Hanwha Systems offers the IFF MODE-5 (Identification Friend or Foe) communication system, a crucial technology designed to enhance the safety and efficiency of military operations. This advanced system enables forces to accurately identify friendly units, minimizing the risk of friendly fire and improving situational awareness in complex combat scenarios. Compliant with international standards, IFF MODE-5 integrates seamlessly with existing military communication networks, ensuring interoperability among allied forces. By employing cutting-edge technology and robust design, Hanwha Systems is dedicated to providing reliable solutions that meet the evolving demands of modern warfare, thereby supporting mission success and operational security.
Hanwha Systems is a prominent defense technology provider, specializing in the development of innovative solutions that enhance military capabilities and operational efficiency. The company offers a diverse range of products, including advanced communication systems, surveillance technologies, and integrated command and control platforms, all designed to meet the complex challenges of modern warfare. With a strong focus on research and development, Hanwha Systems leverages cutting-edge technology to ensure reliable performance and interoperability among defense forces. Their commitment to quality and excellence positions them as a trusted partner in the defense sector, dedicated to supporting the evolving needs of armed forces globally.
The Light Armed Helicopter (LAH) program, led by Hanwha Systems, focuses on the indigenous development of advanced helicopter capabilities tailored for reconnaissance and strike missions. As part of this initiative, Hanwha Systems is responsible for developing key components such as the Target Acquisition Designation System (TADS), electro-optical systems, radar warning receivers (RWR), laser warning receivers (LWR), and electronic warfare systems to enhance the survivability of both the aircraft and its pilots. Additionally, the program includes the creation of tactical communication data links (KVMF), multifunction displays (SMFD), and intercom systems (AIU). Leveraging its extensive experience and technological expertise from the LAH program, Hanwha Systems aims to deliver customized solutions for future helicopter upgrades, supporting the operational needs of the Republic of Korea military and international customers.
The Integrated Vetronics System (IVS) developed by Hanwha Systems is a cutting-edge solution designed to enhance the operational capabilities of various land-based defense platforms. With over 30 years of experience in developing fire control systems for maneuvering, firing, and air defense weapon systems, including the K2 Tank, K21 Armored Vehicle, K9 Self-Propelled Howitzer, and 30mm Anti-Aircraft Gun Wheeled Vehicle, Hanwha Systems leverages its extensive expertise to create advanced fire control systems for new technologies such as the Anti-UAV Defense System (AUDS) and laser weapon systems. This commitment to innovation ensures that the IVS provides superior targeting accuracy and operational efficiency, significantly improving the effectiveness of ground forces in modern combat scenarios.
Leonardo provides advanced cybersecurity solutions tailored for the industrial sector, leveraging the principles of Industry 4.0 to enhance operational efficiency and security. Our platforms are designed to organize and automate business processes by collecting and analyzing big data, ensuring a secure-by-design approach. These solutions effectively control and connect production and supply chain processes while incorporating machine learning algorithms to predict potential faults and cyber threats that could disrupt plant continuity. By integrating robust security measures with cutting-edge technology, Leonardo empowers organizations to maintain seamless operations and safeguard their critical infrastructure in an increasingly connected industrial landscape.
The ExoMars Drill System is a state-of-the-art drilling technology designed for the exploration of Martian soil and subsurface materials. Engineered to operate in the harsh conditions of Mars, this drill can reach depths of up to 2 meters, allowing for the collection of samples that may contain signs of past life. Featuring advanced sensors and a robust design, the ExoMars Drill System ensures precise operation and reliable performance in extreme temperatures and challenging terrains. Its innovative features make it an essential tool for the ExoMars mission, contributing significantly to our understanding of the Red Planet's geology and potential habitability.
L3Harris in Canada specializes in advanced prototyping and manufacturing solutions for aircraft components, addressing complex requirements with exceptional expertise. With years of experience, our certified project management professionals ensure timely and budget-conscious project completion. Our innovative engineers utilize cutting-edge engineering processes to deliver tailored solutions, from unique flight test engine pylons to production aircraft exit doors. We emphasize rigorous testing through a formal systems engineering process, guaranteeing that products meet customer specifications. Our skilled workforce is equipped to handle the entire project lifecycle, offering services such as metallic and composite repairs, tooling design and manufacturing, component fabrication, and non-destructive testing (NDT). L3Harris is your reliable partner for aerospace component manufacturing and repair, approved by leading OEMs and regulatory agencies.
L3Harris has been at the forefront of additive manufacturing, also known as 3D printing, for over two decades, focusing on its application in rocket engine and defense systems. This innovative technology significantly reduces lead times, lowers costs, and allows for unprecedented design flexibility, enabling the creation of complex components that traditional manufacturing methods cannot achieve. L3Harris employs metal additive manufacturing at its facilities in Daytona Beach, Florida, and Los Angeles, California, producing high-quality metal alloy parts for aerospace and defense applications. The company's commitment to this technology enhances its capabilities in delivering advanced propulsion systems, including components for the AR1, RL10, and NASA's Orion Crew Module. By integrating additive manufacturing into its production processes, L3Harris is not only improving efficiency but also accelerating the development of hypersonic flight technologies.
The CHS-5 Tech Support by General Dynamics Mission Systems offers comprehensive, worldwide technical assistance for the Common Hardware Systems 5 (CHS-5). This includes hardware integration, software development, equipment installation, and material fielding support. The service is backed by Regional Support Centers (RSCs) in the U.S. and Germany, ensuring rapid repairs and system upgrades. Available 24/7 via the CHS hotline, the support is dedicated to providing fast response for any integration issues, warranty requests, or technical difficulties. Additionally, General Dynamics adheres to strict security protocols for handling classified hardware, ensuring secure operations for military and government clients globally.
The CHS-4 Tech Support service by General Dynamics Mission Systems offers global technical assistance for CHS-4 equipment, including integration support, software development, hardware maintenance, and system upgrades. It serves the worldwide user community through Regional Support Centers (RSCs) located in the United States and Germany. This comprehensive support includes repair services, spare parts inventory management, and system troubleshooting, ensuring seamless operation and maintenance. Additionally, customers can access online tools like the MainTrack Web Database for order status, repair updates, and warranty information, enhancing user experience with responsive 24/7 support.
Common Hardware Systems (CHS) by General Dynamics Mission Systems provides essential computing and networking solutions for military operations, including servers, workstations, network equipment, handheld devices, and operational transit cases. As the prime contractor for the CHS-5 contract, General Dynamics delivers rugged, sealed, and modified commercial products designed to meet the tactical needs of U.S. military personnel. The CHS-5 program ensures rapid, affordable access to commercial off-the-shelf (COTS) equipment with worldwide support through regional centers and 24/7 technical assistance. CHS also includes comprehensive logistical support, from equipment repairs to the deployment of field service personnel, offering critical support for the Army, Navy, Marine Corps, and Air Force missions worldwide.
General Dynamics Mission Systems is a leader in the design and production of lightweight composite structural components and integrated assemblies for both commercial and military aircraft. With over 60 years of experience, the company specializes in providing advanced solutions such as wing and fuselage structures, flight control surfaces, doors, and engine components. These aerospace composite structures offer significant benefits, including weight reduction, impact absorption, and extended product life. General Dynamics supports platforms such as the F-22 Raptor, F-16, and C-17 Globemaster III, delivering durable and cost-effective aerospace solutions.
