CAES offers a comprehensive range of frequency generation solutions, including Local Oscillators (LOs) designed for the radio frequency, microwave, and millimeter wave spectrum. With expertise in Direct Digital Synthesis (DDS) and Voltage-Controlled Oscillator (VCO) technologies, CAES caters to diverse applications such as radar, missiles, electronic warfare, space exploration, and 5G communications. Their product lineup features both analog and digital designs that ensure low phase noise and high channel isolation, enhancing range and resolution. From single to multiple LO sources and advanced frequency agile synthesizers, CAES provides exceptional spectral purity and performance across a wide temperature and frequency range, making them a reliable partner for all frequency generation needs.
The CAES Frequency Converters are cutting-edge solutions designed for microwave and RF applications, offering advanced capabilities in both broadband and narrowband frequency conversion. With a focus on emerging technologies, these converters support a wide range of applications, including data links and telemetry for airborne and weapon systems. The series includes the innovative TORNADO direct-to-digital RF converter and versatile block up/down converters, ensuring high performance and reliability in demanding environments. Ideal for military and commercial use, CAES Frequency Converters are engineered to meet the rigorous standards required for modern communication and radar systems.
The Digital Receiver Exciter (DREX) from CAES is a high-performance, compact, and rugged module designed for advanced signal processing applications. Utilizing state-of-the-art surface mount and hybrid chip and wire technology, the DREX is tailored to meet the demanding requirements of various end applications, including radar, electronic warfare, missile systems, and space exploration. Its innovative design ensures reliability and efficiency in critical environments, making it an essential component for modern defense and aerospace systems.
The Medium Support Helicopter Aircrew Training Facility (MSHATF), developed by CAE in collaboration with the U.K. Ministry of Defence, is a state-of-the-art training center that has been operational since 1999. Under a 40-year private finance initiative (PFI) contract, CAE not only designed and constructed the facility but also delivers comprehensive turnkey training services. The MSHATF provides a full range of individual, team, and collective synthetic aircrew training specifically for the Royal Air Force's Support Helicopter Force, focusing on the CH-47 Chinook and Puma platforms. Additionally, the facility is equipped to offer training to third-party users of the AW101 Merlin and CH-47 helicopters, making it a vital resource for military and civil operators worldwide seeking advanced simulation-based training and mission rehearsal capabilities.
The NATO Flying Training in Canada (NFTC) program, managed by CAE since October 2015, is a premier initiative designed to produce highly qualified military pilots for defense customers. Located at 15 Wing Moose Jaw and 4 Wing Cold Lake, this program integrates basic, advanced, and lead-in fighter training within a comprehensive pilot training framework. As a global training systems integrator, CAE enhances its capabilities by offering live flying training support for future military pilots, including next-generation fighter pilots for the Royal Canadian Air Force and allied nations. The NFTC program encompasses ground-school instruction, computer-based training, simulator training, and essential support services, all delivered by CAE's experienced workforce committed to excellence in training and in-service support.
Rotorsim, established in 2003 as a joint venture between Leonardo Helicopters and CAE, specializes in synthetic training solutions for helicopter operators, including the AW109 Power and AW139 models. Located at the A. Marchetti Training Academy in Sesto Calende, Italy, the center features advanced full-mission and full-flight simulators certified to the highest international standards (Level D) by regulatory authorities such as the FAA and EASA. This facility has expanded its offerings to include training for additional models like the AW109 LUH, AW189, AW169, and NH90. Notably, some simulators utilize CAE's innovative roll-on/roll-off concept, allowing for versatile training configurations. Additionally, Rotorsim provides training in the USA at CAE’s North East Training Centre in Morristown, New Jersey, enhancing accessibility for operators in North America.
CAES Antenna Arrays are engineered to meet the rigorous demands of both defense and commercial sectors, leveraging decades of expertise in airborne applications. Our extensive product line includes flat plate and waveguide slot arrays specifically designed for weather radar functionality in commercial aircraft, as well as advanced solutions for military use. Our offerings feature narrow and wideband Active Electronically Scanned Arrays (AESAs) that provide high-speed beam steering, low sidelobes, and exceptional Effective Isotropic Radiated Power (EIRP). Additionally, we specialize in multimode arrays with integrated beamformers and polarizers, discrete aperture or microstrip-based designs, and interferometer arrays for precise direction-finding. CAES is committed to delivering custom antenna solutions that excel in performance and reliability, tailored to meet the most demanding operational requirements worldwide.
