Twin Crane Failure During Fort Lauderdale Roof Lift and Recovery
30 Second Takeaway
Two boom truck cranes failed at a Fort Lauderdale home on Thursday, September 24, 2026, during work to place a termite fumigation tent over the roof and recover the first crane. The first crane overturned after its front load-side outrigger jack reportedly gave way; a ground void was suggested as a possible factor but has not been confirmed. During recovery, the second crane’s boom base section buckled while lifting the fallen machine. The house was unoccupied, and no injuries were reported.
Incident Overview
Fort Lauderdale, Florida, United States
A boom truck crane overturned onto a house while placing termite fumigation tenting on the roof. Cooper Cranes sent a second, larger boom truck crane to recover it. During that operation, the recovery crane’s boom also failed, coming down on a separate part of the roof.
What Happened
Based on information available at the time of publication:
The first boom truck was placing fumigation tenting on the roof of a home being treated for termites.
Its front load-side outrigger jack reportedly gave way, and the crane overturned onto the building.
A possible void beneath the outrigger was suggested but has not been confirmed.
Cooper Cranes sent a larger boom truck crane to recover the overturned machine.
A sling was attached around the fallen crane’s boom, and the recovery crane began lifting it with its five-section boom fully extended.
The base section of the recovery crane’s boom buckled, and it fell onto another part of the roof.
The house was unoccupied, and no injuries were reported.
What Is Known
Equipment involved: Two boom truck cranes; the first was placing fumigation tenting, and the second was brought in for recovery.
Incident type: Crane overturn followed by a boom failure during recovery.
Location: Fort Lauderdale, Florida.
First crane: Reportedly overturned after its front load-side outrigger jack gave way.
Recovery crane: Its boom base section reportedly buckled while lifting the first crane.
Injuries: None reported.
Occupancy: The house was unoccupied.
Cause: The possible ground void and the reason for the recovery crane’s boom failure have not been confirmed.
Early Observations
The first crane’s outrigger support failure is the reported trigger for its overturn. A possible void beneath the jack has been suggested, but available information does not confirm the ground condition or establish why the support failed.
The second failure occurred during recovery, with the recovery crane’s five-section boom fully extended and a sling attached to the fallen crane’s boom. The actual load on the recovery crane and the reason its base section buckled have not been established.
Why This Incident Was Possible
The causes of both failures remain unconfirmed. In incidents involving an outrigger failure followed by a recovery lift, investigators may examine:
Ground bearing capacity and any voids or buried structures beneath the outrigger
Outrigger deployment, support materials and crane setup
The fallen crane’s weight, center of gravity and rigging points
Recovery crane configuration, load chart and boom extension
Sling placement, rigging geometry and load movement during the lift
Inspection and maintenance records for both cranes
These are general areas for review, not confirmed findings about this incident.
Industry Reminder
A recovery lift involving an overturned crane requires its own engineered plan. The lift team needs to account for the fallen machine’s position and weight, suitable rigging points, the recovery crane’s configuration and ground support, and the possibility that the load may shift as it is raised.
Outrigger support should be based on verified site conditions. Before a recovery lift begins, the crane setup and planned load should be checked against the applicable load chart, with people kept clear of the potential fall area.
Editorial Note
Crane Hub Global reports on crane accidents, crane collapses and lifting-related incidents to support industry awareness, learning and prevention.
This article is based on information available at the time of publication. The suspected ground void and the cause of the recovery crane’s boom failure have not been confirmed. The article may be updated if further findings are released.
How Crane Failures During Lifts and Recovery Can Be Prevented
Verify ground and outrigger support
Assess the ground beneath each outrigger, including potential voids, buried services or other conditions that could affect support. Use suitable support materials based on the crane’s requirements and site conditions.
Plan recovery lifts separately
Develop a recovery plan for the actual position and condition of the fallen crane. Confirm the load, rigging points, lifting sequence and recovery crane configuration.
Check the load chart and boom configuration
Verify that the planned load and rigging arrangement are within the recovery crane’s rated capacity for the boom extension and operating configuration.
Use qualified lifting and rigging personnel
Assign competent personnel to plan, direct and carry out the lift, with clear communication among the operator, riggers and lift supervisor.
Establish exclusion zones
Keep workers and the public clear of the cranes and the potential fall area during lifting and recovery operations.
Stop and reassess when conditions change
Pause the lift if the load shifts, support moves or the crane behaves unexpectedly. Reassess the setup before continuing.
