Crane Collision Avoidance

Cranes operate in environments with high risk: overhead beams, other cranes, human workers, and fragile loads. Collision avoidance sensors help reduce accidents, improve operator awareness, and extend equipment life - ensuring safer and more efficient operations.

These sensors continuously scan the crane’s path using laser beams. When an object enters the programmed detection zone, the sensor calculates the distance and sends a signal to slow, stop, or alert the operator before a collision occurs.
 

• Overhead cranes in warehouses and factories
• Gantry cranes in ports and shipyards
• Tower cranes on construction sites
• Bridge cranes handling heavy loads indoors

 Basically, any crane that operates in tight, shared, or high-traffic environments can benefit.
 

Ranges vary by model, but advanced sensors can detect objects up to 120 meters away, with high accuracy for both long-distance monitoring and close-quarter operations.

By reducing human error, downtime, and repair costs. Operators can focus more on precision handling while sensors take care of safety, creating smoother workflows and fewer unexpected stoppages.

Proximity alarms only warn the operator.

Collision avoidance sensors go further, actively commanding the crane to slow or stop when a hazard is detected.

Yes. Many models are IP-rated for dust, rain, and extreme temperatures. Some also include spatial filtering to handle outdoor conditions like fog, mist, or glare from direct sunlight.
 

Yes. Crane collision avoidance sensors can be connected to existing VFDs, PLCs or controllers, enabling automatic slow/stop commands or alarms. They can also work as standalone systems with relay outputs.

Yes. By mounting sensors on multiple cranes, each crane can detect and react to the presence of another in shared workspaces—reducing risk in busy port terminals or multi-crane facilities.