In a bid to transform safety standards, our team on the Epping Road Upgrade project in Melbourne has taken a pioneering approach, harnessing cutting-edge traffic control solutions to safeguard both workers and commuters alike.

Traditionally, traffic controllers have had to physically stand on the road to manage traffic flow, putting them at risk from passing vehicles. To enhance safety, the project team has introduced advanced traffic control devices that can be operated remotely.

These devices include:

• Portable Traffic Control Devices: These include eBooms, and Gibney barriers which provide physical separation between moving traffic and the traffic Controller, further safeguarding workers. The eBooms are operated remotely.

• Portable Traffic Signal System: The eSTOP system utilises remote-controlled traffic signals. By triggering red lights from a safe distance, eSTOP enables traffic controllers to manage traffic flow without being directly exposed to live traffic.

This innovative approach removes traffic controllers from the immediate vicinity of moving vehicles, significantly reducing their risk of injury. They can now effectively control traffic flow from a protected location, ensuring their safety while continuing to perform their crucial role on the project.

By embracing technological advancements like eBooms and eSTOP, the Epping Road Upgrade project is setting a positive precedent for future infrastructure projects, demonstrating that efficient construction can go hand-in-hand with a strong commitment to safety.

An 'e-boom' in action. These create physical separation between moving traffic and the traffic Controller, further safeguarding our workers.