The CAE Tactical Mission Trainer (TMT) is a cutting-edge training solution designed to prepare tactical aircrews, including air combat systems officers, sensor operators, electronic warfare operators, and observers, for the complexities of modern military operations. In an increasingly network-centric environment, the TMT utilizes advanced synthetic training aids and commercial-off-the-shelf applications to create a comprehensive and adaptable training atmosphere suitable for both new and existing airborne platforms. This scalable system offers high-fidelity, realistic training scenarios that support mission rehearsal and skill development for a wide range of personnel, from novice students to experienced rear mission crews. Currently deployed in the UK Military Flying Training Systems and by the Royal Canadian Air Force, the CAE TMT is an essential component in ensuring that tactical aircrews are mission-ready and proficient in their roles.
CAE's Flight School Training Support Services (FSTSS) program, awarded in 2023, enhances rotary wing flight training at Fort Novosel, Alabama, under a 12-year contract with General Dynamics Information Technology. This initiative, part of the U.S. Army's Program Executive Office for Simulation, Training and Instrumentation, focuses on developing and delivering advanced full-flight simulators for the CH-47F and UH-60M helicopters. By integrating new training devices and implementing software configurations for reconfigurable collective training, CAE aims to meet the rigorous simulation requirements of the U.S. Army Aviation Center of Excellence. The FSTSS program is recognized as the largest helicopter simulation training initiative globally, succeeding the long-standing Flight School XXI program.
The Ground Based Strategic Deterrent (GBSD) program, led by the U.S. Air Force, aims to develop the next generation intercontinental ballistic missile (ICBM) as a nuclear deterrent. CAE USA, following its acquisition of L3 Link Simulation and Training, collaborates with prime contractor Northrop Grumman to enhance missile systems training capabilities at Offutt AFB in Nebraska and Vandenberg AFB in California. This initiative focuses on ensuring that operators are thoroughly trained in operations, maintenance, and security for this complex weapons system. The comprehensive training solution includes a collective trainer designed for leadership decision-making, featuring advanced situational awareness simulations to prepare personnel for real-world challenges.
The Simulator Common Architecture Requirements Standards (SCARS) program, led by CAE USA, aims to revolutionize the U.S. Air Force's flight training capabilities by integrating and standardizing aircraft training simulators. Following the acquisition of L3 Link Simulation and Training, CAE USA is at the forefront of developing a unified architecture that enhances the interoperability of approximately 2,400 simulators across 300 locations. This initiative focuses on establishing common standards for simulator design and operation, incorporating advanced cybersecurity measures to facilitate remote software updates and create a more interconnected training environment. The initial phase of the program targets nine sites, setting the stage for a comprehensive transformation in mission training efficiency and effectiveness.
The MRSAM & MFSTAR System, developed by Bharat Electronics Limited (BEL) in collaboration with Israel Aerospace Industries (IAI), is a cutting-edge medium to long-range air defense and anti-missile surface-to-air missile system designed for the Indian Navy. This advanced system includes a Multi-Function Surveillance and Threat Alert Radar (MFSTAR), a Weapon Control System (WCS), and a Vertical Launcher Unit (VLU), providing robust defense capabilities against aerial threats such as aircraft and guided munitions. The MRSAM system excels in detecting and tracking various targets, including anti-ship missiles and sea-skimming missiles, while facilitating joint operations among task-force ships through Joint Targeting Control (JTC). With its active phased array technology, the MFSTAR radar offers surveillance coverage of up to 350 km and 360-degree azimuth coverage via four static AESA antenna arrays, ensuring comprehensive situational awareness and effective missile and gunnery operations.
The Aviation Combined Arms Tactical Trainer (AVCATT) is a state-of-the-art virtual combat training device designed for helicopter aviators, offering realistic and high-intensity training experiences. Developed by CAE, the AVCATT supports a comprehensive range of helicopter operations, including attack, reconnaissance, utility, and cargo missions. Widely utilized by the U.S. Army, this versatile system accommodates various helicopter platforms such as the AH-64 Apache, UH-60 Black Hawk, CH-47 Chinook, UH-72 Lakota, and OH-58 Kiowa Warrior. The transportable AVCATT devices can be networked with the Army's Combined Arms Tactical Trainer (CATT) for enhanced interoperability or operated in stand-alone mode using computer-generated forces and role player stations to simulate a highly realistic tactical environment. With its cost-effective and adaptable design, the AVCATT represents the forefront of reconfigurable simulator technology, capable of creating immersive virtual battlefield scenarios tailored to diverse training needs.
The B-2 Training System by CAE USA is a comprehensive training solution for the U.S. Air Force's B-2 bomber, leveraging over 30 years of expertise from the former L3 Link Simulation and Training business. As the prime contractor, CAE USA delivers full-spectrum training support that includes three high-fidelity full-motion simulators for aircrew operator training and combat mission rehearsal, a specialized mission trainer for advanced radar and weapons delivery functions, and a suite of maintenance training devices. These resources enable pilots, maintainers, and weapon load technicians to acquire essential skills in diagnosing and repairing aircraft systems, ensuring operational readiness and effectiveness of the B-2 fleet.
