The BEL ESM for Small Helicopter is a cutting-edge Radar Electronic Support Measures (ESM) system designed specifically for small helicopters, operating within the D to J frequency bands. This lightweight system excels in reconnaissance capabilities, effectively intercepting, detecting, identifying, and displaying various parameters of radar signals from ground-based, airborne, ship-borne, and subsurface sources. With a high probability of intercept, it utilizes a mono-pulse amplitude comparison technique across a four-antenna configuration to ensure precise direction of arrival accuracy. The ESM features an integrated DIFM receiver for accurate instantaneous frequency measurement and boasts a comprehensive radar library for threat identification and prioritization. Its modular design allows for simple configuration, while extensive built-in tests facilitate self-diagnosis, making it a reliable choice for modern aerial operations.
The EW Suite for Fighter Aircraft by BEL is a cutting-edge electronic warfare system designed to enhance the operational capabilities of modern fighter jets. This advanced suite features a unified radar warning and jamming system operating across a frequency range of 1 to 18 GHz, utilizing a digital receiver-based wideband receiver with 100% high probability of intercept (HPOI). It offers selectable narrowband receiver options and boasts an impressive dynamic range of 65 dB, ensuring precise direction of arrival (DOA) accuracy through both coarse and fine direction-finding modes. The jamming capabilities extend from 6 to 18 GHz, employing DFRM-based techniques and active phased array (APA) steering for pinpoint threat jamming. With various mutually exclusive electronic countermeasure (ECM) techniques and the ability to handle multiple threats simultaneously, this suite is essential for maintaining air superiority in complex combat environments.
The Radar Based Fire Control System developed by BEL is a cutting-edge solution designed for enhanced battlefield effectiveness and precision targeting. This advanced system utilizes radar technology to detect, track, and engage threats in real-time, significantly improving the operational capabilities of defense forces. With its robust design and integration capabilities, it supports various platforms and is adaptable to diverse combat scenarios. The system not only enhances situational awareness but also ensures rapid response times, making it an essential asset for modern military operations. Its reliability and performance have been recognized in both domestic and international markets, positioning BEL as a leader in defense technology innovation.
The BEL Head Up Display is an advanced flight control system designed specifically for Light Combat Aircraft (LCA). This innovative display presents critical flight information in a collimated format, allowing pilots to access data without shifting their line of sight, thereby enhancing situational awareness and reducing workload. With features such as high reliability (MTBF of 3400 hours), a wide field of view (25°), and full readability in ambient light conditions up to 10,000 fL, the BEL Head Up Display ensures optimal performance in various environments. It includes automatic brightness control and a compact design with a customer-tailored Up-Front Control Panel, making it an indispensable tool for modern aerial combat.
The Heliborne Self Protection Suite by BEL is a sophisticated electronic defense system designed for aerial platforms, providing comprehensive protection against radar, missile, and laser threats. This advanced suite features a Radar Warning Receiver (RWR), Missile Warning System (MWS), and Laser Warning System (LWS), ensuring high sensitivity and rapid acquisition of threats. With fast reaction times and the capability to track and warn of multiple simultaneous threats, it boasts a low false alarm rate and includes a blanking capability to enhance operational effectiveness. The system also supports Built-In Test Equipment (BITE) functionality, threat data recording, and can be integrated with on-board Countermeasures Dispensing Systems (CMDS). Additionally, it offers audio-visual threat indications through a user-friendly interface compatible with night vision goggles (NVG).
The Combat Management System (CMS) by BEL is an advanced C4I solution designed to automate tactical data handling from various ship sensors, providing a robust decision support system for command operations. It efficiently gathers and processes data from ships, helicopters, and aircraft within the fleet via data links, creating a comprehensive tactical picture of the operational area. The CMS continuously identifies and classifies air, surface, and subsurface targets while performing threat assessments and advising command on engagement strategies. It also designates targets to fire control systems, monitors weapon firing execution, and offers offline map preparation capabilities. With fault-tolerant software ensuring redundancy and a simulation environment for operator training, the CMS is equipped with user-friendly diagnostics for optimal performance in critical situations.
The Compact Tactical Fire Control Radar (CTFCR) is an advanced land-based radar system developed by BEL, designed for versatile military applications. This compact solution is mounted on a 4X4 Light Specialist Vehicle, featuring a 3D Active Electronically Scanned Array (AESA) radar for real-time surveillance, target acquisition, and tracking. Equipped with electro-optical sensors, including CCD and thermal imaging cameras, the CTFCR offers passive tracking capabilities and independent ranging through a laser rangefinder. Its state-of-the-art technology ensures all-weather operation, enhanced by an advanced inertial navigation system (INS) with GPS support. The system also includes built-in testing features and an embedded simulator for operational training, making it a reliable choice for modern tactical operations.
