SAES present at Euronaval 2022 its capabilities in underwater measurement and maritime security

Euronaval 2022 is the world’s largest naval exhibition and it takes place in Paris Le Bourget from 18th to 21st October 2022. It brings together the navies from many countries around the globe as well as the most important companies within the naval sector. SAES takes part in Euronaval together with Navantia to present its capabilities in underwater acoustics and electronics in relation to underwater measurement, security and solutions.

This week is taking place in Paris the world’s largest naval exhibition: Euronaval 2022, bringing together the navies from numerous countries around the world as well as the most important companies within the naval sector. SAES is an international leader in underwater acoustics and electronics, and it is taking part in Euronaval 2022 together with Navantia. There are 480 exhibitors and more than 140 official delegations.

SAES present at Euronaval 2022 its capabilities in underwater measurement and maritime security.

SAES is presenting its capabilities in the following three areas: engineering and underwater technology systems; maritime security; and special operations.

In underwater signature measurement and ASW (anti-submarine warfare), SAES has developed the MIRS, SPAS and DISOUROS systems.

The Multi Influence Range System (MIRS) for surface vessels and submarines provides, simulatenously, real measurements of magnetic, electric, pressure, acoustic, and seismic influences.

SPAS is an acoustic sonobuoy processor for detecting, locating and tracking underwater threats from aerial platforms. It incorporates the most advanced acoustic processing techniques for all types of passive and active sonobuoys, implemented both analogically and digitally. The SPAS is fully operational in different countries and different platforms such as the P-3B Orion or the C-295 aircrafts.

DISOUROS is a powerful and advanced acoustic processor for detecting, locating and tracking submarine threats from combat ships using a low-frequency dipping sonar and passive sonobuoys. It provides multistatic processing and interoperability between the different ASW platforms involved: corvettes, frigates, helicopters, MPA aircrafts.

Special Operations

SAES has more than 30 years’ experience in the naval sector, developing smart naval mines such as the MINEA (equipped with multiple sensors) and naval mines for special forces. MINEA is a modern system with high detection and multi influence signature processing capabilities.

MINEA naval mines are the most advanced smart marine mines manufactured today. They are intended for training minesweeper crews to provide deeper insight to mine hunting and neutralisation techniques.

SAES technology is being used by naval forces and Navies around the world, including platforms used in naval warfare such as minesweepers, frigates, submarines, maritime patrol aircrafts, anti-submarine warfare helicopters and UXV vehicles.

SAES participates in the virtual edition of ADM Sevilla 2021

It presents its solutions for submarine and antisubmarine defence for naval and air platforms.

SAES participates in the digital event organized by Aerospace and Defence Meetings Sevilla, from May 26 to 27, with a virtual stand, where it shows its antisubmarine warfare systems (ASW) based on sonobuoys for installation on all types of platforms involved in the war naval such as mine hunters, frigates, submarines, MPA aircraft, ASW helicopters and RPAS.

The fifth edition of ADM Sevilla 2021, the largest business event in the aerospace sector in Spain and one of the main in Europe, is organized by Extenda – Andalusia Export and Foreign Investment, and by the French company BCI Aerospace, specialist in international meetings of the Aeronautic sector.

SAES ASW products

The ASW products that SAES presents at ADM Sevilla are the DISOUROS, for combat ships and ASW helicopters, and the SPAS acoustic sonobuoy processing system for Maritime Patrol Aircraft and RPAS.

DISOUROS is a powerful and advanced acoustic processor for detecting, locating and pursuing underwater threats through the integrated use of low frequency dipping sonar (DS) and passive sonobuoys. It provides multi-statism and interoperability between the ASW platforms involved in the mission: corvettes, frigates, helicopters, MPA aircraft. DISOUROS is fully operational on platforms such as the Visby-class corvettes and the A-109 helicopters.

SPAS is an acoustic sonobuoy processor for detecting, locating and chasing underwater threats from aerial platforms. It incorporates the most advanced acoustic processing techniques for all types of passive and active sonobuoys, in analog and digital implementation. SPAS is fully operational in different countries and different platforms such as the P-3B Orion aircraft, the C-295 aircraft and the SH-60B LAMPS helicopter.

SAES also provides ground support systems for both analysis of ASW missions (such as FTAS) and for training acoustic operators (such as TAT).

SAES is the only Spanish company specialized in underwater acoustics and electronics with more than 30 years of experience in Sonar Systems, Submarine Signatures, Submarine Protection and ASW Systems. SAES technology is in service for various Navies and Naval Forces on 5 continents. SAES systems are at the forefront in sonobuoy processing and at the forefront in the international market.

SAES lecture in NATCOM21 about the advanced processing of the underwater of the Multi-Influence signature

During the online celebration of the 16th Baltic Military Fair, where SAES participates as an exhibitor.

SAES will offer the lecture Multi-Influence Signature: Modern Signal Processing Techniques to increase the Detectability and Classification of Ships, by Francisco Javier Rodrigo Saura, Head of Maritime Security Product Line, at the IX International Scientific and Technical Conference NATCON “Maritime technologies for defence and security”, which will take place online from April 20th to 22th.

Mr. Javier Rodrigo will present the results of his studies on the exploitation of the multi-influence signature, composed of the acoustic, static and alternating electromagnetic, seismic and pressure signature. Through signal processing techniques based on Machine Learning methods applied to the multi-influence signature, it is verified that the joint exploitation of the signatures increases the detection and classification capability in naval detection systems in comparison with to the individual processing of each type of signature.

To analyse and evaluate the improvement in the detection and classification capacity, standard techniques and techniques based on Machine Learning methods are applied to a Database of multi-influence measurements of surface vessels acquired in shallow waters with the MIRS multi-influence measurement system manufactured by SAES.

Deployment of the MIRS system manufactured by SAES
Deployment of the MIRS system manufactured by SAES

MIRS will be one of the products present in the SAES online exhibitor at the Balt Military Expo 2021 fair, along with other highlights such as the DDS03 diver detection sonar, the MINEA naval mine, the DISOUROS acoustic processor and the DEWARS submarine acoustics signature measurement system.

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