The Battle Field Surveillance Radar – Short Range by BEL is a cutting-edge surveillance solution designed for effective monitoring and reconnaissance in diverse battlefield environments. This advanced radar system offers high-resolution imaging and real-time data processing capabilities, enabling military forces to detect and track ground targets with precision. Its compact design and user-friendly interface make it suitable for deployment in various terrains, enhancing situational awareness and operational efficiency. With robust performance and reliability, this radar system is an essential asset for modern defense operations, ensuring enhanced security and tactical advantage in critical missions.
The Battle Field Surveillance Radar - Extended Range (BFSR-XR) is a cutting-edge, man-portable Pulse Doppler Surveillance Radar designed for versatile military applications. Weighing in at a lightweight and battery-powered configuration, the BFSR-XR excels in automatically detecting and displaying various moving targets, including pedestrians, vehicles, and tanks, over an impressive range of up to 30 kilometers. With its user-friendly Linux-based interface, the radar operates continuously in all weather conditions and features advanced capabilities such as Track While Scan for up to 99 targets, low probability of intercept due to low peak power, and high-resolution colored displays. Additionally, it includes built-in GPS for self-location, a digital magnetic compass for precise alignment, and a thermal imager camera interface for enhanced target visibility. This state-of-the-art surveillance solution is ideal for border security, battlefield monitoring, intelligence gathering, and protecting sensitive areas.
The Advanced VLF Demodulator by BEL is a cutting-edge solution designed for naval systems, enabling reliable Very Low Frequency (VLF) communication between the Indian mainland and distributed ships and submarines. Operating at a frequency of 36 kHz, this system addresses the challenges posed by limited bandwidth in large transmit antennas, achieving efficient text data communication rates of up to 400 bps within a 200 Hz bandwidth. Key features include efficient Forward Error Correction (FEC) using high code rate LDPC, lossless text compression based on first-order Huffman coding, and enhanced secrecy for secure communications. The demodulator is compatible with legacy modes and offers a user-friendly soft-key controlled menu. Its compact design allows for easy deployment in ship or submarine environments, fitting into a 2U height, 19” rack mountable form factor.
The BEL UHF Base Station (LUM 295) is a cutting-edge, compact, and lightweight communication solution designed to enhance the functionality of the LUP 291 handheld radio. Utilizing a microprocessor-based architecture, this base station significantly extends the communication range while maintaining all the features of the handheld device. It offers advanced operating modes, including Clear (CTCSS) and Secure options, along with programmable features such as presets, crypto keys, and cloning capabilities. Additionally, the LUM 295 is equipped with a powerful built-in diagnostic feature (BITE) and complies with MIL-STD-461C for EMI/EMC standards, making it a reliable choice for various communication needs.
The VHF Base Station (LVM 294) from BEL is a cutting-edge communication solution designed for optimal performance and versatility. This microprocessor-based station is compact and lightweight, making it ideal for various operational environments. It seamlessly interconnects with the LVP 285 handheld radio, significantly extending its communication range while maintaining all the essential features of the handheld device. Key functionalities include built-in high-grade encryption, multiple operating modes (Clear and Secure), and programmable features such as presets, crypto keys, and cloning. Additionally, it boasts an inbuilt powerful diagnostic feature (BITE) and meets EMI/EMC standards as per MIL-STD-461C, ensuring reliable operation in demanding conditions.
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.
The 3D Surveillance Radar – Rohini by BEL is a cutting-edge air defense radar designed for medium-range surveillance, mounted on a mobile platform. Operating in the S-band, this advanced radar system features Track-While-Scan (TWS) capabilities, allowing it to effectively track airborne targets up to 150 kilometers away. Its robust design ensures reliability in various operational environments, making it an essential component for modern defense systems. Complementary products include the Trusted Lan Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), and Integrated Command Control and Communication System for Artillery, enhancing its functionality and integration within defense operations.
The 3D Tactical Control Radar is a cutting-edge medium-range surveillance and tracking radar designed for air defense applications, capable of being mounted on a mobile platform. Operating in the S-band, this advanced radar system features Track-While-Scan (TWS) capabilities for airborne targets up to 90 kilometers. It incorporates sophisticated Electronic Counter-Countermeasures (ECCM) such as side-lobe blanking, frequency agility, and jammer analysis. The system includes an integrated IFF Mk XI with an extractor and co-mounted antenna, configured within two TATRA vehicles—one for the radar and the other for the power source. Fully automated and controlled from a user-friendly radar console, it offers extensive online Built-In Test Equipment (BITE) capabilities and supports training for controllers, operators, and technical staff. Additionally, it enables automatic data transmission to a Target Data Receiver located up to 20 kilometers away, utilizing optical line, wire line, and secure VHF radio communication, along with data remoting over LAN to external networks within 500 meters. Remote control and diagnostic testing can be performed from distances of up to 100 meters, ensuring operational efficiency and reliability.