The Data Link Airborne by BEL is a cutting-edge communication system designed to enhance operational capabilities in defense applications. This advanced airborne data link solution enables secure and reliable transmission of critical information between aircraft and ground control, ensuring real-time situational awareness and effective mission execution. With a focus on high performance and resilience in challenging environments, the Data Link Airborne supports various military operations, making it an essential component for modern aerial warfare. Its state-of-the-art technology and robust design reflect BEL's commitment to delivering innovative solutions that meet the evolving needs of the defense sector.
The Active Electronically Scanned Array Battlefield Surveillance Radar (AESA-BFSR) is a state-of-the-art surveillance radar designed for effective detection and tracking of ground targets. Featuring an advanced Electro Optical system, it provides passive surveillance capabilities both day and night. This lightweight, man-portable radar can be remotely controlled via wired or wireless communication, allowing for versatile deployment on tripods, masts, towers, or other elevated static platforms. Its robust design ensures high performance in various harsh environments, making it ideal for applications such as border surveillance, battlefield monitoring, and critical infrastructure protection. Key features include quick deployment, high reliability due to the absence of moving parts, remote operation capability, and the option for independent or integrated use with other surveillance systems through networking.
The BEL Air Data Computer (ADC) is a crucial component of the flight control system designed for Light Combat Aircraft (LCA). It efficiently computes essential air data parameters such as atmospheric pressure, temperature, and angle of attack by utilizing inputs from various air data sensors, including pressure transducers, temperature sensors, and angle of attack sensors. This advanced system enhances the aircraft's operational capabilities and ensures optimal performance during flight. Related products include the Trusted Lan Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), and Integrated Command Control and Communication System.
The Aircraft Recognition Trainer (ART) by BEL is an advanced computer-based simulator designed to enhance the recognition and identification skills of military personnel for aircraft, helicopters, and UAVs in a classroom setting. This versatile training tool supports both self-directed learning and instructor-led group sessions, allowing troops to familiarize themselves with various friendly and enemy aircraft. The ART features high-fidelity 3D models displayed on a large screen, complete with realistic visual and auditory effects. It simulates diverse environmental conditions, such as varying times of day and weather scenarios, ensuring comprehensive training experiences. Additionally, the system provides performance evaluations in the form of report cards, enabling instructors to track progress effectively.
The Air Defence Weapon Simulator System by BEL is an advanced training platform designed specifically for Armed Forces personnel, facilitating the effective usage and exploitation of Air Defense Weapon Systems. This simulator serves as a primary classroom tool, enabling crew commanders to gain essential procedural knowledge and skills. Its design allows for adaptability, making it possible to be housed in a mobile container for enhanced operational flexibility. The system not only enhances training efficiency but also supports related products such as the Trusted LAN Interface Unit (TLIU-MK-II) and Tele Loud Speaking System, ensuring comprehensive preparedness for air defense operations.
The Air Defence Weapon Station (ADWS) by BEL is a sophisticated electronic system designed for tank and armored fighting vehicles, specifically engineered to stabilize and operate the NSVT 12.7 mm machine gun alongside advanced optical sensors. This innovative system features a dual-axis self-stabilized platform that enables precise movement of the gun in both traverse and elevation, while allowing independent elevation adjustments for the sight. Equipped with a day camera, thermal imager, and laser range finder housed in a single unit, the ADWS excels in automatic target tracking for both air and ground targets. It incorporates DSP-based brushless servo drive technology for remote firing and automatic loading, ensuring efficient ballistic computations and corrections. The ADWS is adaptable to various armored platforms and weapon systems, making it a versatile choice for modern military applications.
The Akash Missile System, developed by Bharat Electronics Limited (BEL), is a state-of-the-art medium-range surface-to-air missile system designed to provide robust area air defense against a variety of aerial threats. With a range of up to 18 kilometers and the capability to engage multiple targets simultaneously, this system features advanced cross-country mobility and real-time multi-sensor data processing for effective threat evaluation. Its high level of automation enhances operational efficiency, while the phased array guidance radar ensures precise missile interception. The Akash system boasts an impressive coverage area, with 80 km provided by the Multi-Function Radar and 120 km by the Central Acquisition Radar, making it highly effective even in challenging electronic countermeasure environments.
The All Weather Low Level Air Defence Weapon Control System by BEL is an advanced land-based radar solution designed to counter low-flying, high-speed aerial threats, particularly those utilizing electronic countermeasures. This highly mobile and autonomous system integrates radar, computer, and display technologies to provide timely detection and precise tracking in all weather conditions. Key features include early detection capabilities, dual-band tracking in the 'I' and 'Ka' bands, track-while-scan functionality for up to three targets, and a color raster scan display with tactical map presentation. The system also incorporates built-in electronic counter-countermeasures (ECCM) to enhance operational effectiveness against hostile air missions.
