This high-frequency active sonar DDS-03 has been specifically designed for the detection of underwater threats, such as divers and manned and unmanned underwater vehicles (SDV, ROV or UUV), off¬ering protection and surveillance against the potential threat in ports, critical facilities, shipwrecks, environmentally protected areas, special events, and anchored boats.
SAES is an expert in the complex area of signal underwater processing, developing advanced technology for security and defence in marine environments.
A significant number of products developed by SAES have dual applications in the civil and defence markets, such as intruder detection sonar.
Founded in 1989, SAES is classified as a strategic national company through NAVANTIA, INDRA and THALES its shareholders.
Sonar and on-board systems: experts in underwater signal processing
SAES specialises in the study, design and manufacture of sonar systems and underwater technology for security and defence.
Our systems offer high-reliability, easy operation and low-maintenance costs and include:
- Intruder Detection Sonar. The high-frequency active sonar DDS-03 – Intruder Detection Sonar is designed to protect harbours, anchored vessels and critical infrastructure against underwater threats such as divers and underwater vehicles. DDS-03 can be integrated with any surveillance system
- Sonar Modernization. SOCILSUB allows incorporation of new and advanced signal processing algorithms to improve the sonar performances, keeping the same cylindrical array in the submarine’s bow
- Towed Array Sonar. SOLARSUB RDTAS is a reelable digital towed array sonar that provides a 360° detection range. It is simple to integrate with the combat system and easy-to-install on-board vessels
- Towed Array Handling Systems (TAHS) allow the reeling of the array onto a capstan located on the submarine
- Acoustic Classification. SICLA is a highly versatile system that can be integrated into any combat system, PC or laptop, and connected to any acoustic device such as sonars, sonobuoys and recorders
- Underwater Acoustic Propagation. SEAPROF is a complete sonar performance and prediction system that allow the evaluation of any sonar in any underwater environment: ray tracing, propagation losses and FOM
- Acoustic signature. ONMS is a self-noise monitoring system that provides automatic alerts
- Noise Producer System is a useful device for sea testing of sonars, as well as for hydrophone calibration
- SVB is a monitoring and surveillance system to control of the operating parameters of batteries, essential to increasing their lifespan
ASW systems for aircraft and surface vessels
SPAS – Sonobuoy Processing Acoustic Systems
ASW systems are based on sonobuoys for Maritime patrol aircraft (MPA), helicopter and surface vessels.
Building on more than 25 years of expertise in acoustic processing, SAES has developed and manufactured a complete family of Sonobuoy Processing Acoustic Systems (SPAS) that covers both Air and Naval ASW operations.
SPAS is capable of processing up to 64 passive and active sonobuoys simultaneously, including the most advanced digital sonobuoys:
- SPAS – Sonobuoy Processing System
- DSAP – Digital Sonobuoy Processing System
- SPAS-SV – Sonobuoy Processing System for Surface Vessels
To support SPAS systems in ASW operations, SAES provides ground systems for post-mission analysis and training such as:
- TAT – Tactical Acoustic Trainer for training and coaching of Acoustic Operators
- FTAS – Fast Time Analyser System, allows to analyse the acoustic and tactical data (STANAG 4283 Annex C Ed. 5 Compliant) recorded during the ASW mission
- SICLA ASW – Classification System
ROASW – Remote Operation ASW System
Always looking for new solutions, SAES has developed the ROASW – Remote Operation ASW System, a new concept that meets the new requirements of the ASW missions. Benefits include:
- Digital sonobuoys which increase the effectiveness of the ASW system
- Small footprint, less weight and low-maintenance (LRU approach) Collaboration in network-centric warfare (NCW), allowing the sharing of tactical and intelligence information between the resources deployed in the ASW mission
- Use of both manned / unmanned air vehicles
Prioritize the use of smaller and faster combat ships (LCS, OPC, Corvettes, FAC) able to share tactical and intelligence information.
Advanced technology for electronics and underwater acoustics
In order to provide the navy and allied countries with the most advanced technology for electronics and underwater acoustics to meet new challenges in security and protection, SAES offer complete solutions in the following areas:
- Underwater signature measurements: MIRS – Multi-influence Range System, DEWARS – Deep Water Acoustic Range System, SET-200/P – Underwater Electric Potential Sensor, ACINT & SIGINT
- Naval mines: MINEA – Moored, Shallow Water and Cylindrical Bottom Mines, MILA – Limpet Naval Mines
- Maritime security and environmental protection: SIDIS – Integral Security System, DDS-03 – Intruder Detection Sonar, DES – Underwater Deterrent System, SAR – Smart Acoustic Recorder, SIMOAC – Acoustic Monitoring System
- Simulation and training: Submarine Tactical Simulator, Naval Tactical Simulator, SIM/STIM – Sonar Simulator/Stimulator
- Engineering services and maintenance: Technical and engineering services on underwater technology area and ASW, from design phases up to maintenance and customer support as well the training of personnel
The SOLARSUB RDTAS is a digital towed array sonar that is reelable from the platform by winch that allows the deployment and recover of the antenna.