The E-3 AWACS Aircrew Training System, developed by CAE, offers a comprehensive and tailored training solution for E-3 aircraft operators. Leveraging decades of experience, including support for the U.S. Air Force's E-3 Contractor Training and Simulation Services program and NATO's E-3A AWACS training, CAE stands as the world's leading provider of training for the E-3 airborne warning and control system. The system features a fully integrated and scalable environment that consistently produces highly qualified flight crew personnel. Annually, over 7,000 instructional hours are delivered at the contractor-owned E-3 aircrew training center, ensuring that aircrew are well-prepared for their critical roles in defense operations.
The E-6B Aircrew Training System (ATS) by CAE USA is a cutting-edge training solution designed for the U.S. Navy, following the acquisition of L3 Link Simulation and Training. As the exclusive provider of E-6B aircrew and mission training, CAE USA ensures comprehensive development and maintenance of flight and maintenance crew capabilities essential for strategic communications and airborne command post missions. With a focus on realism, effectiveness, and efficiency, the E-6B ATS trains approximately 1,400 aircrew and operators annually, boasting an impressive simulator availability rate exceeding 99%. The program supports various training needs, including initial, instructor upgrade, refresher, requalification, instrument ground school, and crew resource management training.
The E-8C Aircrew Training System, developed by CAE USA, offers comprehensive training solutions for U.S. Air Force flight and mission crews operating the E-8C Joint Surveillance Target Attack Radar System (JSTARS). This advanced training program includes initial, upgrade, and continuation Flight Crew Training (FCT), featuring a blend of academic classroom instruction and high-fidelity simulator training tailored for pilots, combat systems operators, and flight engineers. Additionally, the system provides Mission Crew Training (MCT), which encompasses both classroom and simulator instruction for 13 key mission crew positions, ensuring that personnel are thoroughly prepared for their roles in airborne battle management, command and control, intelligence, surveillance, and reconnaissance (ISR) operations.
The MRWS Trinetra is an ingeniously designed reflex sight that offers a parallax-free, compact, lightweight, and rugged solution for instant target acquisition in various combat scenarios. This advanced weapon sight features a highly precise reticle superimposed on the target scene, allowing for accurate firing while enabling the shooter to keep both eyes open. With built-in invisible IR spot designators, the MRWS Trinetra enhances operational capabilities in close-quarter battles and low-light conditions. Key features include faster target acquisition, reticle brightness adjustment, an ultra-compact design, and a combined zeroing mechanism, making it the lightest in its category and ideal for night operations.
The Air Defence Fire Control Radar (ADFCR)-ATULYA, developed by BEL, is a cutting-edge land-based radar system designed to provide effective point defense against various aerial threats, including fighter aircraft, helicopters, and UAVs. This advanced radar operates seamlessly during day and night, under all weather conditions, and is capable of functioning in environments with enemy jamming. By integrating with anti-aircraft guns, the ADFCR-ATULYA forms a robust ground-based air defense system that ensures comprehensive protection at short and very short ranges. Its reliability is further enhanced through compatibility with related products such as the Trusted Lan Interface Unit (TLIU-MK-II) and the Integrated Command Control and Communication System for Artillery Tracked (i3CAT).
The BEL ADS-B Receiver is a cutting-edge surveillance system designed for co-operative monitoring of surface movement, terminal areas, and en-route control. Operating at a frequency of 1090 MHz, this receiver captures transmissions from aircraft equipped with 1090 MHz ADS-B transponders and relays the data via an Ethernet link in the European ASTERIX CAT-21 format. This product is essential for enhancing situational awareness in air traffic management, ensuring safe and efficient operations. Related products include the Trusted LAN Interface Unit (TLIU-MK-II) and the Tele Loud Speaking System (TLS), as well as the Integrated Command Control and Communication System.
The Air Defence Control and Reporting System (ADC&RS) by BEL is a sophisticated C4I system designed for tactical command and control of Army Air Defence operations. Its primary objective is to enhance the defense capabilities against hostile targets, ensuring the protection of critical assets through the optimal deployment of available weaponry. The ADC&RS is structured into four hierarchical levels: Weapons & Radars, Command Post, Operations Centre, and Divisional Air Defence Centre, facilitating coordinated responses to aerial threats. Complementary products include the Trusted LAN Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), and the Integrated Command Control and Communication System for Artillery Tracked (i3CAT), further enhancing operational effectiveness and situational awareness.
The Tactical Control Radar (Reporter) by BEL is an advanced air defense radar system designed for early warning, alerting, and weapon control functions. With a range of up to 40 km, it offers extensive coverage while effectively managing multiple targets simultaneously. This highly mobile and easily transportable radar can operate in all weather conditions, day or night, ensuring maximum operational effectiveness in diverse terrains. Its features include local threat evaluation, clutter suppression, and high-resolution tracking, which enhance decision-making for commanders while minimizing mutual interference between air defenders and friendly airspace users. The system is user-friendly, requiring low manning levels and reducing stress during critical operations, making it an essential asset for modern air defense strategies.
