The Mobile Command & Control Centre (MC2) by BEL is a state-of-the-art vehicle-based command and control system designed for Air Force operators to monitor air situations in real-time while deployed in the field. This rugged, easily deployable system ensures seamless coverage of the entire airspace, allowing for effective management of aircraft and resources. It integrates various radars and other command systems to provide a comprehensive air picture, enabling operators to resolve multiple sensor reports into a single fused target. With reliable communication capabilities and the ability to operate on both mains AC and diesel generators, the MC2 enhances tactical response in battlefield scenarios and offers redundancy to main command centers. Alerts are generated for various situations based on flight plans, IFF, and target signatures, ensuring that operators are always informed and ready to act.
The Integrated Electronic Warfare System (IEWP) by BEL is a cutting-edge solution designed for diverse terrains, including plains, semi-deserts, and mountainous regions. This advanced system excels in intercepting, analyzing, locating, and jamming enemy communication emitters across a wide frequency range from HF to Ka. It seamlessly integrates both Communication and Non-Communication electronic warfare segments through an ECCM-enabled intra-communication network, linking them to the Counter Measure Control Centre (CCC) and High Level Control Centre (HLCC). Key features include Geographical Information System capabilities, communication reconnaissance and monitoring, direction finding, multi-threat jamming, radar band ESM & ECM control facilities, and user-friendly GUI for effective mission support. The system is complemented by related products such as the Trusted Lan Interface Unit (TLIU-MK-II) and Integrated Command Control and Communication System for Artillery Tracked (i3CAT).
The Communication IEW System developed by Bharat Electronics Limited (BEL) is a cutting-edge solution designed to enhance situational awareness and intelligence gathering for defense applications. This advanced system integrates sophisticated electronic warfare capabilities, enabling real-time communication and data sharing among military units. With its robust architecture, the Communication IEW System ensures secure and reliable operations in diverse environments, making it an essential tool for modern defense forces. Its user-friendly interface and modular design facilitate easy integration with existing military infrastructure, thereby optimizing operational efficiency and effectiveness in critical missions.
The Ground Control Station (GCS) developed by BEL serves as a vital interface between Unmanned Aerial Vehicles (UAVs) and ground operators, facilitating seamless communication and mission execution. This advanced GCS is equipped with comprehensive functionalities including mission planning, air vehicle control, and payload management, along with features for video processing, flight data recording, and post-flight analysis. Key capabilities include an inbuilt Flight Line Tester for UAV testing, real-time monitoring and control of UAV parameters across all flight phases, an automatic takeoff and landing system interface, and health monitoring of UAV systems. Additionally, the GCS supports data synchronization and dissemination of sensor information in required formats, ensuring efficient operational oversight and enhanced mission effectiveness.
The Digital Intercom System by BEL is a cutting-edge communication solution designed to enhance connectivity in various environments. This system features advanced technology that ensures clear audio transmission and robust performance, making it ideal for both defense and civilian applications. With user-friendly interfaces and reliable operation, it supports seamless communication across multiple channels, catering to the needs of modern organizations. The Digital Intercom System is engineered for durability and efficiency, making it a valuable asset for enhancing operational effectiveness in diverse settings.
The Command Information and Decision Support System (CIDSS) developed by BEL serves as the core hub of the Tactical Command, Control, Communications, and Intelligence (C3I) System. Designed for commanders at all levels, CIDSS efficiently collects, filters, processes, formats, and displays operational, intelligence, and logistics information, enabling informed decision-making in dynamic battlefield scenarios. This Tactical Wide Area Data Network interconnects LAN nodes across a Corps Zone, encompassing one Corps, three Divisions, nine Brigades, and twenty-seven Battalions. With robust infrastructure for both peacetime and wartime operations, CIDSS includes two containers to fulfill tactical LAN requirements, ensuring seamless communication and operational effectiveness in the Tactical Battle Area.
The BEL Cell Jammer 5W (CJR05) is a compact and efficient device designed to disrupt cellular communications in defined areas, effectively blocking CDMA, GSM (900 and 1800 MHz), 3G, Wi-Fi, Bluetooth, and 4G signals. With a power output of 5 watts, this low-power jammer ensures compliance with health safety standards while providing a jamming range of approximately 35-40 feet, depending on the surrounding terrain and signal strength. Ideal for non-defensive applications, the CJR05 features LED indicators for RF power status and thermal shutdown, making it a reliable choice for environments where cellular activity needs to be controlled.
The BEL VHF Transreceiver – Combat Net Radio 5W for AFV (LVM 280) is an advanced communication system designed for armored fighting vehicles, including T-72 tanks and BMPs. Operating in the frequency range of 30-88 MHz, this software-controlled radio utilizes a Digital Signal Processor (DSP) and Direct Digital Frequency Synthesis (DDFS) technology to ensure reliable performance. It features anti-jam frequency hopping and fixed frequency modes, supporting both voice and data communication with built-in high-grade digital secrecy. With a capacity of 2320 channels, including 10 preset channels and 10 hop sets, it offers rapid frequency hopping at 250 hops per second. Additional functionalities include encryption in both modes, scanning and built-in test facilities, hailing and selective calling, automatic re-broadcast capabilities, and a direct serial data interface (RS 232-C), making it a robust choice for secure military communications.
