Industry & Project Overview
In modern construction, collisions are common when multiple tower cranes operate collaboratively. Traditional manual monitoring suffers from blind spots and reaction delays. A LiDAR-based tower crane collision avoidance system deploys high-precision sensors at key locations such as the crane boom and counterweight boom to scan the surrounding 200-meter radius in real time. The system dynamically tracks the precise locations of other tower cranes, buildings, and obstacles. When a potential collision risk is detected, it automatically triggers audible and visual warnings and restricts operations in the dangerous direction, with a response time of less than 100 milliseconds. This solution reduces the collision accident rate by over 95% and, through a digital management platform, enables full-process visual monitoring of operations, significantly improving the safety level of high-altitude operations.