KNDS specializes in the manufacturing of advanced electrical and electronic devices designed to endure extreme climatic and mechanical conditions. Our product range includes highly complex electronic controllers, power electronics, operating devices, power distributors, and sophisticated video and image processing systems. With a focus on quality and reliability, every product undergoes rigorous 100% testing prior to delivery. Our experienced team provides expert guidance throughout the development process, ensuring precise prototyping and sample creation. Additionally, we utilize cutting-edge laser and inkjet technologies for customized printing and cutting of information plates, while maintaining exceptional traceability in device wiring and connection cable assembly.
KNDS offers comprehensive EMC services through its accredited test laboratories located in Kassel and Munich, equipped with advanced measuring technology and staffed by trained personnel. These facilities are capable of testing large components and vehicles, including those the size of an articulated bus or a battle tank, in accordance with relevant standards and regulations. The services include EMC testing, consulting, and qualification, addressing requirements from civilian, military, and manufacturer-specific sectors. Additionally, the laboratories conduct vehicle tests per ECE-R10 standards, manage CE conformity assessment procedures, and evaluate electromagnetic fields following DGUV directive 15.
KNDS offers high-quality printed circuit boards (PCBs) utilizing both Surface Mount Technology (SMT) and Through-Hole Technology (THT) for diverse applications, including motherboards, video and image processing, and communication technology. Our automated production process accommodates a wide range of components, from 0201 to high-pin BGA, ensuring reliability and performance. Each product undergoes rigorous 100% testing before delivery to meet stringent quality standards. We prioritize safe manufacturing practices with both lead-free and lead-based technologies, supported by state-of-the-art equipment and certified IPC-trained personnel. Additionally, our processes guarantee complete traceability across the value stream, ensuring transparency and accountability in every step of production.
The Azimuth Position System, known as TAMAM, is a cutting-edge modular navigation system designed for precision and reliability in various military applications. Utilizing TAMAM's advanced ring laser gyroscope (RLG) and accelerometer sensors, this system integrates a proprietary inertial error correction algorithm that leverages GPS, odometer, and Zero Velocity Update (ZUPT) inputs to ensure high accuracy. Compact and lightweight, the TAMAM system functions independently as a highly accurate North Finder and features both internal and external GNSS interfaces, including an anti-jamming device. With a proven operational history, TMANS has been successfully deployed across thousands of platforms globally, including tanks, missile launchers, and high-mobility radars, making it an essential tool for modern land navigation.
The IAI ELK-1891 is an advanced training system designed to enhance the skills of military personnel through realistic simulation environments. This cutting-edge simulator incorporates state-of-the-art technology to provide immersive training experiences that replicate real-world scenarios, ensuring users are well-prepared for various operational challenges. With its user-friendly interface and customizable features, the ELK-1891 supports a wide range of training programs, making it an essential tool for defense organizations looking to improve their tactical readiness and operational effectiveness.
The IAI ELTA ELK-1882T Wideband SATCOM Datalink is a cutting-edge SATCOM-on-the-move (SOTM) system that facilitates bi-directional wideband communication for airborne, maritime, and ground vehicular platforms. Engineered for military, security, and commercial applications, this high-capacity data link is particularly adept for special mission platforms, including reconnaissance aircraft, maritime patrol aircraft, and Airborne Early Warning & Control Systems (AEW&C). Its robust design ensures reliable connectivity in dynamic environments, making it an essential tool for modern operations requiring real-time data transmission and enhanced situational awareness.
The IAI NC² SATCOM Network Terminal (ELK-1882T) is an advanced Underwater Tactical Communication System designed for submarines, offering secure and reliable Beyond-Line-Of-Sight (BLOS) voice, video, and data communications. Utilizing geostationary or Low Earth Orbit (LEO) satellites and operating in the Ku band, this system supports both point-to-point and network configurations. It features high-performance antennas, including a high-gain parabolic option and an Active Electronically Scanned Array (AESA) antenna with electronic beam steering, all while maintaining a reduced Size, Weight, and Power (SWaP) profile. The innovative design allows for installation within the submarine's optronic mast, enhancing stealth capabilities during covert operations. Housed in a robust radome capable of withstanding high underwater pressure, the ELK-1882T is part of ELTA's proven range of naval communication solutions, backed by decades of successful operational service.
IAI is a leading provider of advanced inertial navigation and GNSS anti-jamming solutions, offering a comprehensive range of state-of-the-art products including gyroscopes, accelerometers, navigation algorithms, and complete navigation systems. Recognized as Israel's center of excellence in resilient navigation capabilities, IAI delivers innovative airborne solutions for both manned and unmanned aerial vehicles, loitering munitions, and airborne electro-optics. Their cutting-edge technology ensures precise navigation, stabilization, and orientation while effectively countering GNSS jamming threats. IAI's battle-proven solutions are designed to save lives and provide customers with cost-effective, ITAR-free options that enhance operational effectiveness in diverse environments.
