The SurfSAT-S is a compact naval satellite communication terminal designed specifically for light vessels, offering secure, high data rate connectivity and seamless integration on board. Its compact design allows for easy installation without compromising performance, making it an ideal solution for naval operations requiring reliable communication capabilities. The SurfSAT-S terminal ensures that military forces can maintain effective communication in diverse maritime environments, enhancing operational efficiency and situational awareness while supporting critical missions at sea. With its advanced technology, SurfSAT-S empowers naval personnel to stay connected and informed, even in challenging conditions.
The AESA RBE2 radar is a state-of-the-art, high-performance radar system specifically designed for the omnirole Rafale fighter jet, developed in close collaboration with Dassault Aviation and the French defense procurement agency, DGA. This advanced radar combines cutting-edge fire control capabilities with superior target detection and tracking, meeting the demanding requirements of modern Air Forces. The "active" nature of the radar refers to its use of a single subassembly for both amplification of radiated power and pre-amplification of received signals, enabled by an array of hundreds of transmit/receive (T/R) modules. By individually controlling each T/R module, the AESA RBE2 can dynamically steer its beam, providing enhanced situational awareness and engagement capabilities in complex operational environments, making it an essential asset for air superiority missions.
SPECTRA is an advanced electronic warfare system developed by Thales for the Dassault Rafale fighter jet, designed to enhance survivability and operational effectiveness in complex combat environments. This cutting-edge system integrates a range of capabilities, including threat detection, electronic support measures, and jamming functions, providing pilots with comprehensive situational awareness and protection against a variety of threats. SPECTRA's sophisticated sensors and algorithms enable real-time analysis of the electromagnetic spectrum, allowing for rapid response to hostile actions. By combining advanced technologies with seamless integration into the Rafale's avionics, SPECTRA significantly boosts the aircraft's defensive capabilities, ensuring mission success and crew safety in high-risk scenarios.
The ASTAC Tactical Signals Analyzer Airborne Pod, developed by Thales, is an advanced ESM/ELINT (Electronic Support Measures/Electronic Intelligence) system designed for combat aircraft. This state-of-the-art pod, weighing 400 kg and measuring 4.1 m in length, is engineered to operate as an external ventral load, even during supersonic flights. Its primary mission is to conduct surveillance of the electromagnetic environment and perform tactical electronic reconnaissance, which includes real-time target designation and electronic situation updates. The ASTAC system excels in dense electromagnetic environments, utilizing sophisticated locating software for high-precision direction finding and accurate signal parameter measurement, regardless of the transmission technique. Additionally, it provides real-time identification of enemy transmitters, enhancing operational effectiveness in modern combat scenarios.
Thales offers comprehensive modernization and retrofit solutions for combat aircraft, enabling Air Forces worldwide to enhance the operational capabilities of their existing fleets in response to changing mission requirements. By upgrading their assets, military forces gain improved technical and operational capacities that align with contemporary defense needs. Leveraging extensive experience and advanced technologies developed for the latest generation of fighter aircraft, Thales provides tailored upgrade solutions applicable to a wide range of combat platforms. These solutions include innovative complete mission electronics packages featuring advanced fire control radars, electronic warfare systems, and other critical components, ensuring that Air Forces can maintain a competitive edge and meet the highest expectations in modern warfare.
The T100 Helicopter Aiming & Firing Head-Up Display is a cutting-edge, fully analogue sighting system designed for seamless integration into any helicopter equipped with guns or rockets. With a focus on simplicity, the T100 minimizes the number of interfaces to expedite installation and reduce costs, making it an ideal choice for various helicopter platforms, including Panther, Fennec, Cougar, and Gazelle. This lightweight and compact system features a fold-away reflector for enhanced pilot safety. The T100 significantly boosts hit probability at any range during both defensive and suppressive missions, thereby improving mission success rates while minimizing ammunition waste. Its unparalleled versatility ensures optimal accuracy and rapid response in diverse operational environments.
Thales provides critical electronic systems for the Dassault Aviation Rafale, a multi-mission combat aircraft designed to enhance air superiority and operational flexibility for armed forces worldwide. With approximately 25% of the Rafale's value attributed to Thales electronics, the aircraft is equipped to perform a variety of missions, including air defense, reconnaissance, precision strikes on ground targets, and maritime surveillance. Thales' advanced technologies enable the Rafale to effectively detect and track targets at sea and engage in complex combat scenarios. This integration of cutting-edge systems ensures that the Rafale remains a versatile and formidable asset in modern military operations, capable of adapting to evolving threats and mission requirements.
The AESA RBE2 radar is a high-performance, active electronically scanned array system specifically designed for the omnirole Rafale fighter jet. Developed in close collaboration with Dassault Aviation and the French defense procurement agency (DGA), this advanced radar meets the rigorous demands of modern Air Forces by integrating cutting-edge fire control capabilities with exceptional target detection and tracking features. Its design includes an array of hundreds of transmit/receive (T/R) modules that allow for precise control and steering of the radar beam, enhancing situational awareness and engagement effectiveness in complex combat scenarios. The AESA RBE2 radar significantly contributes to the Rafale's versatility, enabling it to perform a wide range of missions with superior accuracy and reliability.
