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
The Next Generation Aiming Laser (NGAL) from L3Harris is a compact, lightweight, and highly efficient aiming system designed to enhance targeting accuracy in both infrared and visible spectrums. It integrates an infrared illuminator and visible aiming lasers, making it ideal for various tactical operations, including those requiring precision under challenging conditions. The NGAL provides enhanced mobility and operational ease for users, offering improved performance for target acquisition and designation during both day and night missions. This advanced system is part of L3Harris' ongoing commitment to delivering high-quality, reliable solutions for modern military requirements.
The Ruggedized Status Indicators by L3Harris are high-performance, military-grade meters designed to withstand the harshest environments. These indicators, including the DYNATIME DC, AC, and Digital Series, offer reliable monitoring of system usage, with a variety of configurations to suit different military and aerospace applications. They are hermetically sealed and qualified to MIL-M-7793, ensuring they meet tough shock, vibration, and temperature requirements. The meters provide various mounting options and feature low voltage models, non-volatile memory, and RS232/TTL output options. These robust devices ensure long-term, reliable operation in critical systems. For more information, visit [L3Harris Ruggedized Status Indicators](www.l3harris.com/all-capabilities/ruggedized-status-indicators).
The Network Data Acquisition System (NetDAS™) by L3Harris is a compact, high-performance solution designed for critical applications where size, performance, and cost are paramount, even in the harshest environmental conditions. Leveraging over 40 years of experience in signal conditioning and data acquisition, NetDAS integrates advanced technologies, including Field-Programmable Gate Arrays (FPGA) and Digital Signal Processing (DSP), in a modular, stackable design. This system delivers superior performance, maintainability, and survivability, providing essential signal conditioning and encoding functions in a space-efficient package for demanding military and industrial operations.
PCM Encoder Data Acquisition System PCM330E www.l3harris.com/sites/default/files/styles/80_x_80/public/2021-03/sas-ma-product-PCM-330-teaser-920x490.jpg?h=69df63bf&itok=PvMrlxtC www.l3harris.com/all-capabilities/pcm-encoder-data-acquisition-system-pcm330e www.l3harris.com /all-capabilities/pcm-encoder-data-acquisition-system-pcm330e PCM Encoder Data Acquisition System PCM330E 2-3 minutes L3Harris' PCM330E delivers advanced capabilities to acquire, convert and process today’s high data rate signals. The PCM330E provides a flexible, high performance platform, supported by state-of-the-art signal conditioning for the most demanding applications. Its flight heritage based on the highly successful PCM300 & 600 families of data acquisition products (thousands have been provided for smart weapons, UAS and launch vehicle programs). The PCM330E brings unparalleled acquisition capabilities while continuing to set new standards for size, weight and power constrained applications. Users may select from a multifunctional suite of acquisition modules to develop a data acquisition solution that meets tough modern day requirements in a cohesive and flexible fashion. Special design constraints were considered to deliver superior capabilities for high-speed serial data interfaces, video and fast sample rate analog and discrete data acquisition channels. Easy configuration set-up, control and monitoring is accomplished via L3Harris' VistaTec™, a telemetry and avionics user application, with an intuitive graphical user interface that is additionally coupled with L3Harris ground processing capabilities. This provides a complete fully integrated, end-to-end solution for the Instrumentation and Flight Test engineer. Driven by customer demands for increased functionality, performance and channel density, the PCM330E is the encoder that customers are turning to when they need small size, high data rates, high performance tolerances and an unmatched history of successful in-flight performance. Related Domains & Industries Solutions that solve our customers' toughest challenges. view all capabilities
The SCARAB Ground Laser Target Designator / Range Finder with MSS Thermal IR Imager is a highly portable and rugged system, weighing only 12 kilograms including the backpack, tripod, batteries, and remote control. Designed for 24/7, long-range standoff laser target designation and range finding, it provides exceptional detection and recognition capabilities. The system’s thermal and see-spot options enhance its ability to detect and identify targets in challenging environments, while its compact design ensures covert operations. The SCARAB is an ideal solution for users requiring precise target designation and terminal guidance in demanding operational conditions.
The Advanced Target Pointer Illuminator Aiming Laser (ATPIAL) AN/PEQ-15 is a rugged, ultra-compact, and lightweight system designed for tactical operations. It features a near-infrared illuminator beam compatible with all generations of night vision devices, providing enhanced target acquisition and aiming capabilities in low-light conditions. The ATPIAL AN/PEQ-15 is engineered for use in a variety of military applications, offering exceptional durability and performance in demanding environments. It ensures superior situational awareness and precision for operators, whether during day or night operations.