IAI is a leading provider of resilient land navigation solutions, specializing in inertial navigation and GNSS anti-jamming technologies. Their extensive product lineup features advanced inertial sensors, including gyroscopes and accelerometers, along with sophisticated electronics and navigation algorithms. IAI offers complete navigation systems such as inertial navigation systems, inertial measurement units, and stabilization units, catering to a diverse range of platforms and applications globally. Recognized as Israel's center of excellence in resilient navigation, IAI's innovative solutions enhance safety and operational effectiveness in various environments, ultimately saving lives and ensuring mission success.
The Naval Combat Management System (CMS) is an advanced integration platform designed to unify and optimize the operation of various naval sensors and systems into a cohesive unit. With a focus on enhancing mission efficiency, the CMS facilitates end-to-end naval warfare processes by swiftly gathering target detections and employing sophisticated algorithms to integrate data from onboard sensors and external communications. This system continuously assesses the naval environment, supporting critical decision-making through recommendations and, when necessary, automatic target assignment and engagement. Additionally, the CMS offers tactical navigation support, command and control functions, operational planning, simulation and training capabilities, time synchronization, and rapid distribution of time-sensitive information across all system components, ensuring a comprehensive approach to naval operations.
The IAI ELTA ELL-8385 is a cutting-edge Electronic Support Measures (ESM) and Electronic Intelligence (ELINT) system designed to excel in modern, densely populated radar environments. This integrated system is capable of conducting long-range, high-endurance ESM/ELINT missions, effectively searching, intercepting, measuring, locating, analyzing, classifying, and monitoring a wide range of radar transmissions from ground, airborne, and naval sources. With its advanced capabilities to handle high mobility and rapidly changing signal parameters, the ELL-8385 provides critical real-time intelligence reports, including an Electronic Order of Battle (EOB), ensuring that tactical and strategic intelligence is seamlessly integrated into national defense operations.
The EHUD AACMI (Autonomous Air Combat Maneuvering Instrumentation) is an innovative real-time air combat training system designed for fighter aircraft pilots, enhancing debriefing and safety protocols. This advanced system facilitates live training with capabilities such as simulated armament firing, real-time hit and miss assessments, and comprehensive debriefing features. EHUD supports both air-to-air and air-to-ground training through weapon simulations and boasts a robust safety suite driven by sophisticated algorithms, backed by extensive testing across 20 different combat aircraft. Its modular design allows interoperability with various platforms, including helicopters and naval systems, ensuring seamless joint battlespace integration. By utilizing commercial off-the-shelf software and minimizing certification requirements, EHUD achieves high reliability and operational flexibility while maintaining a low life cycle cost (LCC). The system is compatible with AIM-9L, R73, SEMAC, and Hellfire enclosures, making it adaptable for diverse military applications.
The IAI Skimmer Naval Helicopter Upgrade Package is a comprehensive solution designed to enhance the capabilities of naval helicopters for future missions. This modular upgrade can be customized to meet the specific requirements of various manufacturers and operators, integrating advanced mission systems, sensors, and avionics such as radar, electronic warfare support measures (ESM), electro-optic payloads, and communication intelligence (COMINT). The Skimmer is adept at addressing critical naval operations including anti-submarine warfare (ASW), anti-surface warfare (ASuW), coastguard protection, special operations, and amphibious assaults. Leveraging IAI's extensive experience in helicopter engineering and system integration, the upgrade ensures seamless installation on a diverse range of platforms, whether new or used, with input from expert pilots experienced in naval missions.
IAI's UAS Training for Platform Operators offers a cutting-edge solution for the efficient training of unmanned aircraft system (UAS) operators. With over 70 years of expertise in the industry, IAI provides high-fidelity, cost-effective simulation programs specifically designed for military applications and operational users worldwide. These advanced simulators allow trainees to certify for UAS operation without the need for actual flight, accurately replicating IAI's unmanned aerial systems in various scenarios, including routine flights and combat missions. This innovative approach enables instructors and trainees to practice high-risk maneuvers safely, ensuring that operators, payload operators, and mission commanders develop the essential skills required for effective UAS management across all proficiency levels.
The IAI ELTA ELM-2055DX Airborne Ground Surveillance Radar represents a cutting-edge advancement in aerial surveillance technology, providing exceptional all-weather Synthetic Aperture Radar (SAR) imagery and Ground Moving Target Indicator (GMTI) capabilities for both manned and unmanned platforms. This versatile radar system is designed for a wide range of applications, including surveillance, target acquisition, battlefield damage assessment, and anti-terrorism operations. When integrated with the IAI ELTA ELS-8994 Geospatial Exploitation System or existing systems, it offers a customizable solution to meet specific operational needs. The ELM-2055DX can deliver real-time SAR imagery, enabling wide-area surveillance across more than 2000 km² per hour, with sufficient resolution for vehicle detection and high-resolution imaging for stationary targets. Its successful integration on various platforms, including tactical UAVs and light reconnaissance aircraft, underscores its adaptability and effectiveness in diverse operational scenarios.
