The CAE Sprint Virtual Reality (VR) Trainer is a cutting-edge training solution designed for self-paced learning, integrating advanced digital technologies to enhance the training experience. This innovative system includes a VR headset, haptic feedback, physical flight controls, and the CAE Medallion image generator, providing a highly realistic virtual environment that surpasses traditional VR trainers. With the ability to view and interact with cockpit instruments, students can practice various tasks, procedures, and maneuvers in an immersive setting. The CAE Sprint also features a virtual coach for audio guidance and correction, along with performance grading tools to objectively assess student progress. Compact and commercially available, this training device offers an effective and affordable way for learners to master their skills at their own pace.
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.
The CH-47D/F Helicopter Training Systems by CAE are advanced simulation solutions designed to enhance the training and operational readiness of military personnel. These systems provide realistic flight experiences, integrating high-fidelity visuals and dynamic environments to replicate real-world scenarios. With a focus on improving pilot proficiency and mission preparedness, the training systems utilize cutting-edge technology to deliver comprehensive instruction on the CH-47D/F helicopter's unique capabilities and operational procedures. This ensures that trainees can effectively develop their skills in a safe, controlled environment, ultimately contributing to enhanced mission success and safety in the field.
CAE’s Loadmaster Fuselage Trainers are advanced simulation-based training solutions designed to enhance the skills of loadmasters responsible for managing cargo operations in military and humanitarian missions. These trainers enable loadmasters to conduct realistic training scenarios within a Full-Mission Simulator (FMS), where they can practice coordinated aerial deliveries alongside aircrew. The system features a virtual cargo compartment and a Visual Awareness Recognition Screen (VARS) that provides real-time visual feedback on cargo loading, ramp door operations, and deployment processes. By integrating cutting-edge technology, CAE’s Loadmaster Trainers address the unique challenges faced by loadmasters, ensuring they are well-prepared for various operational environments.
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 C-27J Training System by CAE USA offers comprehensive training solutions for pilot, loadmaster, and maintenance technician roles for the C-27J multi-mission transport aircraft. Leveraging expertise gained from the acquisition of L3 Link Simulation and Training, CAE integrates devices and training support into a cohesive solution that enhances efficiency and accountability. The system is utilized by the Royal Australia ,n Air Force and the U.S. Coast Guard, providing extensive training programs across multiple Texas locations. Courses include aircrew instruction with formal academic components, operational flight training, tactical airdrop training, and structured maintenance instruction, ensuring that personnel are thoroughly prepared for their roles.
The CAE Dynamic Synthetic Environment (DSE) is an innovative training solution designed for military forces seeking cost-effective alternatives to traditional training methods. By leveraging advanced simulation technology, the DSE creates a highly realistic and adaptable virtual environment that mirrors real-world conditions. Built on the Open Geospatial Consortium Common Database (OGC CDB), it allows defense personnel to engage in mission rehearsal, operational decision-making, and skill acquisition within a dynamic landscape that evolves in real-time. This capability ensures that training scenarios remain relevant and responsive to the actions of participants and environmental changes, enhancing the overall effectiveness of military training programs.
CAE Emmersion is an advanced simulation platform designed to enhance the training and preparedness of emergency managers by utilizing the CAE GESI constructive simulation system, widely adopted by military organizations for command and staff training. This innovative tool allows users to create, test, and refine response strategies in a safe and controlled setting, enabling decision-makers to effectively anticipate and manage the consequences of crisis situations. As government agencies, local authorities, and corporations increasingly confront complex threats to critical infrastructures, CAE Emmersion serves as a vital resource for developing comprehensive emergency plans that address potential scenarios. By providing a realistic simulation environment, it equips crisis management teams with the skills necessary to protect public safety and minimize damage during emergencies.
CAE GESI is an advanced constructive simulation system tailored for executing intricate joint and combined exercises at both tactical and operational levels. This versatile platform is designed for computer-assisted exercises (CAX) and classroom training, effectively representing land units from company to division levels. In CAX mode, commanders utilize the CAE GESI system to conduct realistic training exercises within their command posts, leveraging live command and control systems. The system allows commanders to shape the simulated combat scenarios through their strategic decisions, while providing real-time situation reports from subordinate commanders. With its capability to depict mission areas and various entities such as vehicles, aircraft, and logistics, CAE GESI stands as the essential tool for command and staff training across Europe, supporting preparations for traditional combat readiness, peacekeeping missions, and humanitarian assistance operations.
The CAE GESI-SiTA Classroom Trainer is an innovative simulation tool designed specifically for military academies, enhancing the educational experience by providing an advanced platform for tactical training. Evolving from the CAE GESI constructive simulation system, this trainer immerses students in realistic battlefield scenarios, allowing them to grasp complex tactical concepts with unprecedented detail and interactivity. It features clear visualizations of the relationships between forces, time, and terrain, facilitating a deeper understanding of operational dynamics. The system supports various training formats, including self-directed, instructor-led, and collaborative group exercises, all customizable to meet specific educational needs. By leveraging simulation technology, the CAE GESI-SiTA Classroom Trainer transforms traditional teaching methods, offering a more transparent view of tactical opportunities and constraints.
The CAE Mission Crew Trainer (MCT) is a state-of-the-art Level 5/6-equivalent flight training device specifically designed for airborne intelligence, surveillance, and reconnaissance (ISR) training. This high-fidelity, cost-effective system enables comprehensive crew training on platform systems, sensors, and operational environments, ensuring effective integration with other forces. With its open architecture, the CAE MCT can be easily customized to accommodate a wide range of ISR sensors, including Synthetic Aperture Radar (SAR), Inverse Synthetic Aperture Radar (ISAR), Ground Moving Target Indicator (GMTI), Electro-Optical Infrared (EO/IR) systems, and Electronic Warfare Support Measures (ESM/ELINT), making it an essential tool for enhancing operational readiness in modern military operations.
The COTM Antenna – 0.4m Ku Band is a state-of-the-art VSAT motorized antenna system designed for strategic communication in dynamic environments such as ships and submarines. With its advanced four-axis stabilization, this compact antenna ensures high pointing accuracy and reliable on-the-move communication, effectively compensating for vessel dynamics. The sophisticated control unit guarantees continuous alignment with satellites, enabling quick satellite acquisition and reacquisition. Additionally, the system features remote monitoring capabilities and seamless integration into network management systems, while maintaining a low profile to enhance operational security. With data rates of up to 256 kbps and user-friendly controls, the COTM Antenna is an essential tool for modern maritime communication needs.
The Extended Ku Band BUC by BEL is a state-of-the-art outdoor Block Up Converter designed for strategic communication applications. This compact unit efficiently takes L band signals and upconverts them to the Ku band while amplifying the output to the desired power level. Featuring an internal 10MHz reference and support for external references, this BUC is equipped with a Solid State Power Amplifier system, ensuring high performance and reliability. It operates on a 24VDC power supply, with a separate 230V AC to 24V DC power supply included. Built for continuous outdoor operation, the forced-air-cooled design incorporates integral RF and DC protection features, making it ideal for 24×7 Satcom environments. The unit also supports monitoring and control via SNMP and includes web-based M&C utility software for easy Ethernet access.
