CAE’s Maritime Part-Task Trainers (PTTs) are innovative training solutions designed to bridge the gap between theoretical classroom instruction and practical experience on complete training systems. These trainers encompass various systems, including Bridge, Operations Room/Combat Information Center, and Machinery Control Room setups, which can be tailored to meet specific ship requirements. The PTTs offer flexibility through reconfigurability, allowing training for different ship classes while utilizing a common commercial off-the-shelf (COTS) computer infrastructure. By enhancing individual skills and streamlining team training processes, CAE's Maritime PTTs significantly reduce the time spent in full-scale training environments and minimize the operational hours required on actual vessels.
CAE's Maritime Virtual Maintenance Trainers (VMT) offer an innovative solution for training maintenance technicians in a high-fidelity immersive learning environment. Designed to integrate theoretical knowledge with practical skills, the VMT system can be utilized across various maritime domains. This laptop or desktop-based training platform enables technicians to simulate normal and emergency maintenance procedures, either independently or in a classroom setting. With its combination of line-replaceable unit (LRU) and component location modules, the VMT creates a "virtual vessel" that facilitates systems familiarization, procedural training, and troubleshooting. Additionally, web access to the simulation software allows for flexible training opportunities, enabling users to engage in review, refresher, and recurrent training anytime and anywhere.
The Joint Terminal Control Training Rehearsal System (JTC TRS) by CAE USA is an advanced simulation platform designed to enhance the training of Joint Terminal Attack Controller (JTAC) operators. This system plays a vital role in preparing combat controllers for real-world scenarios, enabling them to effectively manage aircraft and weapon deployment against ground targets. CAE USA is committed to upgrading existing systems and integrating the JTC TRS with the Joint Theater Air-Ground Simulation System (JTAGSS) to create a comprehensive training program for the U.S. Department of Defense. The JTC TRS offers a fully immersive training experience, allowing JTAC personnel to conduct initial qualifications and recurrent training in a controlled environment, ensuring they are mission-ready to communicate and direct operations between ground commanders and aircraft in complex mission settings. Developed in Arlington, Texas, this innovative system will be delivered to 26 Air Force designated locations, reinforcing the critical capabilities of JTACs in neutralizing threats.
The Bridge Trainer by CAE is an advanced maritime training solution designed to enhance safe navigation and collision avoidance skills for trainees. By integrating synthetic environments with cutting-edge simulation technology, CAE provides comprehensive bridge training that prepares individuals and teams for real-world maritime operations. The system features customizable simulation models tailored to the specific fidelity requirements of customers, ensuring compliance with accredited certifications. Key components include realistic hydrodynamics, essential navigation aids, and sensors like radar, while individual consoles can be reconfigured to simulate various operational scenarios, offering a versatile training experience.
The HUMSA-NG (MK 2) is a cutting-edge, fourth-generation sonar system specifically designed for shipborne applications, developed by the Naval Physical and Oceanographic Laboratory (NPOL) in Kochi and produced by Bharat Electronics Limited (BEL) in Bangalore for the Indian Navy. This advanced sonar system features simultaneous active and passive operation modes, equipped with two high-resolution multifunction display consoles that enhance usability. It employs both conventional and adaptive processing techniques, allowing operators to track up to eight targets simultaneously while maintaining a 60-minute history in passive mode. The system supports narrowband and broadband analysis, providing detailed spectrum and DEMON displays for tracked targets. Additionally, it integrates digital data recording capabilities for both active and passive channels, ensuring comprehensive data management with tools for record, replay, and classifier library management. The Sonar Performance Modelling System (SPMS) module further aids in estimating sonar performance prior to deployment.
The Stabilised Optronic Pedestal AK630 is a cutting-edge, two-axis stabilized platform designed for naval applications, featuring advanced Electro-Optical sensors including a CCD camera, thermal imager, and laser range finder. This sophisticated system allows for precise target designation, surveillance, and tracking, utilizing command drive signals generated by a sight pedestal controller. Enhanced with servo sensors like gyros and encoders for motion detection, the pedestal ensures smooth operation with high accuracy. Ideal for controlling the AK630 naval gun mount or similar systems, it excels in all-weather conditions and offers features such as passive surveillance, long-range detection, video processing, and precise target ranging, making it an essential asset for modern naval warfare.
The Stabilised Optronic Pedestal Sights (SOPS) IAC is an advanced surveillance system designed for both daytime and nighttime operations, featuring a CCD camera and thermal imager. This sophisticated system integrates four key components: the Optronic Pedestal, Control & Display Unit, Gun Control Unit, and Transformer Unit. The motorized and stabilized Optronic Pedestal employs gyroscopic technology for enhanced stability and precision, utilizing high-speed torque motors for rapid response. The Control & Display Unit is equipped with a rugged 15-inch intelligent display, control panel, switches, and a dual-axis joystick that enables seamless operation of the pedestal and gun system. With automatic target tracking capabilities through its video tracker, the SOPS IAC ensures effective surveillance, detection, and accurate ranging for superior engagement in various operational scenarios.
