Choosing the Right Anti-Collision System for Your Tower Crane Fleet

Introduction

Choosing the right anti-collision system isn’t just about meeting safety regulations—it’s about optimizing performance, avoiding delays, and protecting workers. With various systems on the market, how do you select the most suitable one for your project or fleet?

1. Key Factors to Consider

A. Compatibility with Crane Models

Ensure the system supports your specific tower crane models (e.g., Potain, Liebherr, Zoomlion).

B. Number of Cranes on Site

Projects with 3+ tower cranes demand more sophisticated systems that handle complex coordination.

C. System Communication Protocols

Look for systems that use RFID, UWB, or GPS-based telemetry for accurate detection and low latency.

D. Real-Time Monitoring Software

Advanced systems offer control center dashboards for fleet-wide monitoring, useful for supervisors and safety officers.

E. Ease of Installation & Maintenance

Plug-and-play modules with user-friendly UIs save time and reduce dependency on technical teams.

2. Features to Look For

3D zone mapping and adjustable safety zones

Multi-crane networking capability

Warning alarms + automated movement restrictions

Logging and report generation for incident tracking

3. Typical Use Case: High-Density Urban Projects

In dense urban construction zones, cranes often overlap or rotate into shared areas. Anti-collision systems provide precision zoning that allows efficient work without compromising safety.

4. CPTC Safety Integration Solutions (Optional Soft Promotion)

If you're deploying multiple tower cranes or working in congested environments, integrating an anti-collision system is critical. CPTC offers modern tower crane solutions, including compatible anti-collision modules that align with international safety standards and work seamlessly with Potain and other major brands.