The CREW Vehicle Receiver/Jammer (CVRJ) by L3Harris is a robust IED-jamming system designed to provide comprehensive protection against multiple threats. With wide receive and transmit frequency coverage, it can handle various electromagnetic threats simultaneously, making it ideal for vehicle-mounted operations. Weighing approximately 69 lbs and measuring 13”H x 14”W x 19”D, the CVRJ operates efficiently on vehicle power and is fully reprogrammable, allowing for adaptability to evolving threats without requiring hardware changes. This ensures continuous support and operational effectiveness, while also prioritizing interoperability with other CREW systems and tactical communications. For more information, visit [L3Harris CREW Vehicle Receiver/Jammer](www.l3harris.com/all-capabilities/crew-vehicle-receiver-jammer-cvrj).
The Disruptor SRx™ by L3Harris is a next-generation electronic warfare (EW) system that provides adaptive, reprogrammable multifunctional capabilities for dynamic mission needs. Unlike traditional EW systems that perform a single predetermined function, the Disruptor SRx is designed to switch between multiple functions in real time, including electronic attack, protection, support measures, intelligence gathering, and communications jamming. This platform-agnostic system is ideal for land, sea, and air operations and is particularly suited for unmanned platforms due to its reduced size, weight, and power requirements. The system's open-architecture design ensures lower life-cycle costs and increased flexibility, while its ability to react to complex and contested environments guarantees superior mission adaptability. For more information, visit [L3Harris Disruptor SRx™](www.l3harris.com/all-capabilities/disruptor-srx).
The L3Harris EGON - Active-Reactive Counter IED System is a flexible and highly effective solution for countering improvised explosive devices (IEDs). With its compact size, lightweight design, and modular configuration, EGON offers versatile installation options and real-time mission tailoring. The system operates in silent mode for discreet operations, while providing a Remote Visual Alert (RVA) in high-noise environments. EGON is also designed for field repairs at the board level, ensuring operational continuity and cost-effectiveness. This proven system delivers reliable counter-IED capabilities, making it an essential tool for enhancing mission success in complex environments. For more information, visit [L3Harris EGON - Active-Reactive Counter IED System](www.l3harris.com/all-capabilities/egon-active-reactive-counter-ied-system).
The ES-3601S Tactical Radar ESM and Surveillance System by L3Harris is a cost-effective, high-performance radar system designed for intercepting, analyzing, and locating radar signals. Using an innovative monopulse direction-finding (DF) system, the ES-3601S provides accurate bearing measurements and supports real-time situational awareness, essential for mission success and vessel survival. The system is capable of tracking multiple radar signals simultaneously across a 360° field, offering long-range detection and high sensitivity across 2-18 GHz frequencies. With a proven track record of over 20 years, the ES-3601S is scalable and integrates seamlessly into various combat systems, ensuring reliable performance across surface platforms. For more information, visit [L3Harris ES-3601S](www.l3harris.com/all-capabilities/es-3601s-tactical-radar-esm-and-surveillance-system).
The ES-5080 Digital Receiver Based ELINT/ESM System by L3Harris is a high-performance system designed for detecting and analyzing radio frequency (RF) emissions from submarines, surface ships, aircraft, and land-based radars. It combines omnidirectional and high-gain spinning dish antennas with wideband synthesized superheterodyne tuners and digital receivers, providing exceptional sensitivity and accuracy in detecting low-power radars over long distances. The system's flexible architecture allows for scalable configurations, from single-channel, single-operator setups to multi-receiver, multi-operator ESM/ELINT systems. Featuring a Windows-based graphical interface for easy signal analysis, the ES-5080 is ideal for comprehensive emitter identification and parameter measurement. For more information, visit [L3Harris ES-5080](www.l3harris.com/all-capabilities/es-5080-digital-receiver-based-elintesm-system).
The GCA-2020 and PAR-2020 Military Air Traffic Control Radars by L3Harris are high-performance systems designed for superior airport surveillance and precision approach radar capabilities. The GCA-2020 offers versatile, multimode digital color displays with full communications support, covering 30 nautical miles up to 10,000 feet in altitude. Its advanced digital processing, including moving target detection (MTD) and mapping, ensures excellent target detection and tracking even in severe weather conditions. The PAR-2020 provides precise azimuth and elevation coverage, with a range of 20 nautical miles and real-time updates for high-accuracy landing guidance. Both systems feature customizable interfaces, rapid installation, and exceptional reliability, making them ideal for military and airport air traffic control operations. For more information, visit [L3Harris GCA-2020 and PAR-2020](www.l3harris.com/all-capabilities/gca-2020-and-par-2020-military-air-traffic-control-radars).
The Radar Approach Control System (RAPCON) by L3Harris is a modular and scalable radar system designed to provide comprehensive airspace control for both terminal and en-route air traffic control (ATC) requirements. The system combines a Primary Surveillance Radar (PSR), Secondary Surveillance Radar (SSR), Precision Approach Radar (PAR), and Operations Subsystem, offering flexible and rapid deployment for critical mission needs. Proven at over 50 sites worldwide, the RAPCON solution is available in mobile, transportable, and fixed configurations, making it adaptable for various operational environments. With its solid-state radar technology and fully integrated subsystems, RAPCON delivers reliable, high-performance air traffic management for military and civilian applications. For more information, visit [L3Harris RAPCON](www.l3harris.com/all-capabilities/radar-approach-control-system-rapcon).
