The global X-band radar market is projected to grow steadily, reaching nearly USD 10 billion by 2032. This article explores key drivers, challenges, and the emerging role of Lakeda in shaping the industry.

On September 19, 2025, Wuhan Lakeda Science and Technology Co., Ltd. officially launched the next-generation XW/SR226X8 2D Phased Array Radar. The system delivers breakthroughs in detection accuracy, anti-jamming performance, and wide-area coverage, providing stronger technical support for border defense, coastal security, and low-altitude protection.

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The XW/SR series security radar system covers multiple scenarios including ground, low-altitude, and coastal areas, offering a monitoring range of 1.2 to 3 kilometers. It is suitable for critical fields such as border security and military bases, supporting flexible customization and seamless supervision.

On September 3rd, a grand military parade was held at Beijing’s Tiananmen Square, showcasing the modernization achievements of the Chinese military. The army, navy, and air force formations displayed formidable might and grandeur, with new types of equipment and aerial formations making a stunning appearance. This demonstrated the nation’s strength and commitment to peace, igniting patriotic fervor among the people.

Anti-drone radar technology is advancing through the integration of multi-band collaboration and intelligent algorithms. By leveraging multi-mode fusion and distributed networking, it enables precise detection and efficient countermeasures against small and micro drones, driving a comprehensive upgrade of low-altitude security defense systems.

Offshore security is increasingly critical, yet traditional radar systems struggle in complex environments. Phased array offshore security radar utilizes electronic scanning and multi-sensor collaboration to achieve precise target tracking and all-weather monitoring. It effectively addresses challenges such as smuggling, illegal intrusions, and fishing disputes, safeguarding maritime security.

Radar high and low temperature testing is a critical process to ensure its stable operation under extreme temperature conditions. By simulating high and low temperature environments, it examines the equipment’s performance, structural stability, and continuous operational capability, guaranteeing the radar’s reliability in complex climatic conditions.

Facing increasingly complex maritime rights situations, coastal security radar has become a core component of China’s all-weather maritime defense system. China has achieved technological breakthroughs in high-frequency surface wave radar and phased array radar, enabling over-the-horizon monitoring, multi-target tracking, and anti-jamming capabilities. These advancements strongly support the safeguarding of maritime sovereignty and the execution of maritime security operations.