ELITE-LD Laser Designator *Optional Range Finder www.l3harris.com/sites/default/files/styles/80_x_80/public/2020-07/ims_eo_product_elite-ld.png?itok=PnPygz7O www.l3harris.com/all-capabilities/elite-ld-laser-designator-optional-range-finder www.l3harris.com /all-capabilities/elite-ld-laser-designator-optional-range-finder ELITE-LD Laser Designator *Optional Range Finder 1-1 minutes Elite-LD is L3Harris' next-generation compact, low-profile laser designator for users demanding high-performance in a compact ruggedized package. Ideally suited for man-portable, small gimbal, or UAV applications, Elite-LD is a high-quality, fully compliant designator with 1.064 μm energy output in excess of *80 mJ, in a small package typically seen for low-power, marker-only applications.
The Vehicle and Dismount Exploitation Radar Exploitation Ground Station (VEGS) by BAE Systems is an advanced system designed to control and exploit real-time target detection and tracking. VEGS integrates radar data to provide enhanced situational awareness, enabling efficient monitoring of both vehicle and dismount targets. This system is essential for military operations, offering real-time intelligence and improving the effectiveness of ground forces in complex environments. With cutting-edge technology, VEGS ensures the accuracy and reliability needed for modern defense applications.
BAE Systems offers advanced Radar Operations, Maintenance, and Sustainment services, building on over four decades of expertise in precision tracking radar technology. Since the introduction of its first computer-based radar system in 1974, BAE Systems has continued to innovate and provide flexible, field-proven solutions for test and training ranges worldwide. The company supports a wide range of radar instrumentation, including TSPI tracking systems, optical tracking, flight termination systems, and telemetry systems. BAE Systems' radar systems are designed for modernization programs, ensuring reliability and sustainability, with over 90% of its TSPI systems still actively in use. Their solutions are available in fixed, transportable, and mobile configurations, leveraging cutting-edge technology for optimal performance and logistical support.
BAE Systems provides comprehensive naval systems engineering and integration services, offering over 30 years of expertise in designing, installing, and testing advanced radio communications and network capabilities for U.S. Navy ships. Their offerings include multi-spectrum radio sets, antenna systems, data-link modems, and message distribution services, as well as support for missile programs such as the ship-based Standard Missile Program. BAE also ensures seamless integration between ships and missiles through systems and software engineering, production integration, crew training, configuration management, and logistics, ensuring reliable launch and communication interfaces.
Enhanced Vision Systems (EVS) from BAE Systems provide advanced imaging technology designed to improve situational awareness for pilots and operators in both military and civilian aviation. These systems combine infrared and visible light sensors to offer real-time, high-resolution imagery, enabling operators to see through challenging environmental conditions such as smoke, fog, and darkness. EVS enhances mission effectiveness and safety by providing clear and detailed visuals, crucial for navigation, target identification, and collision avoidance. With its cutting-edge technology, BAE Systems' Enhanced Vision Systems support a wide range of platforms, ensuring optimal performance in dynamic and critical operational environments.
BAE Systems' Sensor Resource Management (SRM) provides advanced solutions for optimizing the management and distribution of sensor data across complex networks. Designed to improve situational awareness and decision-making in real-time, SRM ensures efficient sensor utilization, data fusion, and resource allocation in various defense applications. By enabling seamless integration and coordination of multiple sensor platforms, SRM enhances operational capabilities, ensuring maximum coverage and effectiveness in dynamic environments. This innovative system supports military and security operations, helping users maintain a tactical advantage in critical situations.
The MIR640 Thermal Camera Cores by BAE Systems are advanced imaging sensors designed to meet the most demanding thermal imaging applications. These high-performance cores offer exceptional thermal sensitivity and resolution, making them ideal for a wide range of industries including defense, security, and industrial monitoring. The MIR640 camera cores are equipped with state-of-the-art microbolometer detectors that provide superior thermal imaging capabilities. With a focus on low-light performance and high dynamic range, these sensors can detect temperature differences in challenging environments, enabling accurate imaging even in the darkest or most extreme conditions. Their versatility, high frame rates, and ability to detect across various wavelengths make them a crucial tool for a broad spectrum of applications.
TOD® (Thermal on Demand®) by BAE Systems is an advanced thermal imaging solution designed for rapid and efficient detection of thermal signatures in real-time. This innovative technology enables users to access precise, high-resolution thermal imagery at the push of a button, providing enhanced situational awareness in challenging environments. The TOD® system is particularly suited for defense and security applications, offering unparalleled clarity in detecting hidden or low-contrast heat sources. Its compact, easy-to-deploy design ensures flexibility across a wide range of platforms and operational scenarios, making it a crucial tool for military personnel and other professionals who require reliable and immediate thermal imaging capabilities.