The Counter Unmanned Aerial Systems (CUAS) – with Hard Kill by BEL is an advanced land-based radar solution designed to effectively combat threats posed by unmanned aircraft systems (UAS), including drones and UAVs. This system employs a multi-sensor approach to detect, track, identify, designate, and neutralize UAS threats, ensuring the enforcement of no-fly zones with minimal collateral damage. Equipped with both soft kill and hard kill capabilities, the CUAS-HK provides operators with a comprehensive air situation overview and essential tools for managing responses to aerial threats. Its innovative design enhances operational efficiency while safeguarding the surrounding environment.
The BEL Data Link is a cutting-edge ground control station and data link solution designed for Unmanned Aerial Vehicles (UAVs). This advanced system features anti-jam capabilities for secure command up-links, along with an integrated payload and telemetry down-link that enables real-time transmission of full-motion electro-optical (EO) and infrared (IR) digital compressed video. It supports multiplexed user data for Synthetic Aperture Radar (SAR), Multi-Polarization Radar (MPR), and Electronic Support Measures (ESM), ensuring comprehensive situational awareness. The system includes a full duplex voice link for Air Traffic Control (ATC), user-selectable communication security for both uplink and downlink, and a steerable onboard directional antenna. Additionally, the monopulse ground tracking antenna provides precise azimuth tracking, while shipborne terminals facilitate maritime surveillance through Line of Sight (LOS) and SATCOM operations.
The Drone Detection Radar (DDR) by BEL is an advanced FMCW-based radar system specifically designed for the detection and tracking of mini and micro class drones and UAVs. This innovative product offers a comprehensive surveillance solution, capable of performing search and track operations against aerial threats. With its low transmitted power, the DDR features Low Probability of Intercept (LPI) capabilities, making it challenging for adversaries to detect or identify its parameters. The radar's high processing gain and excellent range resolution allow for effective detection of low Radar Cross Section (RCS) targets. Additionally, the DDR can integrate with other sensors such as electro-optical and laser systems to facilitate countermeasures, providing critical data on target range, azimuth, and elevation. Designed for versatility, it can monitor designated airspace around the clock in any weather condition and is easily portable, fitting into a backpack for manned deployment. Key features include 3D radar digital beam forming in elevation, 360-degree coverage, and battery operation.
The Advanced VLF-HF Receiver by BEL is a cutting-edge communication system designed for naval applications, enabling reliable long-range communication between the Indian mainland and distributed ships, as well as submerged submarines. Operating in Very Low Frequency (VLF) and High Frequency (HF) bands, this receiver addresses the challenges of limited bandwidth by utilizing modern signal processing techniques to achieve a data transfer rate of up to 400 bps within a 200 Hz bandwidth. It features dual capabilities for MSK demodulation in VLF mode and HF reception, ensuring versatility in various operational scenarios. The system is equipped with high-grade digital encryption for VLF data, operates in simplex mode, and offers a frequency resolution of 1 Hz with an input impedance of 50 Ohms. Ideal for enhancing naval communication capabilities, this advanced receiver exemplifies quality and innovation in military technology.
The Portable Cell Phone Jammer by BEL is an advanced device designed to disrupt cellular communications within a specified area. Operating across CDMA, GSM (900 and 1800 MHz), and 3G bands, this jammer effectively blocks all cellular activities, including incoming and outgoing calls, SMS, and multimedia transmissions. When activated, it interrupts ongoing calls and displays "no network" on affected devices. The jamming range varies based on environmental factors such as terrain and signal strength, making it suitable for diverse settings. Engineered for standard Indian conditions, the jammer employs fast sweep technology to ensure comprehensive coverage of the targeted frequency bands.
The Unit Level Switch Board (ULSB Mk III) by BEL is a cutting-edge automatic telephone exchange specifically designed to fulfill the communication needs of the Army at the unit level. Utilizing advanced digital stored program control technology and a non-blocking architecture, this system features ISDN ports and E1 trunks, supporting 24 POTS, 08 Magneto, and 08 ISDN subscriber ports. It facilitates connectivity with other switches and networks through various analogue and digital trunks, functioning effectively as both a Local and Transit Exchange. The user-friendly operator console includes a keyboard, LCD display, and headset for efficient operation, while a LAN port allows for laptop connectivity for system administration. To ensure high reliability, critical components such as the matrix and control processors are duplicated for redundancy, and a modular design enhances maintenance and capacity expansion.
The 3D C-D Band ASR from Bharat Electronics Limited (BEL) is a cutting-edge radar system designed for advanced surveillance and air traffic management. This state-of-the-art technology operates in the C-band frequency range, providing high-resolution tracking and target discrimination capabilities essential for both defense and civil applications. With its robust design and reliable performance, the 3D C-D Band ASR enhances situational awareness and operational efficiency, making it an invaluable asset for modern airspace management. Its integration with existing systems ensures seamless functionality, while ongoing support and upgrades from BEL guarantee long-term reliability and effectiveness in various operational environments.