The Advanced Composite Communication System (ACCS) by BEL is a cutting-edge, IP-based integrated communication solution designed for maritime operations, enabling seamless ship-to-ship, ship-to-shore, and ship-to-air communication across various frequency bands including VLF, MF, HF, and V/UHF. This innovative system allows for centralized configuration and monitoring, facilitating efficient control of equipment and remote operations within the vessel. ACCS is compatible with all classes of ships and interfaces with the ship's main broadcast system and underwater telephone. The comprehensive communication suite includes critical subsystems such as Control and Monitoring, Radio Subsystems (VLF/MF/HF/VHF/UHF), SATCOM, Antenna, and Audio Subsystems, ensuring robust and flexible communication capabilities for modern naval requirements.
The Ku-Band Transportable VSAT Antenna from BEL is a cutting-edge satellite communication solution designed for global operation. Featuring a 1.8-meter single-piece composite reflector, this antenna is mounted on an elevation-over-azimuth positioner, ensuring optimal performance in various conditions. Its lightweight design, combined with exceptional stiffness, allows it to withstand challenging wind loads while maintaining low sidelobe and cross-polarization performance that meets ITU standards. Ideal for transportable VSAT applications, the antenna system can easily interface with most lightweight vehicle structures, making it a versatile choice for reliable satellite communications.
The Medium Power HF SSB Manpack Radio (LHP 265DI) from BEL is a cutting-edge, lightweight communication device designed for tactical operations. This advanced DSP-based radio offers a comprehensive solution for short-range communication needs in congested HF bands, supporting voice, data, telegraphy, and flash message transmission. Its Automatic Link Establishment (BEST CALL) feature ensures reliable communication by dynamically selecting the best channel frequency. The LHP 265DI is equipped with digital encryption for secure transmissions and can operate with various antennas, including a portable foldable whip and dipole configurations. With 100 preset channels, operator-selectable digital squelch, dual frequency operation, and a compact modular design, this manpack radio is ideal for critical communications in challenging environments.
The Semi Ruggedised Automatic Exchange (SRAX Mk II) by BEL is a state-of-the-art military switching equipment designed to fulfill the communication needs of army units and formations. This robust automatic telephone exchange supports a base capacity of 512 ports, including POTS, ISDN, and trunk connections, with the potential to expand by an additional 600 ports through an expansion unit. Utilizing advanced digital stored program control technology and a non-blocking time-switching concept, the SRAX Mk II features 240 subscriber ports—64 of which can be configured for various services—and 30 ISDN ports. Its design includes redundancy for critical components like the switching matrix and control processor, ensuring reliability in critical situations. The modular architecture facilitates easy maintenance and system upgrades, while a laptop PC running Windows NT serves as the Man Machine Interface (MMI), enhancing operational efficiency for users.
The Secure Tactical Radio System VHF STARS V MK II is a cutting-edge low-power frequency-hopping manpack radio designed for reliable communication in challenging environments. This system ensures secure and efficient voice and data transmission, making it ideal for military and defense applications. With advanced features such as robust encryption, enhanced range, and user-friendly interfaces, the STARS V MK II supports seamless interoperability among various defense units. Its lightweight design and durable construction further enhance its operational effectiveness, providing soldiers with a dependable communication tool in the field.
The Secure Tactical Radio System V/UHF (STARS V) Mk III is a cutting-edge medium power frequency hopping manpack radio designed for versatile communication in challenging environments. This next-generation, multi-band IP radio operates within a wide frequency range in the V/UHF spectrum and features advanced Mobile Adhoc Networking (MANET) capabilities, supporting up to 64 nodes in a self-forming and self-healing network. With a data rate of up to 1 Mbps and the ability to switch between Frequency Hopping (FH) and Fixed Frequency (FF) modes, the STARS V Mk III ensures secure voice and data transmission through built-in high-grade encryption. Its state-of-the-art hardware utilizes Digital Signal Processing (DSP) and Field-Programmable Gate Array (FPGA) technology, while maintaining backward compatibility with the STARS-V Mk II radio, making it an essential tool for modern tactical operations.
The BEL V/UHF Transreceiver-Combat Net Radio for AFV (CNR Mk II) is a cutting-edge, multi-band IP radio designed for armored vehicles and tanks, offering advanced Mobile Adhoc Networking (MANET) capabilities. This next-generation radio operates within a wide V/UHF frequency range and features both Frequency Hopping (FH) and Fixed Frequency (FF) modes, ensuring secure voice and data transmission with high-grade digital encryption. Built on state-of-the-art hardware utilizing Digital Signal Processing (DSP) and Field-Programmable Gate Array (FPGA) technology, the CNR Mk II is backward compatible with legacy systems and supports up to 64 nodes in a self-forming, self-healing network with a throughput of up to 1 Mbps. This versatile radio is essential for modern military communications, enhancing operational effectiveness in dynamic combat environments.
