The Weapon Locating Radar (WLR) developed by BEL is an advanced electronic surveillance system designed to enhance battlefield operations by accurately detecting and locating hostile artillery, mortars, and rockets. As modern warfare evolves with long-range weapon systems, the WLR serves as a critical force multiplier, enabling military forces to optimize their combat effectiveness. It not only identifies enemy fire but also tracks the trajectory of friendly projectiles, allowing for real-time corrections in artillery fire. Equipped with sophisticated algorithms and cutting-edge hardware, the WLR efficiently processes complex radar signals amidst clutter and interference, ensuring reliable target detection and location in dynamic combat environments.
The Weapon Locating Radar Mountain Version (WLR-M) by BEL is a state-of-the-art mobile radar system designed for the automatic first-round location of artillery weapons, specifically optimized for challenging mountainous terrains. This advanced system utilizes in-flight track data to backtrack hostile projectile trajectories to their firing points, while also enabling the tracking of friendly projectiles to prevent friendly fire incidents. Capable of detecting mortars, rocket launchers, and guns operating at both high and low angles, the WLR-M features sophisticated capabilities such as trajectory estimation, launch/impact point extrapolation, and automatic height correction. It effectively classifies projectile and non-projectile targets, filtering out unwanted signals like birds and clutter, ensuring precise and reliable performance in the field.
The Reporter Radar Training Simulator (RRTS) by BEL is an advanced training tool designed for operators and students of the TCR Reporter system. This simulator allows instructors to create realistic training scenarios by selecting various terrains, objects, clutter, and jammers, which generate video signals for the Radar PPI. Key features include both offline and online training modes, the ability to create, save, modify, and open exercise objects such as targets and jammers, and real-time control over exercises with options to play, pause, resume, or stop at any time. The system supports terrain-based simulation and allows for the injection of errors and faults, enabling instructors to monitor student actions and generate detailed evaluation reports.
The 3D Surveillance Radar, Revathi, developed by BEL, is a cutting-edge medium-range surveillance radar designed for maritime applications. Mounted on a stabilized platform aboard ships, it excels in detecting both air and surface targets. Operating in the S-band, the radar features Track-While-Scan (TWS) capabilities, ensuring comprehensive monitoring of multiple targets simultaneously. Key features include advanced Electronic Counter-Countermeasures (ECCM), an integrated Identification Friend or Foe (IFF) system with co-mounted antenna, and a two-axis stabilization system to counteract roll and pitch. The radar is fully automated and controlled via a user-friendly graphical interface from the radar console, complemented by an extensive on-line Built-In Test Equipment (BITE) facility for real-time diagnostics. Additionally, it supports data remoting of tracks and plots over LAN for seamless integration with external systems, enhancing command and control capabilities on board.
The Surveillance Radar Element (SRE) from BEL is a state-of-the-art S-band Air Traffic Control Radar designed for Terminal Control applications, featuring a fully coherent, high-end primary radar system. With a maximum range of up to 70 nautical miles, the SRE utilizes a fully solid-state, fail-soft modular transmitter that ensures reliability and performance. It integrates an advanced PSR/SSR G-33I antenna, providing dual beams in both S-band and L-band for enhanced surveillance capabilities. Key features include sector blanking for reduced RF radiation in selected azimuthal sectors, adaptive STC for improved target detection in cluttered environments, and digital pulse compression for superior range resolution. The system supports extensive built-in testing and offers full monitoring and control capabilities, making it ideal for unmanned operations in modern air traffic management.
The LRF-AD-HR is a high-performance laser range finder specifically engineered for anti-aircraft fire control systems. This device operates at an eye-safe wavelength of 1.57 μm, ensuring safety while providing exceptional sensitivity for detecting aerial threats. It boasts a high repetition rate, capable of 10 pulses per second in continuous mode and 20 pulses per second in burst mode. The LRF-AD-HR features an RS 422 interface, allowing seamless integration with advanced fire control systems, and meets stringent military specifications, making it a reliable choice for defense applications. Related 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).
The Perimeter Surveillance Radar (PSR) by BEL is an innovative, low-cost solution designed for the protection of critical national assets such as commercial and military airports, military establishments, and nuclear installations. This compact and lightweight radar system employs Frequency Modulated Continuous Wave (FMCW) technology to ensure a low probability of intercept while effectively detecting and tracking intruders, suspicious movements, and vehicles. Key capabilities include simultaneous search, detection, and tracking of targets, advanced digital beam forming in azimuth, and the ability to operate on Power over Ethernet (PoE). The PSR is equipped with advanced signal processing capabilities, making it an essential tool for safeguarding vital infrastructure.
The Radar Warning Receiver (RWR) for Fighter Aircraft, developed by BEL, is an advanced electronic support measure system designed to enhance situational awareness in combat environments. This state-of-the-art device intercepts, detects, and identifies a wide range of ground and airborne emitters, including Pulse, CW, ICW, Pulse Doppler, and Frequency agile signals. It operates across a frequency range from L band to Ku band and features a compact, lightweight design with high sensitivity. The RWR presents critical information on the Cockpit Display Unit using alphanumeric and special color symbols, complemented by audio tones for immediate threat recognition. With capabilities such as auto brightness adjustment for varying cockpit light conditions, NVG compatibility, and integration with other navigation equipment, the system also logs threat activity and pilot operations for enhanced mission analysis. Its flexible software allows for optimization according to specific mission requirements, making it an essential tool for modern fighter aircraft and helicopters.
