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Tower Crane Breaks in Two at Dutch Shipyard, Injuring Two Workers

Two men were injured, one seriously, after a tower crane broke in two at a shipyard in Maasbracht, Limburg, in the Netherlands. The incident occurred at the Tinnemans Shipbuilding yard. One worker was rescued from the tower using a fire service platform. Early indications suggest a possible failure at a tower connection. Authorities are investigating.

30-Second Takeaway Two men were injured, one seriously, after a tower crane separated into two sections at a shipyard in Maasbracht, Limburg, in the Netherlands. The incident occurred this morning at the Tinnemans Shipbuilding yard. One worker was rescued from the crane tower using a fire service rescue platform. Early indications suggest a possible failure at a tower connection, though the incident remains under investigation. Incident Overview A tower crane structural failure occurred this morning at a shipyard in Maasbracht, in the province of Limburg, south of Venlo and north of Maastricht. During the incident, the tower crane parted into two sections, injuring two men who were working on or within the crane at the time. What Is Known Location: Tinnemans Shipbuilding yard, Maasbracht, Netherlands Date: Tuesday April 15th Incident type: Tower crane structural separation Injured: 2 workers 1 seriously injured Emergency response: Ambulances and rescue helicopter attended Both injured men were treated at the scene and transported to hospital by ambulance. Worker Positions at Time of Incident Information received from a reliable source indicates: One worker was climbing the crane tower at the time He had reached a point just below the separation point He was rescued using a fire service rescue platform The second worker is believed to have been inside the operator’s cab This detail has not yet been independently confirmed Crane Configuration and Apparent Failure Area The crane was installed on a counterweighted, rail-mounted base at the shipyard. Observations from the scene indicate: The base appears to have tilted slightly, either before or after the tower separation The tower sections parted at a connection point The failure appears consistent with a connection or bolt-related issue, though this has not been confirmed Photographs from the scene show a clear separation between tower sections, rather than a progressive collapse. Emergency Response Emergency services responded quickly: Fire service deployed a rescue platform Ambulance services treated and transported both injured workers A rescue helicopter attended the scene as a precaution The area was secured while responders ensured no further risk of collapse. Investigation Status Authorities are expected to investigate: Tower section connection design and condition Bolt specification, installation, and torque history Foundation and rail-mounted base stability Whether base movement contributed to connection loading Inspection and maintenance records No official findings or conclusions have been released at the time of publication. Crane Hub Global will update this article as verified information becomes available. Why Tower Section Failures Occur Tower crane section failures are rare but can occur due to: Incorrect or insufficient bolt torque Fatigue or corrosion of connection hardware Misalignment during erection Base or rail movement introducing unintended forces Load cases not accounted for in temporary conditions Connection points are among the most critical structural interfaces in tower crane systems. Industry Reminder Tower crane connections are unforgiving. When they fail, consequences are immediate and severe. This incident reinforces the importance of connection integrity, base stability, and disciplined inspection regimes, particularly in industrial and shipyard environments. Editorial Note Crane Hub Global reports on crane and lifting incidents to support industry learning and prevention. Where details remain unconfirmed, this is clearly stated. This article will be updated as official findings are released. How Incidents Like This Can Be Prevented Verified Connection Assembly Tower section connections must be assembled strictly to manufacturer specifications, including bolt type, number, and torque. Torque Recording and Inspection Critical bolts should be: Torqued using calibrated tools Documented Rechecked after initial loading and periodically thereafter Base and Rail Stability Monitoring Rail-mounted bases must be continuously monitored for: Settlement Alignment Unexpected movement Access Control During Structural Work Personnel exposure during inspection or climbing activities should be minimised if structural concerns exist. Independent Verification Third-party checks during erection and commissioning provide an added layer of safety for critical connections.

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