The Stabilised Optronic Pedestal (SOP) MK-II is an advanced surveillance platform designed for both day and night operations, equipped with a CCD camera for daytime use and a thermal imager for nighttime surveillance. This motorized and stabilized pedestal features gyroscopic stabilization in both axes, ensuring high precision and smooth tracking of targets. It incorporates high-speed torque motors for rapid response and optimal stiffness, along with a user-friendly control panel that includes a display for video output and various controls. The dual-axis joystick allows operators to maneuver the pedestal and the associated CRN-91 gun system effortlessly. Key features include passive surveillance capabilities, long-range detection, video processing with picture-in-picture functionality, precise target ranging, and reliable performance in all weather conditions.
The 2kW L-Band Solid State Power Amplifier (SSPA) by BEL is engineered for strategic communication applications, operating within the frequency range of 1.7GHz to 2.1GHz. This robust amplifier delivers its rated output power for all single carrier modulated continuous wave input signals and supports multi-carrier digital modulation schemes, including OFDM, with suitable output power back-off. Featuring a modular design that combines eight Power Amplifier Modules (PAM), each capable of providing 400W, the system ensures reliability and performance even if one module fails. The SSPA includes an SNMP interface for remote monitoring and control, built-in protection mechanisms, and 50% redundancy in AC-DC power supplies, allowing for unmanned operation and graceful degradation under fault conditions.
The Electric Drive for AK 630 by BEL is a cutting-edge upgrade designed for the AK630 system, which features a 30mm automatic gun mount that can be remotely controlled via a radar fire control system. This advanced drive system is essential for equipping naval vessels to effectively engage and neutralize threats such as anti-ship missiles, aircraft, and small surface targets, as well as enemy coastal fire positions. The Electric Drive enables precise positioning of the gun in both azimuth and elevation, responding seamlessly to commands from the fire director system or standby control post, thereby enhancing the operational efficiency and effectiveness of maritime defense systems.
The Shallow Water Remotely Operated Vehicle (SROV) is an advanced Unmanned Underwater Vehicle designed for deep-sea exploration and operations at depths of up to 300 meters. Controlled remotely from a ship, the SROV utilizes an umbilical cable for power and communication, allowing operators to monitor video feeds and sonar data in real-time. Equipped with multiple propellers for mobility, sophisticated navigation systems, and a range of sensors including cameras and LED lights, the SROV excels in various underwater tasks. Its features include automatic depth keeping, a manipulator arm for lifting payloads, and high endurance capabilities, making it ideal for marine research, inspection, and environmental monitoring in challenging sea conditions.
The Remotely Operated Unmanned Surface Vehicle (USV) by BEL is an innovative, zero-emission platform designed for hydrographic surveying and coastal surveillance. This versatile vehicle can be customized for various applications, including logistics operations and kamikaze missions. With a payload capacity of 30 kg and a maximum speed of 4 knots, the USV features solar energy harvesting for extended operational endurance, waypoint navigation, and remote control capabilities. It serves as an effective substitute for crewed surface vehicles, enhancing operational efficiency in maritime environments.
The BEL Power Packs for Underwater Application are advanced energy storage solutions designed specifically for naval operations, including PBG mines, MRP mines, MIGM, distress sonar systems, SFD, and Marker Man Over Board systems. These power packs ensure reliable and efficient energy supply in challenging underwater environments, enhancing the operational capabilities of various maritime applications. Complementing this product are related offerings such as the Trusted Lan Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), Integrated Command Control and Communication System for Artillery Tracked (i3CAT), and Control and Display Unit (CDU) Mk I, all aimed at providing comprehensive support in naval operations.
The ATDS Maareech System, developed by DRDO Labs (NPOL & NSTL) with BEL as the production agency, is a cutting-edge sonar system specifically designed for Anti-Submarine Warfare (ASW) and Non-ASW platforms. This state-of-the-art torpedo defense system is a pioneering achievement for the Indian Navy, making India one of the top five countries to develop such advanced technology. The system integrates a comprehensive suite of features, including SONAR, Fire Control System (FCS), and Countermeasures, and comprises essential components such as onboard electronics, a towed array, a decoy launcher, a winch, and an expendable decoy, ensuring robust protection for combat platforms.
The IAC MOD C System is an advanced integrated Anti-Submarine Warfare (ASW) Fire Control System designed for installation on Indian Naval ships. This sophisticated combat suite facilitates the computation of ASW fire control solutions and the operation of all ship-borne ASW weapons, seamlessly integrating with sonar systems, Combat Management Systems (CMS), and radars. Engineered for efficiency and precision, the IAC MOD C enhances naval operational capabilities, ensuring effective threat response in maritime environments. Related products include the Trusted LAN Interface Unit (TLIU-MK-II) and the Tele Loud Speaking System (TLS), further augmenting the system's operational effectiveness.
