This document announces the 2023 Dragon Boat Festival holiday schedule, with a three-day break from June 22 to 24. It also reminds everyone to conduct safety checks, arrange duty schedules, and handle work handovers to ensure a smooth holiday period.

The new-generation perimeter security system integrates radar and optical fiber sensing technologies to deliver all-weather active protection. It supports precise monitoring, intelligent tracking, and multiple alarm functions, significantly enhancing security capabilities and response efficiency.

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.

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.

Lakeda sincerely invites you to attend the Middle East International Industry Exhibition (Booth A25) in Dubai from November 15th to 18th. Let us jointly explore opportunities in emerging markets, witness the launch of new intelligent industrial equipment, and seek collaborative development.

As a professional manufacturer of bridge collision avoidance radar, Lakeda is dedicated to monitoring collision risks around bridges in real time through high-precision radar technology, ensuring the safe and stable operation of bridges. Its system features real-time warning and intelligent linkage functions, making it suitable for various scenarios and a technologically leading solution in the field of bridge collision prevention.

The 16th International Defense Exhibition IDEF was held in Istanbul. The Lakeda brand showcased its advanced security radar products at Booth 11A-17G in Hall 11, displaying innovative technologies such as ground surveillance, low-altitude detection, and man-portable radar systems, attracting significant international attention.

This article provides a detailed analysis of the working principle of bridge collision avoidance radar. It explains how the radar monitors real-time traffic conditions around the bridge by transmitting and receiving electromagnetic waves, identifies potential collision risks, and integrates intelligent algorithms to achieve active early warnings, thereby effectively enhancing bridge safety and traffic efficiency.

This article provides a systematic introduction to the key considerations for selecting bridge collision avoidance radar, covering critical dimensions such as detection range, measurement accuracy, device reliability, and operational maintenance convenience. It aims to assist in making a scientifically informed choice of the appropriate model, thereby enhancing the safety protection capabilities of bridges.

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.