With the rapid advancement of drone technology, counter-unmanned aerial vehicle (UAV) warfare has become a critical component of modern military defense. This article explores various countermeasure technologies, including detection and identification, radio frequency jamming, and phased array radar, while analyzing future trends toward intelligent and integrated systems. It emphasizes the urgency of addressing the security threats posed by drones.

This document provides a detailed introduction to the technical specifications of fixed UAV detection and countermeasure equipment, covering functional, performance, and detection and countermeasure requirements. It is applicable to defense systems for micro, light, and small UAVs, offering authoritative guidance for research, development, and deployment.

Lakeda Technology released the new-generation XW/SR226-6000XP drone detection radar in December 2024. Featuring high-precision detection and strong environmental adaptability, it is widely applicable for low-altitude security in critical areas. This advancement helps the company consolidate its leading position in industry technology and promotes the development of a low-altitude security ecosystem.

Lakeda has successfully won the bid for the XW/SR226-6000X multi-functional drone detection equipment project. This device employs advanced radar technology, specifically designed to provide precise monitoring and real-time early warnings for key areas such as borders and airports, showcasing the company’s technical strength in the field of low-altitude security.

This article explores the application of drone detection radar systems in prison security, analyzing their necessity in countering the threat posed by “low, slow, and small” drones. It introduces the system’s three core functional modules—detection, control, and central management—providing a comprehensive countermeasure solution for prisons.

Lakeda, a manufacturer of drone detection radars, points out that radar, as a critical electromagnetic sensor, detects target distance, speed, and方位 by transmitting and receiving electromagnetic waves. It is capable of operating in all weather conditions and resisting harsh environments. Since its application in World War II, radar technology has continued to evolve, with a wide range of frequency bands, and has been extensively used in military, socio-economic, and scientific research fields.

This article introduces various classification methods of radar systems, including by function, signal type, measurement parameters, etc., and provides a detailed overview of the technical characteristics and application scenarios of different types of radars, offering reference for the selection and industry application of drone detection radars.

This article analyzes drone detection radar systems and solutions, discussing the challenges faced by detection technologies such as radar, electro-optics, and acoustics, including low RCS, weak infrared signatures, and complex environmental interference. It also highlights that multi-technology collaboration is a key direction for enhancing detection efficiency.