This article systematically analyzes the classification system of military radars, covering functional categorization, signal types, and key technical characteristics, to help readers gain a comprehensive understanding of the functional differences and application scenarios of various military radars, such as search radars, tracking radars, and pulse radars.

This article provides an in-depth analysis of radar electronic reconnaissance and counter-reconnaissance technologies, covering the principles of electronic jamming and countermeasures. It includes core anti-jamming techniques such as antenna design, frequency adaptation, and signal processing, offering essential theoretical support for modern electronic warfare.

Lakeda’s anti-low-altitude intrusion radar technology utilizes the Doppler effect and pulse compression techniques to accurately detect low-altitude flying targets. It is widely applied in military defense, civil aviation, and the protection of critical facilities, offering high precision, real-time response, and strong anti-interference capabilities, effectively enhancing security levels.

This article introduces the development and application of ground security radar in military and civilian sectors, covering its capabilities such as through-wall detection, all-weather monitoring, and intelligent traffic management. It highlights the technical advantages and market prospects resulting from its integration with video surveillance systems.

This article analyzes the core technologies of ground security radar, including its components, innovative system architecture, and efficient detection processes. It highlights how electronic switches and circular matrix antennas enable high-performance, low-cost, all-weather monitoring, suitable for various security scenarios.

Frequent illegal intrusions at global airports have exposed the shortcomings of traditional security systems, such as high false alarm rates and susceptibility to weather conditions. There is an urgent need to promote intelligent upgrades by integrating radar and video surveillance technologies to achieve wide-area, precise monitoring, thereby enhancing protection efficiency and reducing operational costs.

Security radar, with its core capabilities of precise detection, multi-target tracking, and all-weather operation, is widely used in security surveillance and perimeter protection. This article details its application scenarios, technical advantages, and system integration capabilities, highlighting its high reliability and environmental adaptability as the preferred equipment for modern security systems.

Security radar, with its all-weather monitoring capability, can simultaneously track multiple targets and accurately identify intrusions, making it suitable for complex environments. Compact in size and highly resistant to interference, it has expanded from military applications to civilian security, providing efficient and reliable surveillance solutions.

This article analyzes the technical advantages of security radar, including its compact size, high precision, and strong anti-interference capabilities, and explores its diverse applications in fields such as automotive, smart home, and public safety. With technological advancements and growing market demand, security radar demonstrates significant development potential and broad market prospects.