Share

Within the global industry of military electronics, subsystems and components form the backbone of many missile defence systems.

Recommended Buyer's Guides

In addition, military electronics are critical for a range of army and air force electronic warfare, command and control systems, as well as being pivotal for navigation and communication systems deployed by defence forces.

Military electronics manufacturers, therefore, play a crucial role within the modern defence industry due to the capabilities they are able to provide.

Leading military electronics, subsystems and components manufacturers

Airforce Technology has carefully researched and now listed electronics, subsystems and components manufacturers based on their overall expertise in the defence sector.

The list includes, but is not restricted to some of the more established suppliers of air force electronics, unmanned aerial drone subsystems, and electronic components for aerial platforms, wearable devices, command and control, and navigation and communication systems.

This wide ranging information about military electronics is now available in our expert guide download.

Within this content, there is a wealth of information that is particularly useful for strategists, procurement officers, engineers, system integrators, technicians, electronics maintenance personnel, and other individuals involved in the acquisition, operation and maintenance of electronics and subcomponents onboard military platforms.

Our professionally compiled download also provides detailed information on the manufacturers and suppliers, as well as their product offerings and contact details to aid with purchasing decisions and military electronics procurement.

Related Buyer’s Guides which cover an extensive range of air force equipment manufacturers, systems providers and technology, can also be found here.

Industry leading systems and solutions for military electronics, subsystems and components for the military

Within this global and competitive industry, many options are now available for consideration.

In terms of military electronics, subsystems and components for defence forces include, some of the leading systems and solutions include, but are not limited to:

  • Avionics subsystems for military applications
  • Aviation hardware and software systems
  • Electronic components for the air force and military
  • Military avionics manufacturing, testing and maintenance services
  • Embedded systems for military and defence applications
  • High-quality electronic and electromechanical components for military environments
  • Airborne microwave wideband antennae and subsystems
  • Microwave subsystems for air force applications
  • Connectors, cables and cable systems for avionics

Applications of state-of-the-art military electronics, subsystems and components

Modern electronics, avionics and subsystems are essential for ensuring the reliability and performance of critical aerial assets.

These include elements such as trainer, combat, utility and transport aircraft, as well as helicopters and unmanned aerial vehicles (UAVs).

Integrating advanced military electronics and components into command and control centres, tactical data links, missiles, air defence and weapon control systems, and defence satellites helps increase the chances of mission success in adverse and rapidly changing environments.

For full details (including contact details) on the leading companies within this space, download the free Buyer’s Guide below:

Frequently asked questions

  • 1. What types of military electronics manufacturers are featured in the guide?

    The guide provides detailed insights into manufacturers specializing in a range of military electronics, from advanced avionics to critical subsystem components. These companies produce equipment that enhances communication, targeting, and defence capabilities. The featured manufacturers are known for their expertise in ruggedized electronics, battlefield management systems, and electronic warfare components, all of which are crucial for modern air forces operating in complex environments.

  • 2. How do military electronics enhance operational capabilities in air forces?

    Military electronics significantly boost the operational capabilities of air forces by improving situational awareness, communication, and data sharing in real time. Advanced systems, like radar, navigation aids, and targeting systems, enable air forces to conduct missions more efficiently. Modern electronic subsystems also support automated threat detection and jamming enemy signals, critical for electronic warfare and ensuring mission success in hostile environments.

  • 3. Why is ruggedization important in military electronics?

    Ruggedization is vital in military electronics to ensure that devices can withstand harsh battlefield conditions such as extreme temperatures, vibrations, dust, and moisture. Military electronics are often exposed to challenging environments, whether on aircraft, in tanks, or on the ground. Ruggedized components are built to endure these stresses without failure, maintaining mission-critical functionality in the most extreme conditions.

  • 4. What role do subsystems and components play in modern military aircraft?

    Subsystems and components form the backbone of military aircraft, enabling everything from navigation and weapon systems to real-time communication and data processing. These components integrate seamlessly with larger systems to ensure that aircraft operate efficiently and safely during missions. Key subsystems include avionics, electronic countermeasures, and radar systems, all of which are necessary for modern aerial combat and defense operations.

  • 5. What innovations are shaping the future of military electronics?

    The future of military electronics is being shaped by advancements in artificial intelligence (AI), cyber defense, and miniaturization of electronic components. AI integration allows for autonomous decision-making and predictive maintenance in aircraft systems, while enhanced cybersecurity is becoming essential due to the increasing threat of cyber-attacks on military infrastructure. Additionally, the trend towards smaller, more efficient components is improving the performance and reducing the size of key systems, enabling the development of more agile and versatile military platforms.