SPECTRA is the advanced multi-spectral integrated defensive aids suite developed by Thales in collaboration with MBDA, specifically designed to protect the Rafale fighter aircraft. This sophisticated system operates across electromagnetic, laser, and infrared domains, utilizing smart data fusion from a variety of multi-spectral sensors to effectively identify, locate, jam, and deploy decoys against a wide array of threats. SPECTRA incorporates a network of receivers and countermeasures, featuring RF (radio frequency) detectors that employ advanced techniques such as interferometry for precise direction-finding and passive ranging, along with digital frequency memory for enhanced signal coherence. This comprehensive defensive capability ensures that the Rafale maintains superior situational awareness and resilience in complex combat environments.
The ASTAC Tactical Signals Analyzer Airborne Pod, developed by Thales, is a cutting-edge ESM/ELINT system designed for combat aircraft, capable of operating at supersonic speeds. This advanced pod, weighing 400 kg and measuring 4.1 m in length, provides comprehensive surveillance of the electromagnetic environment and tactical electronic reconnaissance. Its sophisticated software enables real-time target designation and updates the electronic situation while generating "Electronic Battle Orders." The ASTAC system excels in dense electromagnetic environments, utilizing the latest reception techniques to deliver precise measurements of intercepted signal parameters, regardless of transmission methods. Additionally, it offers the critical capability to identify enemy transmitters in real time, enhancing situational awareness and operational effectiveness.
Thales offers comprehensive modernization and retrofit solutions for combat aircraft, enabling Air Forces worldwide to enhance the operational capabilities of their existing fleets in response to evolving mission requirements. By upgrading their assets, military forces gain improved technical and operational capacities, ensuring they remain effective in modern combat scenarios. Leveraging extensive experience and advanced technologies developed for the latest generation of fighter aircraft, Thales provides tailored upgrade solutions applicable to a wide range of platforms. These solutions include innovative complete mission electronics packages featuring state-of-the-art fire control radars, electronic warfare systems, and other critical components, allowing Air Forces to maintain a competitive edge and effectively address contemporary threats on the battlefield.
The T100 Helicopter Aiming & Firing Head-Up Display is a state-of-the-art analogue sighting system designed for seamless integration into any helicopter equipped with guns or rockets. Its streamlined installation process minimizes the number of interfaces, significantly reducing both integration time and costs. Weighing in as a lightweight and compact solution, the T100 features a fold-away reflector that enhances pilot safety. This versatile system is compatible with numerous helicopter platforms, including the Panther, Fennec, Cougar, and Gazelle, and is currently operational across various military applications. By dramatically increasing hit probability at any distance, the T100 enhances mission success rates while optimizing ammunition usage, making it an essential tool for both defensive and suppressive operations in diverse environments.
Thales provides comprehensive Ground-to-Air Networks and Connectivity Solutions designed to ensure secure and reliable communication for military forces operating from Air Operations Centres (AOC) to aircraft in both national and overseas missions. Recognizing the challenges of deploying aircraft far from command centers, Thales offers fixed and deployable secure connectivity solutions that deliver end-to-end secure voice and data communications. These solutions support all necessary services for military air traffic control and Combined Air Operations Centres (CAOC). To address diverse operational needs, Thales presents Packaged Modular Solutions that are compatible with NATO standards as well as sovereign requirements, enhancing interoperability and mission effectiveness in complex environments.
Thales offers advanced satellite communication solutions through its Nexium SAT system, designed to ensure reliable long-range connectivity for military operations. As forces transition to connected collaborative combat, these satellite communications significantly enhance decision-making speed, providing a tactical advantage in critical situations. The Mission Partner network management suite effectively oversees communication services and network resources, ensuring secure and efficient operations for the NEXIUM SAT and NEXIUM Theatre tactical solutions. Additionally, the System 21 solution delivers superior bandwidth efficiency, capacity, security, and performance, making it particularly resilient against jamming and other threats, thereby supporting robust military communication needs in diverse operational environments.
Thales Radio Navigation provides a robust suite of sensors designed to ensure safe navigation for military aircraft operating at very low altitudes, during safe landings, and for traditional en-route navigation. Recognizing the critical importance of reliability in combat environments, their equipment is engineered to withstand jamming and other challenges that could jeopardize mission success. With a proven track record of high reliability across thousands of aircraft, Thales offers essential components such as Radio-Altimeters, Multi-Mode Receivers, and TACAN interrogators and beacons. These advanced systems empower pilots to execute their missions effectively under all conditions, enhancing operational safety and effectiveness in diverse military scenarios.