The LRF Air Defence by BEL is a state-of-the-art Medium Repetition Rate Eye Safe Laser Range Finder designed specifically for Anti Aircraft Fire Control Systems. This advanced device operates at an eye-safe wavelength of 1.57 μm, ensuring high sensitivity for accurate ranging of aerial targets. Utilizing Nd:YAG laser technology converted to eye-safe wavelengths via Optical Parametric Oscillation, the LRF Air Defence boasts features such as lightweight construction, a burst mode capability of 5 PPS, and forced air cooling. It also includes an RS 422 interface for seamless integration with advanced Fire Control Systems and meets stringent military specifications, making it a reliable choice for defense applications.
The BEL 2D-Air Surveillance Radar - RAWL 02 MK II-A is a cutting-edge surveillance radar designed for medium-range air monitoring, offering superior target resolution and advanced digital signal processing capabilities. It features a solid-state transmitter and a low-noise receiver, ensuring a wide dynamic range and high electronic countermeasure (ECM) resistance. The radar system includes comprehensive health monitoring and an advanced tactical display, making it user-friendly and easy to maintain. Additionally, it is compatible with related products such as 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), enhancing its operational versatility.
The Indra II Low Flying Detection Radar, developed by BEL, is an advanced L Band radar system designed to fill critical gaps in air defense operations. This transportable and self-contained unit features easy mobility and rapid deployment capabilities, consisting of an antenna, transmitter cabin, and display cabin housed on three separate vehicles. The radar system boasts a fully coherent design with frequency agility and pulse compression, enabling advanced signal processing and the ability to track up to 200 targets simultaneously. With its track-while-scan functionality for 2-D tracking, it effectively associates primary and secondary targets and provides full tracking capabilities for maneuvering objects. The multicolour PPI raster scan display offers both MTI and synthetic video outputs, while automatic target data transmission ensures seamless integration with digital networks. The Indra II can be deployed within approximately 60 minutes, making it an essential asset for modern air defense strategies.
The Low Level Light Weight Radar (Aslesha) is an advanced air defense radar system designed for versatile deployment in various terrains, including mountainous regions, deserts, and urban high-rises. This S-Band, 3D radar is lightweight, battery-powered, and features multiple beams with electronic scanning capabilities, enabling effective surveillance of aerial targets at low and medium altitudes. It automatically detects and tracks a wide range of hostile aerial threats, including fixed-wing aircraft, helicopters, and UAVs, even those hovering in place. With its robust design for extreme climatic conditions, low power consumption, and modular setup for rapid deployment, the Aslesha radar is an essential tool for modern aerial surveillance operations.
The Low Level Light Weight Radar (Bharani) by BEL is an advanced air defense radar system designed for effective surveillance in challenging mountainous terrains. This L-Band, 2D radar is lightweight, battery-powered, and compact, making it ideal for rapid deployment. It provides comprehensive 2D surveillance capabilities to detect and track hostile aerial targets such as UAVs, RPVs, hovering helicopters, and fixed-wing aircraft operating at low and medium altitudes. Key features include automatic detection and tracking of various aerial threats, target designation for weapon systems, integrated Identification Friend or Foe (IFF), and the ability to operate remotely through a Commander’s Display Unit (CDU) located up to 750 meters away from the sensor head. Its modular design ensures quick setup and easy transport by personnel or animals, enhancing operational flexibility in the field.
The ESM for Large Aircraft by BEL is a state-of-the-art Radar Electronic Support Measures system designed for installation on large aircraft. This advanced multi-antenna system operates across a wide frequency range, specifically covering the C-J Band, and is engineered to intercept, detect, and identify radar signals with exceptional accuracy. With a 100% probability of intercept, it processes RF signals rapidly and displays comprehensive parameters in real-time. Key features include flexible configuration, modular construction, excellent direction of arrival (DOA) capabilities, auto-tracking of multiple emitters, and a user-friendly interface on a Windows platform. Additionally, it offers built-in testing and data recording facilities for thorough post-analysis, making it an essential tool for modern aerial operations.
The ESM for Small Aircraft by BEL is a cutting-edge Radar Electronic Support Measures (ESM) system designed for comprehensive reconnaissance of various radar sources, including ground-based, airborne, ship-borne, and submarine radars. This advanced airborne system excels in intercepting, detecting, and identifying radar signals across a wide frequency range from D to J band, ensuring a 100% probability of intercept with minimal reaction time. Equipped with high sensitivity and excellent direction of arrival (DOA) accuracy, it prioritizes threats and issues warnings using an integrated radar library. The lightweight and modular design allows for automatic tracking of numerous emitters, while the data recording and replay capabilities facilitate thorough post-mission analysis, making it an essential tool for modern military operations.
