Fatal Tower Crane Collapse Reported on Construction Site in China

30-Second Takeaway

A fatal tower crane incident has been reported on a construction site in China after a crane collapsed backward onto a second crane. Video footage provided by a reader shows that the crane was not lifting at the time of the collapse. The boom and operator’s cabin were destroyed in the incident. While it has been reported that an operator lost their life, details regarding the crane model, manufacturer, site conditions, and exact circumstances remain unconfirmed.

Incident Overview

Crane Hub Global has received video footage from a reader showing a tower crane collapse at a construction site in China involving an unknown crane brand.

The footage shows a tower crane falling backward and collapsing onto a second crane. The collapse resulted in the failure of the boom and destruction of the operator’s cabin.

At the time of the incident, the crane was not lifting a load, based on what is visible in the video.

What Is Known

• The incident involved a tower crane of unknown make and model

• The crane was not performing a lifting operation

• The crane collapsed backward, striking a second crane

• The boom and operator’s cabin were destroyed

• It has been reported that an operator died in the incident

At this stage, it is not known from which crane the fatality occurred.

What Is Not Known

Due to limited information, the following details remain unconfirmed:

• Crane manufacturer and model

• Crane height and configuration

• Foundation or base condition

• Wind or weather conditions

• Whether erection, climbing, or maintenance was underway

• Whether the operator was in the primary crane or the second crane

• Official findings or investigation outcomes

As is often the case with incidents in the region, official details have not yet been released publicly.

Why Incidents Like This Can Occur

Tower crane collapses when not lifting can be associated with factors such as:

• Structural instability or component failure

• Foundation or anchorage issues

• Mast, tie-in, or climbing frame failure

• Wind loading on an unloaded jib

• Unauthorized or incomplete erection or modification work

Without verified data, these remain general risk considerations, not conclusions about this incident.

Industry Reminder

Tower cranes remain under significant stress even when idle. Structural stability, wind exposure, and foundation integrity are as critical during non-lifting periods as during active operations.

This incident is a stark reminder that catastrophic failures can occur without warning, particularly when underlying structural or environmental factors are present.

Editorial Note

Crane Hub Global reports on crane-related incidents using verified information and clearly identifies when details are unconfirmed. This article is based on reader-submitted footage and publicly available information at the time of publication.

How Incidents Like This Can Be Prevented

Foundation and Anchorage Verification

Tower crane bases, mast sections, and tie-in systems must be designed, installed, and inspected to account for static loads, wind forces, and out-of-service conditions.

Wind Monitoring and Out-of-Service Procedures

Even when not lifting, cranes must be placed in approved out-of-service configurations, including proper slewing release and wind exposure management.

Structural and Connection Inspections

Regular inspection of mast connections, slew rings, climbing frames, and tie-ins is critical to identifying fatigue, loosened fasteners, or deformation.

Controlled Erection and Modification Work

Any erection, climbing, or modification activities should be conducted under engineered procedures with qualified supervision and exclusion zones.

Operator Protection Measures

Where possible, operator cabins should be designed and positioned to reduce exposure during structural failure scenarios, and evacuation procedures should be clearly defined.