Wuhan Lakeda successfully held a concentrated radar product testing week from July 1 to 5, attracting numerous enterprise representatives to observe on-site. The event involved systematic testing of multiple low-altitude security and border/coastal defense radar systems, effectively validating product performance and enhancing the company’s industry influence and collaboration opportunities.

Wuhan Lakeda’s “Xuanwu Series XW/SR501-3100C” offshore security radar has been successfully selected for the Dalian Smart Fishing Port project. This radar offers extensive coverage, high-precision detection, and strong anti-interference capabilities, enabling all-weather monitoring of vessel targets and significantly enhancing the safety management and informatization level of the fishing port.

This article introduces the efficient, precise, and versatile characteristics of modern radar systems, exploring their wide-ranging applications and core advantages in fields such as weather monitoring, autonomous driving, security, and scientific research.

Radar operating frequencies extensively cover the electromagnetic spectrum, typically ranging from 220 MHz to 35 GHz, though they can extend as low as 2 MHz or as high as 94 GHz. While engineering implementations vary significantly across different frequency bands, the core principle remains the same: emitting electromagnetic waves and receiving their reflections from targets to enable detection and positioning.

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.

The integration of drone-mounted radar technology brings three major innovative applications: breaking through low-altitude detection limitations, enabling flexible radar testing and validation, and establishing a collaborative communication relay platform. This significantly expands the detection range and enhances system performance, offering new solutions for the radar industry.

Single‑operator portable kit with radar face, battery pack, tripod and tablet for rapid perimeter and patrol sensing.

A compact counter‑UAV system that integrates radar, RF monitoring, EO tracking and selective countermeasures for short‑to‑mid range defense.

The Falcon Counter-UAV System integrates radar, spectrum monitoring, EO tracking, jamming, and GNSS spoofing to provide comprehensive defense against drones.