The SPS-48 Land-based Surveillance Radar by L3Harris is a modern, high-performance radar system designed to detect and track a wide range of emerging threats, from ballistic missiles to low-flying cruise missiles and aircraft. Featuring a low-maintenance frequency-scan antenna, solid-state transmitter, and a superheterodyne receiver with a digitally controlled frequency synthesizer, the SPS-48 ensures reliable operation in hostile environments. With its modular, scalable design, this radar provides turnkey solutions tailored to specific mission requirements, offering high availability, low false alarm rates, and a low total cost of ownership. Trusted for over 40 years, the SPS-48 continues to deliver continuous surveillance and defense capabilities in both land and sea operations. For more information, visit [L3Harris SPS-48](www.l3harris.com/all-capabilities/sps-48-land-based-surveillance-radar).
The Compact Pointer High-Accuracy Range Finder (CPHAR) by L3Harris is a state-of-the-art laser range finder designed for vehicle commanders to achieve accurate target ranging in all battlefield conditions, including fog, smoke, dust, sand, and haze. With a range of up to 13 kilometers (8 miles) and a repetition rate of up to 5 hertz, CPHAR enhances battlefield situational awareness and allows for covert target pointing in stealth operations. Engineered for ground vehicle applications, its compact size, low weight, and low power consumption make it ideal for missions where accuracy and portability are critical. Integrated into fire control systems, it ensures precise distance measurement and accurate targeting of fast-moving objects, providing increased protection for the vehicle.
The Degraded Visibility Landing System (DVLS) enhances pilot situational awareness by providing a low-latency, binocular helmet-mounted display (HMD) with augmented reality symbology, including obstructions, threat data, and synthetic terrain. This system integrates navigation data, mission planning cues, and intuitive landing zone displays to facilitate safe landings in degraded environments. It supports both passive and active sensing technologies like radar and LIDAR, with an open interface that allows data fusion from various sources and sensors. The DVLS is designed for easy installation, offering automated boresighting, low size, weight, and power requirements, and scalability for diverse platforms, including retrofitting into existing cockpits.
The L3Harris Enhanced Night Vision Goggle (ENVG) AN/PSQ-20B is a helmet-mounted monocular that enhances targeting and identification capabilities in all battlefield conditions and light levels. Utilizing advanced image intensification technology fused with thermal imagery, the ENVG bridges the performance gap between these two sensor types, providing superior situational awareness for the operator. This advanced system ensures reliable performance, even in the most challenging environments, making it an essential tool for modern combat operations.
The L3Harris Enhanced Night Vision Goggle–Binocular (ENVG-B) combines the power of Image Intensified (I2) white phosphor tubes with thermal imaging to provide soldiers with real-time, actionable intelligence, enhancing situational awareness during both day and night operations. This fusion technology allows for rapid target acquisition and superior targeting accuracy, enabling soldiers to identify and engage threats more effectively. The ENVG-B's augmented capabilities enable users to keep their eyes on target without needing to look down for critical information, while its binocular design ensures a broader field of view and clearer vision in various environments. This advanced system allows soldiers to operate with greater confidence, speed, and precision, significantly improving battlefield effectiveness.
L3Harris' Gen III Image-Intensification Tubes are manufactured at the state-of-the-art Electron Tube Operations facility in Tempe, Arizona, utilizing the latest manufacturing processes and automation technology. These tubes, available in both white and green versions, are designed to enhance visibility in low-light conditions, helping users see what is otherwise hidden from view. With ongoing investments to improve performance and capabilities, L3Harris continues to support aviation, mobility, and ground forces globally, providing advanced image tube technology to meet the demands of various defense applications.
The L3Harris Ground Panoramic Night Vision Goggle offers a 97-degree panoramic field-of-view, significantly enhancing situational awareness and operational effectiveness for the operator. Designed for optimal performance in low-light conditions, this advanced system allows for improved navigation and target identification, ensuring a tactical advantage in a wide range of environments. The wide field-of-view provides a comprehensive perspective, enabling the operator to detect and engage threats more effectively, even in challenging conditions.
Mini Integrated Pointing Illumination Module (MIPIM) www.l3harris.com/sites/default/files/styles/80_x_80/public/2020-09/cs-ivs-mipim-peq-16b.png?itok=FjVMUZ4B www.l3harris.com/all-capabilities/mini-integrated-pointing-illumination-module-mipim www.l3harris.com /all-capabilities/mini-integrated-pointing-illumination-module-mipim Mini Integrated Pointing Illumination Module (MIPIM) 1-1 minutes Mini Integrated Pointing Illumination Module (MIPIM) The L3Harris MIPIM, also known by the military as AN/PEQ-16B, is a multi-function laser device incorporating visible and infrared aim lasers as well as an infrared and LED white light illuminator. Contact Us