The CAES Blade antenna series offers a range of high-performance antennas designed for various frequency applications, including 136-174 MHz, 225-420 MHz, and 88-800 MHz. These antennas feature linear polarization and omnidirectional beamwidths of 360°, ensuring reliable signal coverage in all directions. With gain values ranging from -18 to 3 dBi, the Blade antennas are suitable for diverse communication needs. Their compact designs include stub sizes of 7.75 to 13.25 inches in height, making them ideal for installations where space is limited. Each model is engineered for durability and optimal performance across multiple frequency bands, ensuring robust connectivity in demanding environments.
The Predator Mission Aircrew Training System (PMATS), developed by Link Simulation & Training and now part of CAE's offerings, provides an advanced simulation environment for training remotely piloted aircraft (RPA) pilots and sensor operators. This system features a form, fit, and function interface that utilizes ground control station hardware from General Atomics Aeronautical Systems, ensuring high fidelity in training scenarios. PMATS effectively models the MQ-1 Predator and MQ-9 Reaper systems, including their sensors and weapons, while offering robust environmental simulations for both initial qualification and mission training, encompassing emergency and abnormal procedures. Additionally, the system is equipped with an Instructor Operator Station (IOS) for effective brief and debrief sessions, facilitating comprehensive collective training exercises across multiple PMATS units.
CAE's RPA Training Solutions provide cutting-edge training for remotely piloted aircraft (RPA), essential for enhancing military capabilities globally. As a leader in training systems integration, CAE offers a comprehensive suite of training options, including self-paced learning, classroom instruction, and advanced full-mission simulators. The CAE UAS Mission Trainer serves as a versatile platform-independent system for foundational training in RPA operations, mission planning, and rehearsal. Additionally, CAE's high-fidelity simulators, like the Predator Mission Trainer, are designed to meet the specific needs of various platforms, ensuring that pilots and sensor operators receive the highest quality training and support.
The Tactical Brief/Debrief Capability from CAE is an advanced training system designed to enhance the effectiveness of military and defense operations. This innovative solution allows for real-time analysis and feedback during training exercises, enabling participants to review performance and improve decision-making skills. By integrating cutting-edge technology with user-friendly interfaces, the Tactical Brief/Debrief Capability facilitates comprehensive assessments, ensuring that teams are better prepared for real-world scenarios. Its versatility makes it suitable for various training environments, ultimately contributing to enhanced operational readiness and mission success.
CAE USA collaborates with the U.S. Air Force Research Laboratory (AFRL) to enhance warfighter readiness through advanced modeling and simulation technologies. Building on a decade-long partnership, CAE supports the AFRL's Warfighter Readiness Research Division by conducting extensive research in digital technologies that improve training effectiveness for the Air Force and its coalition partners. The program focuses on streamlining the development and delivery of mission training, including local and distributed operations, as well as full live-virtual-constructive (LVC) environments. By transitioning innovative technologies and training methods directly to the warfighter, CAE USA aims to transform current training practices and develop future-ready solutions that enhance operational performance and readiness.
CAE's F-16 Training Systems are at the forefront of military pilot and maintenance training, following the acquisition of L3Harris Military. As the leading provider in this domain, CAE offers high-fidelity training solutions that utilize proven hardware and software systems, adaptable to meet the specific needs of each customer. Their comprehensive suite includes advanced F-16 training devices, ranging from technology upgrades for existing systems to the development of new pilot and maintenance trainers. With a focus on realism, CAE’s simulation solutions feature top-tier flight models and a full integration of F-16 aircraft systems, weapons, and sensors. The effectiveness of these training programs is enhanced by commonality across platforms, high-quality image generation, scalable visual displays, and sophisticated instructor operator stations, ensuring that customers worldwide receive unparalleled training support.
CAE offers a comprehensive range of F/A-18 training systems designed to support the complete training continuum for both land and sea-based operations. With over 25 years of experience, CAE's F/A-18 Hornet and Super Hornet training systems provide tactically relevant training tailored to the needs of aircrew, ensuring they are prepared for real-world scenarios. These advanced systems have been successfully implemented for the U.S. Navy, U.S. Marine Corps, and international partners, including Australia ,, Canada, Finland, Kuwait, Malaysia, and Switzerland. Notably, CAE has developed the CF-18 Advanced Distributed Combat Training System (ADCTS) for the Royal Canadian Air Force and has upgraded the Swiss Hornet Operational Training System (SHOTS) to enhance operational readiness and effectiveness in distributed training exercises.
CAE Rise™ is an innovative training system designed to enhance military pilot training through real-time insights and standardized evaluations. Utilizing big data analytics, CAE Rise makes training more objective, efficient, and effective by enabling instructors to assess pilot competencies with live data during sessions. This student-centric approach minimizes subjectivity in assessments, allowing instructors to concentrate on teaching while objectively grading student performance on maneuvers based on established criteria and tracking progress over time. With CAE Rise, military training becomes more streamlined and focused, ultimately improving both student outcomes and instructor effectiveness.
