Satellite communication), improving the control of the mission and increasing the detection range.

The fact of ROASW system enables small combat ships (500 to 2000 ton) to actively participate in ASW missions closest to cost produced a great impact on the audience.

For additional information on ROASW functionality and performances, please visit web page:

https://electronica-submarina.com/lineas-de-negocio/sistemas-embarcados/sdl_embarcado/

SAES in UNVEX’14. Using UAVs in ASW missions.

SAES will offer a conference about the Remote Operation Anti-submarine warfare (ROASW) system , the most advanced and recent ASW system in its class currently, in UNVEX’2014. ROASW system has been designed to solve the new requirements that ASW missions have to face.

Escenario ASW. SDL_Comunicación S2H.SAES – Underwater electronics, will attend next week to the Third conference on unmanned vehicles UNVEX’2014 to be held in Madrid from 4 to 6 March. Within the conference program, responsible for SAES ASW systems, Ignacio Gutierrez, will present his new ASW solution, at a conference entitled «Industry Solutions II», scheduled for Tuesday, March 4 at 13.00.

New ASW missions require the use of UAVs as distant and elevated platform without the need of a dedicated operator. In addition, different platforms deployed in the mission have to share tactical and intelligence information. In this context, the Remote Operation ASW System acquires mayor relevance, as it is specifically designed for these new ASW mission requirements.

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SAES ROASW-SS system fully operational in 3 swedish corvettes.

The three ROASW-SS systems installed in vessels Karlstad, Nyköping and Visby have been fully accepted by FMV.

SDL Surface To SAT mode

The year 2014 started very successfully for ROASW-SS program that SAES develops for the Royal Swedish Navy (FM), with final acceptance of anti-submarine warfare systems ROASW-SS (Remote Operation ASW – Surface Segment), that have undergone sea trials (SAT-Sea Acceptance test) in Karlskrona with the participation of FM and Defence Material Administration (FMV) during 2013.

The program, started in 2010, will culminate with the delivery and acceptance of the 5 ROASW-SS systems that FMV has acquired to improve the ASW capacity of Visby class corvettes.

The ROASW-SS system is part of Remote Operation ASW (ROASW) system. The ROASW system defines a new operational ASW solution through the coordinated use

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