ROASW system is a two-system segment (surface segment ROASW-SS & airborne segment ROASW-AS) capable to operate an ASW / ASuW mission by means of controlling remotely from the ROASW-SS manned / unmanned air vehicle in order to receive via data relay (STANAG 7085 compliance) the acoustic and tactical information from sensors (passive, active and digital).
Building on more than 30 years of expertise in acoustic processing, SAES has developed a complete family of Sonobuoy Processing Acoustic Systems (SPAS) that covers all maritime patrol airfcraft (MPA) and Helo anti-submarine warfare (ASW) operations.
If anything is changing the acoustic signature on-board the vessel, ONMS can be the difference between being detectable or not.
Once detected a target, must be known, accurately and quickly, what platform it is and its characteristics.
DDS-03 is a high-frequency active sonar specifically designed to protect harbours, anchored vessels and critical infrastructures against underwater threats.
SAES Presents its Underwater Measurement Systems for the Civil Sector at World Maritime Week (WMW) in Bilbao
SAES exhibits at SINAVAL its MIRS model, a dual application, which works as a multi-influence radiation measurement system for ships as well as an underwater measuring station for environmental assessment. SINAVAL, focused on shipbuilding, is one of the five congresses held by the International Maritime Week. The event is organised by the Bilbao Exhibition Center (BEC) from 5 to 7 October.
This agreement is a university-company chair to develop a space to research as well as to develop activities in several cybersecurity areas of common interest. This collaboration project will be valid for the next two years.
SAES presents its ASW solutions for RPAS and underwater sensors for USV and UUV at the Spanish drone fair.
It presents its solutions for submarine and antisubmarine defence for naval and air platforms.
SAES collaboration in the proposal includes underwater systems and artificial intelligence technologies.
The SEA Defence project 'Survivability, Electrification, Automation, Detectability, Enabling Foresight of European Naval Capabilities in Extreme conditions' is an event coordinated by the Dutch shipyard Damen aimed at providing the European Commission and the member states with a roadmap, which is complete and updated on the technologies that will be included in the next generation of naval platforms.
The Board of Directors of SAES has agreed to appoint Joaquín López Pagán as the new CEO of the company at the meeting held on 5 October.
The SAES Board of Directors of SAES has agreed to appoint Sofía Honrubia Checa, commercial and business development vice-president in Navantia, as the new president of SAES.
SAES has signed a contract with Thales for manufacturing, integration and tests of sonar systems for the F-110 frigates.
SAES has exhibited its maritime security and environmental solutions at the International Technology Conference for maritime surveillance and emergency management.
SAES has participated in the second International Congress of Countermeasures of mine-laying II CICMM.
SAES has participated in the annual conference about P-3 maritime patrol aircraft (MPA).
SAES has attended the Global Special Operations Forces (SOF) Symposium as a reference company in naval mines for special operations forces.
The IV Sectoral Conference on Security in Ports, organised by the Borredá Foundation, together with the collaboration of the magazine Seguritecnia and Puertos del Estado, was held on 25 April in Madrid, Spain.
SAES recently participated at the Global SOF Symposium and ADEX 2018 from 25-27 September.
SAES has exhibited its DDS-03 diver detection sonar at the Oceanology International China 2017 Conference Forum.
SAES is to provide Kazakhstan with its Diver Detection Sonar DDS-03, while an agreement has been signed to supply smart naval mines and range stations for signature measurement.
SAES will be participating at the SITDEF International Exhibition in Lima, Peru, from 18-21 May.
SAES is to offer a conference about the increasing importance of the anti-submarine warfare and solutions to successfully confront the new challenges.
SAES, the only Spanish company that supplies anti-submarine-warfare systems (ASW), has been involved in meetings with important companies of the aerospace sector.
The anti-submarine warfare and the Mine Counter Measure are two of the fields where the countries are focusing in order to control the underwater domain, which is a priority because of the new geopolitical scenarios.
Presenting at EXPONAVAL (stand 310-N), SAES will offer a conference about the present and future of the ASW war and how to successfully confront the new scenarios.
SAES explains the conclusions and results deal with their participation in the European program CLOSEYE. SAES has developed a system based on sonar technology in order to detect the small boats typically used on illegal activities.
The DDS-03 is being showcased in the Navantia booth (QP45) at Monaco Yacht Show from 28 September to 1 October.
SAES is participating at DX Korea 2016 (stand 8C-11) to promote their products and services in north-east Asia, a region where new solutions for protection and security of coasts have an increasing demand.
The study is based on the analysis of the multi-influence signature generated by the vessels as a basis to classify them.
The integration of the ROASW system of SAES in the Land Based Test Site (LBTS) for the systems that FABA designs and manufactures) of CATIZ has been successfully performed this week.
The increasing human interaction with the marine environment is bringing about a continuous growth in the ambient noise levels, which aggregates to the traditionally existing noises produced by natural sources.
The SAES Multi Influence Range System (MIRS) for surface vessels and submarines provides real influence measures (magnetic, electric, pressure, acoustic, and seismic) in a real and controlled scenario, to successfully counter related threats.
SAES - SA Electrónica Submarina, specialist in Underwater Electronics, is hosting a stand (Hall 2 - 204/G) at IDEF 2015 from May 5 to 8.